morgan/CoaXPress-SFP
1
0
Fork 0
Code Issues Pull Requests Actions Packages Projects Releases Wiki Activity
CoaXPress-SFP/src/cxp_sfp.kicad_pcb

22480 lines
956 KiB
Plaintext
Raw Permalink Blame History

(kicad_pcb
(version 20241229)
(generator "pcbnew")
(generator_version "9.0")
(general
(thickness 1.066)
(legacy_teardrops no)
)
(paper "A4")
(title_block
(title "CoaXPress-SFP")
(date "2025-04-08")
(rev "1.0")
(company "M-Labs Limited")
(comment 1 "Morgan Cheng Tsz Lok")
)
(layers
(0 "F.Cu" signal)
(4 "In1.Cu" power "L2.Cu")
(6 "In2.Cu" power "L3.Cu")
(2 "B.Cu" signal)
(9 "F.Adhes" user "F.Adhesive")
(11 "B.Adhes" user "B.Adhesive")
(13 "F.Paste" user)
(15 "B.Paste" user)
(5 "F.SilkS" user "F.Silkscreen")
(7 "B.SilkS" user "B.Silkscreen")
(1 "F.Mask" user)
(3 "B.Mask" user)
(17 "Dwgs.User" user "User.Drawings")
(19 "Cmts.User" user "User.Comments")
(21 "Eco1.User" user "User.Eco1")
(23 "Eco2.User" user "User.Eco2")
(25 "Edge.Cuts" user)
(27 "Margin" user)
(31 "F.CrtYd" user "F.Courtyard")
(29 "B.CrtYd" user "B.Courtyard")
(35 "F.Fab" user)
(33 "B.Fab" user)
(39 "User.1" user)
(41 "User.2" user)
(43 "User.3" user)
(45 "User.4" user)
)
(setup
(stackup
(layer "F.SilkS"
(type "Top Silk Screen")
)
(layer "F.Paste"
(type "Top Solder Paste")
)
(layer "F.Mask"
(type "Top Solder Mask")
(thickness 0.03)
)
(layer "F.Cu"
(type "copper")
(thickness 0.035)
)
(layer "dielectric 1"
(type "prepreg")
(thickness 0.2 locked)
(material "FR4 TU-883A")
(epsilon_r 3.66)
(loss_tangent 0.0027)
)
(layer "In1.Cu"
(type "copper")
(thickness 0.018)
)
(layer "dielectric 2"
(type "core")
(thickness 0.5 locked)
(material "FR4")
(epsilon_r 4.6)
(loss_tangent 0)
)
(layer "In2.Cu"
(type "copper")
(thickness 0.018)
)
(layer "dielectric 3"
(type "prepreg")
(thickness 0.2 locked)
(material "FR4 TU-883A")
(epsilon_r 3.66)
(loss_tangent 0.0027)
)
(layer "B.Cu"
(type "copper")
(thickness 0.035)
)
(layer "B.Mask"
(type "Bottom Solder Mask")
(thickness 0.03)
)
(layer "B.Paste"
(type "Bottom Solder Paste")
)
(layer "B.SilkS"
(type "Bottom Silk Screen")
)
(copper_finish "None")
(dielectric_constraints yes)
)
(pad_to_mask_clearance 0)
(allow_soldermask_bridges_in_footprints no)
(tenting front back)
(pcbplotparams
(layerselection 0x00000000_00000000_55555555_5755f5ff)
(plot_on_all_layers_selection 0x00000000_00000000_00000000_00000000)
(disableapertmacros no)
(usegerberextensions no)
(usegerberattributes yes)
(usegerberadvancedattributes yes)
(creategerberjobfile yes)
(dashed_line_dash_ratio 12.000000)
(dashed_line_gap_ratio 3.000000)
(svgprecision 4)
(plotframeref no)
(mode 1)
(useauxorigin no)
(hpglpennumber 1)
(hpglpenspeed 20)
(hpglpendiameter 15.000000)
(pdf_front_fp_property_popups yes)
(pdf_back_fp_property_popups yes)
(pdf_metadata yes)
(pdf_single_document no)
(dxfpolygonmode yes)
(dxfimperialunits yes)
(dxfusepcbnewfont yes)
(psnegative no)
(psa4output no)
(plot_black_and_white yes)
(sketchpadsonfab no)
(plotpadnumbers no)
(hidednponfab no)
(sketchdnponfab yes)
(crossoutdnponfab yes)
(subtractmaskfromsilk no)
(outputformat 1)
(mirror no)
(drillshape 1)
(scaleselection 1)
(outputdirectory "")
)
)
(net 0 "")
(net 1 "Net-(C1-Pad2)")
(net 2 "Net-(C2-Pad2)")
(net 3 "Net-(U1-PLL1)")
(net 4 "GND")
(net 5 "Net-(J1-IN)")
(net 6 "Net-(U1-PLL2)")
(net 7 "+3V3")
(net 8 "+1V25")
(net 9 "/TD+")
(net 10 "unconnected-(J2-RATE_SELECT-Pad7)")
(net 11 "/D+")
(net 12 "/TD-")
(net 13 "/D-")
(net 14 "SDO+")
(net 15 "/RD+")
(net 16 "SDO-")
(net 17 "/RD-")
(net 18 "Net-(J2-MOD_DEF0)")
(net 19 "Net-(J2-LOS)")
(net 20 "Net-(J2-TX_FAULT)")
(net 21 "Net-(J2-TX_DISABLE)")
(net 22 "SDA")
(net 23 "SCL")
(net 24 "Net-(U2-~{RESET})")
(net 25 "Net-(U2-LED0)")
(net 26 "unconnected-(U1-NC-Pad7)")
(net 27 "Net-(U2-LED1)")
(net 28 "Net-(U1-TXLF)")
(net 29 "TX")
(net 30 "unconnected-(U1-NC-Pad16)")
(net 31 "/SDI-")
(net 32 "unconnected-(U1-NC-Pad1)")
(net 33 "unconnected-(U1-NC-Pad9)")
(net 34 "unconnected-(U1-NC-Pad4)")
(net 35 "unconnected-(U3-NC-Pad2)")
(net 36 "unconnected-(U1-NC-Pad12)")
(net 37 "unconnected-(U1-RXLF-Pad6)")
(net 38 "/SDI+")
(net 39 "unconnected-(U3-PG-Pad3)")
(net 40 "unconnected-(U4-VBB-Pad4)")
(net 41 "unconnected-(U4-NC-Pad1)")
(net 42 "unconnected-(U4-NC-Pad6)")
(net 43 "Net-(D1-Pad2)")
(net 44 "Net-(D1-Pad4)")
(footprint "TestPoint:TestPoint_Pad_1.0x1.0mm"
(locked yes)
(layer "F.Cu")
(uuid "1437c0bc-396a-4acb-9d92-b7030b81643d")
(at 166.6 78.8 180)
(descr "SMD rectangular pad as test Point, square 1.0mm side length")
(tags "test point SMD pad rectangle square")
(property "Reference" "TP1"
(at 0 -1.448 0)
(layer "F.SilkS")
(hide yes)
(uuid "3444eb5e-8bae-43c1-aa30-64f51ce0eebe")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "Value" "3V3 TestPoint"
(at 0 1.55 0)
(layer "F.Fab")
(hide yes)
(uuid "b407cea7-d673-4b1f-9056-8fe7b95304bb")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "Datasheet" ""
(at 0 0 180)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "42c2f062-8286-4938-8c93-78e2940dc23e")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "Description" "test point"
(at 0 0 180)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "921b1644-5820-47bf-8d27-f39c6c8f4d7d")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property ki_fp_filters "Pin* Test*")
(path "/355875e3-390e-418e-a712-14c0c9511e07")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr exclude_from_pos_files exclude_from_bom)
(fp_line
(start 0.7 0.7)
(end -0.7 0.7)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "46ece5fc-9e1c-4989-8ed4-182accfbb38b")
)
(fp_line
(start 0.7 -0.7)
(end 0.7 0.7)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "30b2518f-be06-4fb0-bea4-6c114b914c95")
)
(fp_line
(start -0.7 0.7)
(end -0.7 -0.7)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "00c26274-c760-4849-bce4-4fbc8bb3540c")
)
(fp_line
(start -0.7 -0.7)
(end 0.7 -0.7)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "9f78d58e-5e4e-48d8-b702-27e7a5dcf0e1")
)
(fp_line
(start 1 1)
(end 1 -1)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "da74a1ae-83cc-48a4-be99-002128ff5d6f")
)
(fp_line
(start 1 1)
(end -1 1)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "f25e3a05-9eb9-4319-a368-622a22acd61c")
)
(fp_line
(start -1 -1)
(end 1 -1)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "0b88abea-eb26-4eb6-ad00-1e71c8e56d3e")
)
(fp_line
(start -1 -1)
(end -1 1)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "8209bc63-b4e9-40ae-a499-dcf24fb1198e")
)
(pad "1" smd rect
(at 0 0 180)
(size 1 1)
(layers "F.Cu" "F.Mask")
(net 7 "+3V3")
(pinfunction "1")
(pintype "passive")
(uuid "d535caeb-982a-4daf-9660-4a3d1f405cd0")
)
(embedded_fonts no)
)
(footprint "Capacitor_SMD:C_0402_1005Metric_Pad0.74x0.62mm_HandSolder"
(locked yes)
(layer "F.Cu")
(uuid "22523545-a625-4517-a495-861eea8c2085")
(at 158 83.8 180)
(descr "Capacitor SMD 0402 (1005 Metric), square (rectangular) end terminal, IPC-7351 nominal with elongated pad for handsoldering. (Body size source: IPC-SM-782 page 76, https://www.pcb-3d.com/wordpress/wp-content/uploads/ipc-sm-782a_amendment_1_and_2.pdf), generated with kicad-footprint-generator")
(tags "capacitor handsolder")
(property "Reference" "C14"
(at -3.1325 0 0)
(layer "F.SilkS")
(uuid "c3da113e-c9ea-4394-aaf7-032a92ebbcdd")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
)
)
(property "Value" "1uF 16V"
(at 0 1.16 0)
(layer "F.Fab")
(hide yes)
(uuid "f49c707c-f055-4c83-9c10-c6dea6cc07a5")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "Datasheet" ""
(at 0 0 180)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "3d6e1dff-5ab8-4c02-9488-4ff26a59fe78")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "Description" "Unpolarized capacitor"
(at 0 0 180)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "5ef922bf-be37-4817-9137-4b50c059096a")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "MFPN" "CL05A105KO5NNNC"
(at 0 0 180)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "24f055fe-2f01-44ab-a974-4d8ac7772e14")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property ki_fp_filters "C_*")
(path "/a334d741-4bd5-4a19-9914-ee5ff2ef7cce")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr smd)
(fp_line
(start -0.115835 0.36)
(end 0.115835 0.36)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "b0d94d9b-f492-4143-bc91-058699573428")
)
(fp_line
(start -0.115835 -0.36)
(end 0.115835 -0.36)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "04a4cc5f-748a-479e-a7a0-f3bafabad752")
)
(fp_line
(start 1.09 0.46)
(end -1.09 0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "0d350828-2176-4ccc-8283-bbb0c48b777c")
)
(fp_line
(start 1.09 -0.46)
(end 1.09 0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "459e8a15-c552-4da6-ab2d-1de0c446cef5")
)
(fp_line
(start -1.09 0.46)
(end -1.09 -0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "88b675c2-a253-4dc4-b2ef-b553b3e238d9")
)
(fp_line
(start -1.09 -0.46)
(end 1.09 -0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "cd6d5715-64df-490e-90a9-d7c21753a354")
)
(fp_line
(start 0.5 0.25)
(end -0.5 0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "aece9a4e-616c-4244-9219-90346426865f")
)
(fp_line
(start 0.5 -0.25)
(end 0.5 0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "1a7c713e-4d61-4fee-b6ff-63aa7f2a8c4b")
)
(fp_line
(start -0.5 0.25)
(end -0.5 -0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "da31c96a-e94d-4c0d-800b-5a1f521b9060")
)
(fp_line
(start -0.5 -0.25)
(end 0.5 -0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "20c4547a-cf32-4085-b5de-86b7311e4399")
)
(fp_text user "${REFERENCE}"
(at 0 0 0)
(layer "F.Fab")
(uuid "d715a73f-4012-4cc3-b960-6fa1eeeff4a5")
(effects
(font
(size 0.25 0.25)
(thickness 0.04)
)
)
)
(pad "1" smd roundrect
(at -0.5675 0 180)
(size 0.735 0.62)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 8 "+1V25")
(pintype "passive")
(uuid "6d0ee10b-f504-458d-94a0-ac503777186c")
)
(pad "2" smd roundrect
(at 0.5675 0 180)
(size 0.735 0.62)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 4 "GND")
(pintype "passive")
(uuid "e9478073-eac4-48d7-a327-555bc73c1f1e")
)
(embedded_fonts no)
(model "${KICAD9_3DMODEL_DIR}/Capacitor_SMD.3dshapes/C_0402_1005Metric.wrl"
(offset
(xyz 0 0 0)
)
(scale
(xyz 1 1 1)
)
(rotate
(xyz 0 0 0)
)
)
)
(footprint "Capacitor_SMD:C_0402_1005Metric_Pad0.74x0.62mm_HandSolder"
(locked yes)
(layer "F.Cu")
(uuid "26bdbb57-c5a3-4971-a09e-81363b0ec3d1")
(at 184.6 82.8)
(descr "Capacitor SMD 0402 (1005 Metric), square (rectangular) end terminal, IPC-7351 nominal with elongated pad for handsoldering. (Body size source: IPC-SM-782 page 76, https://www.pcb-3d.com/wordpress/wp-content/uploads/ipc-sm-782a_amendment_1_and_2.pdf), generated with kicad-footprint-generator")
(tags "capacitor handsolder")
(property "Reference" "C11"
(at -0.05 1.25 0)
(layer "F.SilkS")
(uuid "ffe63833-003b-4523-83aa-8673e3b1eefb")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
)
)
(property "Value" "100nF 50V"
(at 0 1.16 0)
(layer "F.Fab")
(hide yes)
(uuid "9d300fc4-be9e-4c02-8a62-0550224f8bad")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "Datasheet" ""
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "eff9b4d7-977a-4308-b715-61aebf676f71")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "Description" "Unpolarized capacitor"
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "410249f5-dee8-4f13-bb7f-584658d73651")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "MFPN" "CC0402KRX5R9BB104"
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "857ed3de-419b-4da8-b87e-c3b88433f569")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property ki_fp_filters "C_*")
(path "/9e5ce4d9-f8ab-408f-ab40-a849c78b1d84")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr smd)
(fp_line
(start -0.115835 -0.36)
(end 0.115835 -0.36)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "96ea87c4-2317-475f-8826-511786d9b2f2")
)
(fp_line
(start -0.115835 0.36)
(end 0.115835 0.36)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "7a359cdf-373c-4b05-b0a5-459c13ef5328")
)
(fp_line
(start -1.09 -0.46)
(end 1.09 -0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "10374223-dfbf-4a5f-b029-c5a2d31f1c42")
)
(fp_line
(start -1.09 0.46)
(end -1.09 -0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "70368fc8-8034-44c9-8f78-4c76b53ae7dc")
)
(fp_line
(start 1.09 -0.46)
(end 1.09 0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "4335bf30-d32f-4729-b3fb-f6d85e10be73")
)
(fp_line
(start 1.09 0.46)
(end -1.09 0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "82c3ffb2-fffa-4a3f-97cb-750a6ecec027")
)
(fp_line
(start -0.5 -0.25)
(end 0.5 -0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "d8a1b4c4-ba5f-4c8f-ba8e-108d266ede64")
)
(fp_line
(start -0.5 0.25)
(end -0.5 -0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "3f0f75c6-5e5e-4f29-b150-022348dd1e3a")
)
(fp_line
(start 0.5 -0.25)
(end 0.5 0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "9955942f-6a4f-42e9-8d0e-3bce57c0817a")
)
(fp_line
(start 0.5 0.25)
(end -0.5 0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "085b8074-7bad-4b80-b11f-97ffbb1434f4")
)
(fp_text user "${REFERENCE}"
(at 0 0 0)
(layer "F.Fab")
(uuid "12e36823-db33-489e-97eb-7d4f3a9f37dc")
(effects
(font
(size 0.25 0.25)
(thickness 0.04)
)
)
)
(pad "1" smd roundrect
(at -0.5675 0)
(size 0.735 0.62)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 16 "SDO-")
(pintype "passive")
(uuid "59596971-6be6-45d1-83f4-8480b9afda0f")
)
(pad "2" smd roundrect
(at 0.5675 0)
(size 0.735 0.62)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 17 "/RD-")
(pintype "passive")
(uuid "db12df93-efb1-45ba-835b-a7c5dc55ad59")
)
(embedded_fonts no)
(model "${KICAD9_3DMODEL_DIR}/Capacitor_SMD.3dshapes/C_0402_1005Metric.wrl"
(offset
(xyz 0 0 0)
)
(scale
(xyz 1 1 1)
)
(rotate
(xyz 0 0 0)
)
)
)
(footprint "Capacitor_SMD:C_0402_1005Metric_Pad0.74x0.62mm_HandSolder"
(locked yes)
(layer "F.Cu")
(uuid "27f519a7-29b5-458e-9b50-943ffb21a6e8")
(at 163.4675 78.25)
(descr "Capacitor SMD 0402 (1005 Metric), square (rectangular) end terminal, IPC-7351 nominal with elongated pad for handsoldering. (Body size source: IPC-SM-782 page 76, https://www.pcb-3d.com/wordpress/wp-content/uploads/ipc-sm-782a_amendment_1_and_2.pdf), generated with kicad-footprint-generator")
(tags "capacitor handsolder")
(property "Reference" "C12"
(at -0.2675 1.15 0)
(layer "F.SilkS")
(uuid "5dfef63c-0b85-4005-83b8-c26b6a3fe39a")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
)
)
(property "Value" "100nF 50V"
(at 0 1.16 0)
(layer "F.Fab")
(hide yes)
(uuid "ddcb06d6-0e66-4896-b9e9-2d55fdb61c85")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "Datasheet" ""
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "e2617800-d52e-46f0-a027-34476f7b14e2")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "Description" "Unpolarized capacitor"
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "42ab830c-7e88-41e1-82a7-024714ac025e")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "MFPN" "CC0402KRX5R9BB104"
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "6697256b-aa86-42df-ae03-8ff7c39bad77")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property ki_fp_filters "C_*")
(path "/216f630f-e114-413d-975c-101a778f48c6")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr smd)
(fp_line
(start -0.115835 -0.36)
(end 0.115835 -0.36)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "20e7d7ec-6b01-4c06-8d1e-a0cd8b9a2552")
)
(fp_line
(start -0.115835 0.36)
(end 0.115835 0.36)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "599e0fd5-3883-474e-a086-4cbe28c44678")
)
(fp_line
(start -1.09 -0.46)
(end 1.09 -0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "97863a29-a5f7-4b1b-a71b-0dbf6d3f6b43")
)
(fp_line
(start -1.09 0.46)
(end -1.09 -0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "73cf2563-4298-4b9c-933c-6fb1477587d3")
)
(fp_line
(start 1.09 -0.46)
(end 1.09 0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "92718526-b9a9-4371-95cb-f4702e68cd33")
)
(fp_line
(start 1.09 0.46)
(end -1.09 0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "102e463e-f537-4f1e-8d2d-46cbf84bc0f1")
)
(fp_line
(start -0.5 -0.25)
(end 0.5 -0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "38c5dcbc-b03c-46a0-ba85-d011b70b67c6")
)
(fp_line
(start -0.5 0.25)
(end -0.5 -0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "0468360b-e9f9-4df2-875a-75f79f5bbed3")
)
(fp_line
(start 0.5 -0.25)
(end 0.5 0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "8e2497d8-6ae6-4d0f-8417-4a483b3f6239")
)
(fp_line
(start 0.5 0.25)
(end -0.5 0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "89b76d3d-3849-4011-a853-b16e368dba96")
)
(fp_text user "${REFERENCE}"
(at 0 0 0)
(layer "F.Fab")
(uuid "9f5b046d-50c1-4367-a777-3f11c8f2e040")
(effects
(font
(size 0.25 0.25)
(thickness 0.04)
)
)
)
(pad "1" smd roundrect
(at -0.5675 0)
(size 0.735 0.62)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 4 "GND")
(pintype "passive")
(uuid "21235e56-1e30-4b23-beb5-1a30875f3635")
)
(pad "2" smd roundrect
(at 0.5675 0)
(size 0.735 0.62)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 7 "+3V3")
(pintype "passive")
(uuid "e180facd-f449-413e-9c07-227309e410c3")
)
(embedded_fonts no)
(model "${KICAD9_3DMODEL_DIR}/Capacitor_SMD.3dshapes/C_0402_1005Metric.wrl"
(offset
(xyz 0 0 0)
)
(scale
(xyz 1 1 1)
)
(rotate
(xyz 0 0 0)
)
)
)
(footprint "Resistor_SMD:R_0402_1005Metric_Pad0.72x0.64mm_HandSolder"
(locked yes)
(layer "F.Cu")
(uuid "2ac8c27c-13fe-4797-812a-6c314a610f7a")
(at 168.2 85.25)
(descr "Resistor SMD 0402 (1005 Metric), square (rectangular) end terminal, IPC-7351 nominal with elongated pad for handsoldering. (Body size source: IPC-SM-782 page 72, https://www.pcb-3d.com/wordpress/wp-content/uploads/ipc-sm-782a_amendment_1_and_2.pdf), generated with kicad-footprint-generator")
(tags "resistor handsolder")
(property "Reference" "R8"
(at 2.2 -0.05 0)
(layer "F.SilkS")
(uuid "d38c569a-4170-4a7f-bcd2-6961f87d09e5")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
)
)
(property "Value" "240R"
(at 0 1.17 0)
(layer "F.Fab")
(hide yes)
(uuid "a08a69cb-0b9d-40b7-b5ac-aad6debb02d1")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "Datasheet" ""
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "32178238-bf35-413a-984a-61135e3e4b74")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "Description" "Resistor"
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "0197132c-19c3-41c0-a085-68a7e4fc2762")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "MFPN" "RC0402FR-07240RL"
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "99100c37-125b-4285-9128-462046002957")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property ki_fp_filters "R_*")
(path "/e979ba04-5a97-4228-a2dd-f2101b78bdd7")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr smd)
(fp_line
(start -0.167621 -0.38)
(end 0.167621 -0.38)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "59b0abe8-3194-477e-94ef-e529ab2a9f8d")
)
(fp_line
(start -0.167621 0.38)
(end 0.167621 0.38)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "436c0768-b652-4565-9e01-cc309786f7ea")
)
(fp_line
(start -1.11 -0.47)
(end 1.11 -0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "a9806366-94a2-4cd2-9811-c53cc43797b0")
)
(fp_line
(start -1.11 0.47)
(end -1.11 -0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "92b5081c-80bc-41ab-9206-145d9dae1f82")
)
(fp_line
(start 1.11 -0.47)
(end 1.11 0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "a0337132-8972-4f1e-8aa5-975250490bbd")
)
(fp_line
(start 1.11 0.47)
(end -1.11 0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "e37e560f-ece9-48b3-8ca0-8a42135900b4")
)
(fp_line
(start -0.525 -0.27)
(end 0.525 -0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "3dbfc44b-dc59-4061-bb31-b12126924abc")
)
(fp_line
(start -0.525 0.27)
(end -0.525 -0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "e66e6ab2-ba72-4dd1-af22-956551525455")
)
(fp_line
(start 0.525 -0.27)
(end 0.525 0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "cd1bc213-b19c-4019-a471-2e83e39a0197")
)
(fp_line
(start 0.525 0.27)
(end -0.525 0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "a0e6025c-6d4d-4488-95b3-ab83bb349357")
)
(fp_text user "${REFERENCE}"
(at 0 0 0)
(layer "F.Fab")
(uuid "b44f4991-5b0c-421f-a7df-a25ffe7c5444")
(effects
(font
(size 0.26 0.26)
(thickness 0.04)
)
)
)
(pad "1" smd roundrect
(at -0.5975 0)
(size 0.715 0.64)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 44 "Net-(D1-Pad4)")
(pintype "passive")
(uuid "be69d006-8b47-491c-9cad-a102d5c79019")
)
(pad "2" smd roundrect
(at 0.5975 0)
(size 0.715 0.64)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 27 "Net-(U2-LED1)")
(pintype "passive")
(uuid "adfbedb5-2783-4685-9504-b2cbeecf7099")
)
(embedded_fonts no)
(model "${KICAD9_3DMODEL_DIR}/Resistor_SMD.3dshapes/R_0402_1005Metric.wrl"
(offset
(xyz 0 0 0)
)
(scale
(xyz 1 1 1)
)
(rotate
(xyz 0 0 0)
)
)
)
(footprint "Capacitor_SMD:C_0402_1005Metric_Pad0.74x0.62mm_HandSolder"
(locked yes)
(layer "F.Cu")
(uuid "3248d350-4b27-47ea-981e-391cf2053b2a")
(at 151.4325 82.1)
(descr "Capacitor SMD 0402 (1005 Metric), square (rectangular) end terminal, IPC-7351 nominal with elongated pad for handsoldering. (Body size source: IPC-SM-782 page 76, https://www.pcb-3d.com/wordpress/wp-content/uploads/ipc-sm-782a_amendment_1_and_2.pdf), generated with kicad-footprint-generator")
(tags "capacitor handsolder")
(property "Reference" "C3"
(at 0.0175 2.6 0)
(layer "F.SilkS")
(uuid "4f5bc108-7cd4-4261-aa69-4bd8c468d90c")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
)
)
(property "Value" "0.7pF 50V"
(at 0 1.16 0)
(layer "F.Fab")
(hide yes)
(uuid "695e4cfc-f5ef-4e2c-a24e-8e8059113f18")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "Datasheet" ""
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "49bdd81f-6933-4eae-a51f-3a630dd5b319")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "Description" "Unpolarized capacitor"
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "a0cae9a0-9670-4f4b-8223-dfd4d1e37d94")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "MFPN" "CC0402BRNPO9BNR70"
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "40171edb-3a25-4d83-8f0c-c6168560ebdb")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property ki_fp_filters "C_*")
(path "/f41d8d22-9523-42dc-910e-2f2b508ab659")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr smd)
(fp_line
(start -0.115835 -0.36)
(end 0.115835 -0.36)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "d009280c-a726-49f5-9909-be2d624e82ac")
)
(fp_line
(start -0.115835 0.36)
(end 0.115835 0.36)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "f5aeab06-566e-4d80-a2ea-f5e7fa652fec")
)
(fp_line
(start -1.09 -0.46)
(end 1.09 -0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "ed555d0f-0cea-45a2-bed4-74c76506b0e9")
)
(fp_line
(start -1.09 0.46)
(end -1.09 -0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "c945f7c7-8a6b-4f07-ae9b-ebc1e070f0f6")
)
(fp_line
(start 1.09 -0.46)
(end 1.09 0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "49c2c6a2-9997-4d0c-a5cc-56a9cb8c6121")
)
(fp_line
(start 1.09 0.46)
(end -1.09 0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "8b4554a9-6d90-4a8a-9dfc-044f812544ef")
)
(fp_line
(start -0.5 -0.25)
(end 0.5 -0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "60afdc4c-1bb3-4835-9c9f-6c45b0f8904f")
)
(fp_line
(start -0.5 0.25)
(end -0.5 -0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "422c4715-8b10-4215-b825-7f76eaa388c5")
)
(fp_line
(start 0.5 -0.25)
(end 0.5 0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "23c0391b-7e5d-4c34-99b8-8d80b5b0820e")
)
(fp_line
(start 0.5 0.25)
(end -0.5 0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "f66ac810-a74b-41a9-800c-4957152f68cb")
)
(fp_text user "${REFERENCE}"
(at 0 0 0)
(layer "F.Fab")
(uuid "aa71f73c-5312-4d1f-b1d6-f6f0300cd012")
(effects
(font
(size 0.25 0.25)
(thickness 0.04)
)
)
)
(pad "1" smd roundrect
(at -0.5675 0)
(size 0.735 0.62)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 4 "GND")
(pintype "passive")
(uuid "40b2670a-5003-4a32-8003-89543a315d0c")
)
(pad "2" smd roundrect
(at 0.5675 0)
(size 0.735 0.62)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 31 "/SDI-")
(pintype "passive")
(uuid "c62079e4-d82b-44f0-9529-e776b9f4985c")
)
(embedded_fonts no)
(model "${KICAD9_3DMODEL_DIR}/Capacitor_SMD.3dshapes/C_0402_1005Metric.wrl"
(offset
(xyz 0 0 0)
)
(scale
(xyz 1 1 1)
)
(rotate
(xyz 0 0 0)
)
)
)
(footprint "Inductor_SMD:L_0402_1005Metric_Pad0.77x0.64mm_HandSolder"
(locked yes)
(layer "F.Cu")
(uuid "395b6e0f-ce8e-413a-9e24-306e1a76f7e2")
(at 156.6 77.3 180)
(descr "Inductor SMD 0402 (1005 Metric), square (rectangular) end terminal, IPC-7351 nominal with elongated pad for handsoldering. (Body size source: http://www.tortai-tech.com/upload/download/2011102023233369053.pdf), generated with kicad-footprint-generator")
(tags "inductor handsolder")
(property "Reference" "L1"
(at -0.6 0.9 0)
(layer "F.SilkS")
(hide yes)
(uuid "a2c730ff-473d-48ef-b493-10065c2d0c52")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
)
)
(property "Value" "1.8KOhm@100Mhz,0.25A,0.9Ohm"
(at 0 1.17 0)
(layer "F.Fab")
(hide yes)
(uuid "8cf170d3-8703-43f2-bedc-0d9a0e471606")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "Datasheet" ""
(at 0 0 180)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "c0342e8c-a79a-404a-ac3f-94ef8bc7b620")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "Description" "Inductor"
(at 0 0 180)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "60e146ac-6abc-471b-9a8c-c610023784aa")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "MFPN" "BLM15BX182SN1D"
(at 0 0 180)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "e2872dc8-3930-4bd3-8348-98223046df87")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property ki_fp_filters "Choke_* *Coil* Inductor_* L_*")
(path "/c0363950-d60d-4c0c-a81b-d1c3d9c588ac")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr smd)
(fp_line
(start -0.1002 0.36)
(end 0.1002 0.36)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "b106af88-50a2-4f3d-b08d-c1407b75686f")
)
(fp_line
(start -0.1002 -0.36)
(end 0.1002 -0.36)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "92b74c74-6b86-476d-8337-5d8c7c9693ca")
)
(fp_line
(start 1.11 0.47)
(end -1.11 0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "695339f0-2a78-4f9c-ac52-48d0d3fd036f")
)
(fp_line
(start 1.11 -0.47)
(end 1.11 0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "8ac7794e-c9b8-44df-bab0-44df56c1539e")
)
(fp_line
(start -1.11 0.47)
(end -1.11 -0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "d7c3ae37-65bb-485c-afa8-1822107eb786")
)
(fp_line
(start -1.11 -0.47)
(end 1.11 -0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "cba27f56-850d-47d7-b43f-08fc0f8a7857")
)
(fp_line
(start 0.5 0.25)
(end -0.5 0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "c6451c19-0870-4813-b9ba-440e73ed16a5")
)
(fp_line
(start 0.5 -0.25)
(end 0.5 0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "41ae473e-82f6-4556-9958-2f81abf9225d")
)
(fp_line
(start -0.5 0.25)
(end -0.5 -0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "7c31044c-df0e-4d32-ae35-ffd9b215a794")
)
(fp_line
(start -0.5 -0.25)
(end 0.5 -0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "443f3d20-c61c-40f0-96a4-e222ac5cad6e")
)
(fp_text user "${REFERENCE}"
(at 0 0 0)
(layer "F.Fab")
(uuid "a33400ca-a0f0-48dd-8fc6-fdfb118d2c34")
(effects
(font
(size 0.25 0.25)
(thickness 0.04)
)
)
)
(pad "1" smd roundrect
(at -0.5725 0 180)
(size 0.765 0.64)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 3 "Net-(U1-PLL1)")
(pinfunction "1")
(pintype "passive")
(uuid "1d6502a9-df88-4afa-b87f-6371be3ac132")
)
(pad "2" smd roundrect
(at 0.5725 0 180)
(size 0.765 0.64)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 8 "+1V25")
(pinfunction "2")
(pintype "passive")
(uuid "494ee5cc-884f-47ce-af48-c349104f3b09")
)
(embedded_fonts no)
(model "${KICAD9_3DMODEL_DIR}/Inductor_SMD.3dshapes/L_0402_1005Metric.wrl"
(offset
(xyz 0 0 0)
)
(scale
(xyz 1 1 1)
)
(rotate
(xyz 0 0 0)
)
)
)
(footprint "Resistor_SMD:R_0402_1005Metric_Pad0.72x0.64mm_HandSolder"
(layer "F.Cu")
(uuid "42d926a3-b9a4-4617-911c-8239be800c5f")
(at 172.6 75.9995 90)
(descr "Resistor SMD 0402 (1005 Metric), square (rectangular) end terminal, IPC-7351 nominal with elongated pad for handsoldering. (Body size source: IPC-SM-782 page 72, https://www.pcb-3d.com/wordpress/wp-content/uploads/ipc-sm-782a_amendment_1_and_2.pdf), generated with kicad-footprint-generator")
(tags "resistor handsolder")
(property "Reference" "R10"
(at -0.1005 1.95 180)
(layer "F.SilkS")
(uuid "a0951a62-fdc5-4da3-a524-e59ce4e343f0")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
)
)
(property "Value" "100R"
(at 0 1.17 90)
(layer "F.Fab")
(hide yes)
(uuid "a568abd3-34ad-4357-b6cd-4ca0d2186694")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "Datasheet" ""
(at 0 0 90)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "5e947d09-d794-4f30-ab37-4fb15b1ec214")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "Description" "Resistor"
(at 0 0 90)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "a8c51e34-a64d-4fb4-a05a-fac0348c1ffe")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "MFPN" "RC0402FR-07100RL"
(at 0 0 90)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "e4ac6105-c5fc-4038-aa27-078dbe7de519")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property ki_fp_filters "R_*")
(path "/1836ceac-818a-4841-894f-d13f7ca496a4")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr smd)
(fp_line
(start -0.167621 -0.38)
(end 0.167621 -0.38)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "0ad129f3-af63-484f-9a7e-caabb5255369")
)
(fp_line
(start -0.167621 0.38)
(end 0.167621 0.38)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "8c33c8f2-8198-4300-8688-a1589e8e9c19")
)
(fp_line
(start 1.11 -0.47)
(end 1.11 0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "44a9473e-344c-4348-bdba-4a3fcea297c3")
)
(fp_line
(start -1.11 -0.47)
(end 1.11 -0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "6f14dca3-92c2-4006-947c-61e7d71218e3")
)
(fp_line
(start 1.11 0.47)
(end -1.11 0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "b26a8ebe-93d7-4515-828d-621f3eac853b")
)
(fp_line
(start -1.11 0.47)
(end -1.11 -0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "97afa66e-1e20-45ce-a57f-1a4058ec9c12")
)
(fp_line
(start 0.525 -0.27)
(end 0.525 0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "4b40829e-42b7-43c0-a44a-8152a8396f43")
)
(fp_line
(start -0.525 -0.27)
(end 0.525 -0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "47a66149-37a6-4786-8d2d-2c818113c864")
)
(fp_line
(start 0.525 0.27)
(end -0.525 0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "b4cf1a57-a76d-409a-be01-78a1cce376fb")
)
(fp_line
(start -0.525 0.27)
(end -0.525 -0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "7c71b54a-790d-457c-8b50-07075f01930a")
)
(fp_text user "${REFERENCE}"
(at 0 0 90)
(layer "F.Fab")
(uuid "f17b8302-33b0-4f85-b588-01b4bff69824")
(effects
(font
(size 0.26 0.26)
(thickness 0.04)
)
)
)
(pad "1" smd roundrect
(at -0.5975 0 90)
(size 0.715 0.64)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 11 "/D+")
(pintype "passive")
(uuid "0c989abd-da73-4afe-bc78-b3ff41529c41")
)
(pad "2" smd roundrect
(at 0.5975 0 90)
(size 0.715 0.64)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 13 "/D-")
(pintype "passive")
(uuid "f405172c-157a-4858-ab3d-0d7ee6123f1a")
)
(embedded_fonts no)
(model "${KICAD9_3DMODEL_DIR}/Resistor_SMD.3dshapes/R_0402_1005Metric.wrl"
(offset
(xyz 0 0 0)
)
(scale
(xyz 1 1 1)
)
(rotate
(xyz 0 0 0)
)
)
)
(footprint "Capacitor_SMD:C_0402_1005Metric_Pad0.74x0.62mm_HandSolder"
(locked yes)
(layer "F.Cu")
(uuid "43e4c10e-db2f-44e7-8729-0160815ddc9b")
(at 184.6 81.6)
(descr "Capacitor SMD 0402 (1005 Metric), square (rectangular) end terminal, IPC-7351 nominal with elongated pad for handsoldering. (Body size source: IPC-SM-782 page 76, https://www.pcb-3d.com/wordpress/wp-content/uploads/ipc-sm-782a_amendment_1_and_2.pdf), generated with kicad-footprint-generator")
(tags "capacitor handsolder")
(property "Reference" "C10"
(at 0 -1.1 0)
(layer "F.SilkS")
(uuid "8bcef000-0a8d-4c47-b864-038ee19076b1")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
)
)
(property "Value" "100nF 50V"
(at 0 1.16 0)
(layer "F.Fab")
(hide yes)
(uuid "2ef8e1c3-6922-443b-97f6-54d73f53e72e")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "Datasheet" ""
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "7be6068c-fb1f-461c-a69e-0e2f3772ad39")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "Description" "Unpolarized capacitor"
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "6a9a7273-95bc-4f23-93d1-635c6b880bd6")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "MFPN" "CC0402KRX5R9BB104"
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "745f0aa1-6018-4efd-b6bb-c61da6be58c3")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property ki_fp_filters "C_*")
(path "/f3a26cfe-4490-435b-8490-35db42903f01")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr smd)
(fp_line
(start -0.115835 -0.36)
(end 0.115835 -0.36)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "70b3753d-6149-4b80-adcd-f508dad7ede5")
)
(fp_line
(start -0.115835 0.36)
(end 0.115835 0.36)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "be75143d-ce09-4b7c-911c-337ed9f1053b")
)
(fp_line
(start -1.09 -0.46)
(end 1.09 -0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "1e360519-cb78-4c77-8460-2946d2279b49")
)
(fp_line
(start -1.09 0.46)
(end -1.09 -0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "ca0d7fca-80a0-4708-af09-865e5570c3d7")
)
(fp_line
(start 1.09 -0.46)
(end 1.09 0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "9a8a463d-5016-4fef-b657-bc5838879cf0")
)
(fp_line
(start 1.09 0.46)
(end -1.09 0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "e134e9cf-dd2b-4d62-9ea6-13271c031525")
)
(fp_line
(start -0.5 -0.25)
(end 0.5 -0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "334e8c60-9469-4860-a50a-8ff0d35df0c9")
)
(fp_line
(start -0.5 0.25)
(end -0.5 -0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "8b205b3f-033c-4d0c-8f78-50a597a5da32")
)
(fp_line
(start 0.5 -0.25)
(end 0.5 0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "a40491a5-49f5-4e20-803a-11143689e878")
)
(fp_line
(start 0.5 0.25)
(end -0.5 0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "1294c596-3c9b-490b-9937-e41d02b1485f")
)
(fp_text user "${REFERENCE}"
(at 0 0 0)
(layer "F.Fab")
(uuid "d3b86a16-f080-4e5a-a96b-f956ffb1b847")
(effects
(font
(size 0.25 0.25)
(thickness 0.04)
)
)
)
(pad "1" smd roundrect
(at -0.5675 0)
(size 0.735 0.62)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 14 "SDO+")
(pintype "passive")
(uuid "2fb53ecb-46b9-4586-b5f4-90792b770e51")
)
(pad "2" smd roundrect
(at 0.5675 0)
(size 0.735 0.62)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 15 "/RD+")
(pintype "passive")
(uuid "b1623b1d-5d29-4767-9c40-8f353c61cca1")
)
(embedded_fonts no)
(model "${KICAD9_3DMODEL_DIR}/Capacitor_SMD.3dshapes/C_0402_1005Metric.wrl"
(offset
(xyz 0 0 0)
)
(scale
(xyz 1 1 1)
)
(rotate
(xyz 0 0 0)
)
)
)
(footprint "Resistor_SMD:R_0402_1005Metric_Pad0.72x0.64mm_HandSolder"
(locked yes)
(layer "F.Cu")
(uuid "5262c373-cec9-462d-8f35-89cd00b62252")
(at 168.2 84.25)
(descr "Resistor SMD 0402 (1005 Metric), square (rectangular) end terminal, IPC-7351 nominal with elongated pad for handsoldering. (Body size source: IPC-SM-782 page 72, https://www.pcb-3d.com/wordpress/wp-content/uploads/ipc-sm-782a_amendment_1_and_2.pdf), generated with kicad-footprint-generator")
(tags "resistor handsolder")
(property "Reference" "R9"
(at 2.2 -0.45 0)
(layer "F.SilkS")
(uuid "c0968fb1-9a2b-4cbe-8b18-25b4bdb735bb")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
)
)
(property "Value" "240R"
(at 0 1.17 0)
(layer "F.Fab")
(hide yes)
(uuid "b1aa92b6-c8bc-4524-a358-6fccc92896e9")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "Datasheet" ""
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "d30e9ffa-ceb3-4893-ac3c-2aee13f8dfb5")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "Description" "Resistor"
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "fb269e51-c707-4497-aeb0-25199d6a3f90")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "MFPN" "RC0402FR-07240RL"
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "7b9b6af2-a828-4db3-9ba1-a231a89711e7")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "Field6" ""
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "bc424cc5-e75d-422d-93f1-85d284572ac1")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property ki_fp_filters "R_*")
(path "/b7bdea8d-e71b-48db-8488-5bc8136cd6c0")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr smd)
(fp_line
(start -0.167621 -0.38)
(end 0.167621 -0.38)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "2d180967-3b7b-41e0-9267-5c682d75bc61")
)
(fp_line
(start -0.167621 0.38)
(end 0.167621 0.38)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "10769ad5-ff10-45f5-8ba1-3a7d69e1a12d")
)
(fp_line
(start -1.11 -0.47)
(end 1.11 -0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "c050deec-2352-4356-a0ed-adab5827f435")
)
(fp_line
(start -1.11 0.47)
(end -1.11 -0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "d3198b86-8ad6-45a8-9c51-3fb18be25892")
)
(fp_line
(start 1.11 -0.47)
(end 1.11 0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "5c1dc3f8-9910-4e5b-acb8-cf91cf91e172")
)
(fp_line
(start 1.11 0.47)
(end -1.11 0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "1ca75a78-ca7e-4626-8bc0-02f7432a61a3")
)
(fp_line
(start -0.525 -0.27)
(end 0.525 -0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "991b1a33-d93a-440c-bfc2-433a2f0f25de")
)
(fp_line
(start -0.525 0.27)
(end -0.525 -0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "5858f639-e0b4-4645-aadf-bb6f2506ed2d")
)
(fp_line
(start 0.525 -0.27)
(end 0.525 0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "cc35a745-35bc-4114-b82e-629998f12884")
)
(fp_line
(start 0.525 0.27)
(end -0.525 0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "a87eab33-96fe-4dfc-9eff-f7193ffac65f")
)
(fp_text user "${REFERENCE}"
(at 0 0 0)
(layer "F.Fab")
(uuid "e4c4ed2d-13b6-4924-b221-687a67e29505")
(effects
(font
(size 0.26 0.26)
(thickness 0.04)
)
)
)
(pad "1" smd roundrect
(at -0.5975 0)
(size 0.715 0.64)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 43 "Net-(D1-Pad2)")
(pintype "passive")
(uuid "0381d809-7acb-4e46-9a72-2a8855029c5c")
)
(pad "2" smd roundrect
(at 0.5975 0)
(size 0.715 0.64)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 25 "Net-(U2-LED0)")
(pintype "passive")
(uuid "5dfc42d6-9ad5-4eac-8cab-f52c80e9c9ad")
)
(embedded_fonts no)
(model "${KICAD9_3DMODEL_DIR}/Resistor_SMD.3dshapes/R_0402_1005Metric.wrl"
(offset
(xyz 0 0 0)
)
(scale
(xyz 1 1 1)
)
(rotate
(xyz 0 0 0)
)
)
)
(footprint "TestPoint:TestPoint_Pad_1.0x1.0mm"
(locked yes)
(layer "F.Cu")
(uuid "5e98caa9-e8a5-468d-9408-9353df120f18")
(at 162.2 76.3)
(descr "SMD rectangular pad as test Point, square 1.0mm side length")
(tags "test point SMD pad rectangle square")
(property "Reference" "TP4"
(at 0 -1.448 0)
(layer "F.SilkS")
(hide yes)
(uuid "b4fb78a5-2d93-45ae-85c3-3d09e63103e1")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "Value" "TX"
(at 0 1.55 0)
(layer "F.Fab")
(hide yes)
(uuid "456a4757-2ea6-4462-b4c1-d23fa2cc9b45")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "Datasheet" ""
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "138587fb-cd3d-454c-855f-5876b4217912")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "Description" "test point"
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "c1687cdf-f3c1-40fd-8bd7-9ae2b06f4158")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property ki_fp_filters "Pin* Test*")
(path "/85a11a21-f918-474d-b9f8-9aa40892c32a")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr exclude_from_pos_files exclude_from_bom)
(fp_line
(start -0.7 -0.7)
(end 0.7 -0.7)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "d94f3821-b1a3-43a6-a963-162760725c3c")
)
(fp_line
(start -0.7 0.7)
(end -0.7 -0.7)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "c4d6be10-b3cd-4a02-8277-9e38f9a59800")
)
(fp_line
(start 0.7 -0.7)
(end 0.7 0.7)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "7af5ceea-7d65-4e5c-af46-8b9d31eb2002")
)
(fp_line
(start 0.7 0.7)
(end -0.7 0.7)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "b3085d41-4e45-44d9-bbae-2ded61effced")
)
(fp_line
(start -1 -1)
(end -1 1)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "764d5676-3b8c-4267-bc04-3c9fb7530ad2")
)
(fp_line
(start -1 -1)
(end 1 -1)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "285868c5-7b01-4aa9-bc9f-f05584dfc8d7")
)
(fp_line
(start 1 1)
(end -1 1)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "900a2761-3e1b-4774-94a8-ad11061168d1")
)
(fp_line
(start 1 1)
(end 1 -1)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "fde98528-c13a-4a8e-ae80-762a4eb47170")
)
(pad "1" smd rect
(at 0 0)
(size 1 1)
(layers "F.Cu" "F.Mask")
(net 29 "TX")
(pinfunction "1")
(pintype "passive")
(uuid "4b59b792-bb94-4237-bf67-2602608e8aad")
)
(embedded_fonts no)
)
(footprint "cxp_sfp:SN65EPT21DGK"
(locked yes)
(layer "F.Cu")
(uuid "6378b64e-21b6-4ccd-a8c5-c5c05481998c")
(at 166.42 76 180)
(descr "SN65EPT21DGK")
(property "Reference" "U4"
(at -4.18 0 0)
(layer "F.SilkS")
(uuid "75b2489c-de91-4b2f-8b88-2a4f6bd70e81")
(effects
(font
(size 1 1)
(thickness 0.2)
)
)
)
(property "Value" "SN65EPT21DGK"
(at 0 2.535 0)
(layer "F.Fab")
(hide yes)
(uuid "bd6b82b1-2c6a-4c6f-9b1f-946d2d66672c")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "Datasheet" ""
(at 0 0 0)
(layer "F.Fab")
(hide yes)
(uuid "320d2eff-d127-435a-8d18-80d5a32df386")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "Description" ""
(at 0 0 0)
(layer "F.Fab")
(hide yes)
(uuid "905ba71a-cd0c-4a5a-9613-635bbd0ffbe1")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "MFPN" "SN65EPT21DGK"
(at 0 0 180)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "ee815122-71d9-4c65-9f48-5f5359aa388c")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(path "/fc254bdb-9fe2-4fa8-9eb2-e05e831fdd46")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr smd)
(fp_line
(start -1.5 1.535)
(end 1.5 1.535)
(stroke
(width 0.127)
(type solid)
)
(layer "F.SilkS")
(uuid "2badf3f7-cef0-4836-925a-a797164d877e")
)
(fp_line
(start -1.5 -1.535)
(end 1.5 -1.535)
(stroke
(width 0.127)
(type solid)
)
(layer "F.SilkS")
(uuid "7ad68cf4-0a46-4ff6-8917-9b450c14ccc8")
)
(fp_circle
(center -3.52 -1.255)
(end -3.42 -1.255)
(stroke
(width 0.2)
(type solid)
)
(fill no)
(layer "F.SilkS")
(uuid "cc3c1d98-3e6d-4aba-ba77-143c25915ebd")
)
(fp_line
(start 3.135 -1.75)
(end 3.135 1.75)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "b80c1baf-273a-42a9-846b-1a7e017c3ea6")
)
(fp_line
(start -3.135 1.75)
(end 3.135 1.75)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "f39cc2ce-8e29-41bc-b8c4-d3d2efe491bf")
)
(fp_line
(start -3.135 -1.75)
(end 3.135 -1.75)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "09b26b69-7fc3-4d5f-ae34-50da26185522")
)
(fp_line
(start -3.135 -1.75)
(end -3.135 1.75)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "7ebb85d8-8e5c-4f6f-a66f-d7360db1a408")
)
(fp_line
(start 1.5 -1.5)
(end 1.5 1.5)
(stroke
(width 0.127)
(type solid)
)
(layer "F.Fab")
(uuid "bacb82d1-5483-427d-b9a4-82b4f503f2eb")
)
(fp_line
(start -1.5 1.5)
(end 1.5 1.5)
(stroke
(width 0.127)
(type solid)
)
(layer "F.Fab")
(uuid "853396e2-9838-4634-bd28-65b7b77709cb")
)
(fp_line
(start -1.5 -1.5)
(end 1.5 -1.5)
(stroke
(width 0.127)
(type solid)
)
(layer "F.Fab")
(uuid "c223d5f7-477c-4a81-9a2a-3b6b6f1abc25")
)
(fp_line
(start -1.5 -1.5)
(end -1.5 1.5)
(stroke
(width 0.127)
(type solid)
)
(layer "F.Fab")
(uuid "d1feada3-1772-4e8c-888c-19ff27aedf75")
)
(fp_circle
(center -3.52 -1.255)
(end -3.42 -1.255)
(stroke
(width 0.2)
(type solid)
)
(fill no)
(layer "F.Fab")
(uuid "1a30ca1d-cf03-4748-a113-e8fe266772b6")
)
(pad "1" smd roundrect
(at -2.15 -0.975 180)
(size 1.47 0.45)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.125)
(net 41 "unconnected-(U4-NC-Pad1)")
(pinfunction "NC")
(pintype "no_connect")
(solder_mask_margin 0)
(uuid "939904e9-ae0b-4151-8ced-1fdd0ba2b1d3")
)
(pad "2" smd roundrect
(at -2.15 -0.325 180)
(size 1.47 0.45)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.125)
(net 11 "/D+")
(pinfunction "D+")
(pintype "input")
(solder_mask_margin 0)
(uuid "d3dc1a7c-07ae-42a3-9126-acb5ac3b9ade")
)
(pad "3" smd roundrect
(at -2.15 0.325 180)
(size 1.47 0.45)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.125)
(net 13 "/D-")
(pinfunction "D-")
(pintype "input")
(solder_mask_margin 0)
(uuid "cdebaeb4-80dd-426a-b858-a7c8090c8962")
)
(pad "4" smd roundrect
(at -2.15 0.975 180)
(size 1.47 0.45)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.125)
(net 40 "unconnected-(U4-VBB-Pad4)")
(pinfunction "VBB")
(pintype "output+no_connect")
(solder_mask_margin 0)
(uuid "39967a51-2cc3-4604-b390-9791f8cc14ab")
)
(pad "5" smd roundrect
(at 2.15 0.975 180)
(size 1.47 0.45)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.125)
(net 4 "GND")
(pinfunction "GND")
(pintype "power_in")
(solder_mask_margin 0)
(uuid "41f54a37-d07e-4042-8ce1-8b0ccd235e6c")
)
(pad "6" smd roundrect
(at 2.15 0.325 180)
(size 1.47 0.45)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.125)
(net 42 "unconnected-(U4-NC-Pad6)")
(pinfunction "NC")
(pintype "no_connect")
(solder_mask_margin 0)
(uuid "c8c86a16-fb39-4d63-8aaa-75075654bf5a")
)
(pad "7" smd roundrect
(at 2.15 -0.325 180)
(size 1.47 0.45)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.125)
(net 29 "TX")
(pinfunction "Q")
(pintype "output")
(solder_mask_margin 0)
(uuid "368ea830-5cfa-4712-9a29-f9190c5a8eb0")
)
(pad "8" smd roundrect
(at 2.15 -0.975 180)
(size 1.47 0.45)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.125)
(net 7 "+3V3")
(pinfunction "VCC")
(pintype "power_in")
(solder_mask_margin 0)
(uuid "4d845f4d-0f48-44f3-85c5-1e128ba07d4e")
)
(embedded_fonts no)
(embedded_files
(file
(name "SN65EPT21DGK.step")
(type model)
(checksum "3ADF6B6589A85DEB7AFC18F47F5DE8FC")
)
)
(model "kicad-embed://SN65EPT21DGK.step"
(offset
(xyz 0 0 0)
)
(scale
(xyz 1 1 1)
)
(rotate
(xyz -90 -0 -0)
)
)
)
(footprint "Capacitor_SMD:C_0402_1005Metric_Pad0.74x0.62mm_HandSolder"
(locked yes)
(layer "F.Cu")
(uuid "71b0ded3-a2c1-4ae0-92b3-3ceb997cf76b")
(at 150.3 81.1)
(descr "Capacitor SMD 0402 (1005 Metric), square (rectangular) end terminal, IPC-7351 nominal with elongated pad for handsoldering. (Body size source: IPC-SM-782 page 76, https://www.pcb-3d.com/wordpress/wp-content/uploads/ipc-sm-782a_amendment_1_and_2.pdf), generated with kicad-footprint-generator")
(tags "capacitor handsolder")
(property "Reference" "C2"
(at 0 2.2 0)
(layer "F.SilkS")
(uuid "0b20d6d3-39a2-4ff1-b23c-0f81c898bc02")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
)
)
(property "Value" "100nF 50V"
(at 0 1.16 0)
(layer "F.Fab")
(hide yes)
(uuid "5dd77411-736e-443e-b8f1-d0de2a32716f")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "Datasheet" ""
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "50900261-8d45-4725-8efc-31ecc6ad563a")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "Description" "Unpolarized capacitor"
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "e53a7796-be69-45e7-a816-8fa69de66f35")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "MFPN" "CC0402KRX5R9BB104"
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "c64150f9-c904-4e27-b8a8-fa1acc8c5a83")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property ki_fp_filters "C_*")
(path "/9517420b-426e-40f5-971a-b8b4fff1b321")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr smd)
(fp_line
(start -0.115835 -0.36)
(end 0.115835 -0.36)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "7c8cdad1-a06d-44a0-b3e6-295478aa08ce")
)
(fp_line
(start -0.115835 0.36)
(end 0.115835 0.36)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "5c22eb40-45f7-4662-9664-e31cdf9e9cde")
)
(fp_line
(start -1.09 -0.46)
(end 1.09 -0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "e12a6782-bdae-4910-801d-e852b9b53519")
)
(fp_line
(start -1.09 0.46)
(end -1.09 -0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "e8aeb7c6-6719-4036-9f32-99995e2fb31c")
)
(fp_line
(start 1.09 -0.46)
(end 1.09 0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "8f55aeb2-85db-4b95-a256-52b9c2b30456")
)
(fp_line
(start 1.09 0.46)
(end -1.09 0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "3389c633-3759-4ac5-8fad-3b65e5eeb28f")
)
(fp_line
(start -0.5 -0.25)
(end 0.5 -0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "2e75de01-cd1e-4ca0-9400-d6a4dace55fe")
)
(fp_line
(start -0.5 0.25)
(end -0.5 -0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "b70644d5-6de8-47f2-a9f4-744275cd73b1")
)
(fp_line
(start 0.5 -0.25)
(end 0.5 0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "32656a96-33b4-409e-9cb1-d4ac77062c8e")
)
(fp_line
(start 0.5 0.25)
(end -0.5 0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "38916d21-410c-4e85-9abf-315c5ba49ba9")
)
(fp_text user "${REFERENCE}"
(at 0 0 0)
(layer "F.Fab")
(uuid "820110d5-926a-41b4-99e9-d5bd58dc930e")
(effects
(font
(size 0.25 0.25)
(thickness 0.04)
)
)
)
(pad "1" smd roundrect
(at -0.5675 0)
(size 0.735 0.62)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 4 "GND")
(pintype "passive")
(uuid "381eadf6-1adf-4d3e-8d22-71638760e3cc")
)
(pad "2" smd roundrect
(at 0.5675 0)
(size 0.735 0.62)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 2 "Net-(C2-Pad2)")
(pintype "passive")
(uuid "57467064-c8a6-43d5-b812-04f0f8ad4d51")
)
(embedded_fonts no)
(model "${KICAD9_3DMODEL_DIR}/Capacitor_SMD.3dshapes/C_0402_1005Metric.wrl"
(offset
(xyz 0 0 0)
)
(scale
(xyz 1 1 1)
)
(rotate
(xyz 0 0 0)
)
)
)
(footprint "Capacitor_SMD:C_0402_1005Metric_Pad0.74x0.62mm_HandSolder"
(locked yes)
(layer "F.Cu")
(uuid "759f6285-cfba-4ff2-b15a-6feced9b4d8e")
(at 154.2325 76.3 180)
(descr "Capacitor SMD 0402 (1005 Metric), square (rectangular) end terminal, IPC-7351 nominal with elongated pad for handsoldering. (Body size source: IPC-SM-782 page 76, https://www.pcb-3d.com/wordpress/wp-content/uploads/ipc-sm-782a_amendment_1_and_2.pdf), generated with kicad-footprint-generator")
(tags "capacitor handsolder")
(property "Reference" "C15"
(at 0 -1.16 0)
(layer "F.SilkS")
(hide yes)
(uuid "fe6b3099-301f-4c2e-897a-170d620d8dff")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "Value" "0.1uF 16V"
(at 0 1.16 0)
(layer "F.Fab")
(hide yes)
(uuid "f6f87cb1-a362-427a-9393-570fdb866ab3")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "Datasheet" ""
(at 0 0 0)
(layer "F.Fab")
(hide yes)
(uuid "c854638c-7f82-4eec-8037-645846007700")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "Description" "Unpolarized capacitor"
(at 0 0 0)
(layer "F.Fab")
(hide yes)
(uuid "5d05071c-70a9-44f2-8a35-f2372bba4ce2")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "MFPN" "CL05B104KO5NNNC"
(at 0 0 180)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "2b752d19-f8d5-4c2b-ae06-1e3f328672bc")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property ki_fp_filters "C_*")
(path "/db32d158-08fd-4837-ad25-ed6cc084dd7a")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr smd)
(fp_line
(start -0.115835 0.36)
(end 0.115835 0.36)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "04d5fd3f-fcb9-41e8-b9f3-63dfaf69e99e")
)
(fp_line
(start -0.115835 -0.36)
(end 0.115835 -0.36)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "505531f3-9fb6-4aa4-9a70-34c1aecc0c37")
)
(fp_line
(start 1.09 0.46)
(end -1.09 0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "f643c70a-2617-4b4f-9ff9-1856fb271640")
)
(fp_line
(start 1.09 -0.46)
(end 1.09 0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "45e7eaa9-4e2a-46ad-962f-0da801bf2d0c")
)
(fp_line
(start -1.09 0.46)
(end -1.09 -0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "dfe53889-abba-42d8-bd9f-72d091c5b8b5")
)
(fp_line
(start -1.09 -0.46)
(end 1.09 -0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "1fe81f80-91de-4c70-abb5-58721cdcc2bc")
)
(fp_line
(start 0.5 0.25)
(end -0.5 0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "2614580b-57be-4c93-a645-77b312ba42f0")
)
(fp_line
(start 0.5 -0.25)
(end 0.5 0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "fb7e506f-88c5-489f-b81c-b84a42070c50")
)
(fp_line
(start -0.5 0.25)
(end -0.5 -0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "6a34f65b-ae19-43f6-899a-06ccf781a653")
)
(fp_line
(start -0.5 -0.25)
(end 0.5 -0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "2c036deb-f20b-4633-ada9-123d34223bc3")
)
(fp_text user "${REFERENCE}"
(at 0 0 0)
(layer "F.Fab")
(uuid "3dd07e1e-6513-4aa2-8cbe-4d545db08822")
(effects
(font
(size 0.25 0.25)
(thickness 0.04)
)
)
)
(pad "1" smd roundrect
(at -0.5675 0 180)
(size 0.735 0.62)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 8 "+1V25")
(pintype "passive")
(uuid "693a60aa-1cb8-471f-8c92-fc689912d90b")
)
(pad "2" smd roundrect
(at 0.5675 0 180)
(size 0.735 0.62)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 4 "GND")
(pintype "passive")
(uuid "ee7bb588-8e8b-4d0a-b421-70c6a87b5beb")
)
(embedded_fonts no)
(model "${KICAD9_3DMODEL_DIR}/Capacitor_SMD.3dshapes/C_0402_1005Metric.wrl"
(offset
(xyz 0 0 0)
)
(scale
(xyz 1 1 1)
)
(rotate
(xyz 0 0 0)
)
)
)
(footprint "Resistor_SMD:R_0402_1005Metric_Pad0.72x0.64mm_HandSolder"
(locked yes)
(layer "F.Cu")
(uuid "7910bae8-588f-4222-8601-41c24a5e0dca")
(at 152.6 79.9)
(descr "Resistor SMD 0402 (1005 Metric), square (rectangular) end terminal, IPC-7351 nominal with elongated pad for handsoldering. (Body size source: IPC-SM-782 page 72, https://www.pcb-3d.com/wordpress/wp-content/uploads/ipc-sm-782a_amendment_1_and_2.pdf), generated with kicad-footprint-generator")
(tags "resistor handsolder")
(property "Reference" "R1"
(at 0 -1.1 0)
(layer "F.SilkS")
(uuid "68fa8629-44cd-4ba7-9e37-aab81225aaef")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
)
)
(property "Value" "6.8R"
(at 0 1.17 0)
(layer "F.Fab")
(hide yes)
(uuid "afc85616-2e38-46bf-ab3c-449b1308f70c")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "Datasheet" ""
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "3aef6ebe-5142-4d10-8d7f-2341e9093486")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "Description" "Resistor"
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "da55a9c8-5075-4bfc-b417-07ff832917b1")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "MFPN" "RC0402FR-076R8L"
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "1565c953-1e96-44be-9088-8670c8c2ec3c")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property ki_fp_filters "R_*")
(path "/a4aa151d-ac1f-42fd-a4b8-f5f09daf2676")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr smd)
(fp_line
(start -0.167621 -0.38)
(end 0.167621 -0.38)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "6ddd02ad-c76a-4420-aeb5-91f6a8c2860f")
)
(fp_line
(start -0.167621 0.38)
(end 0.167621 0.38)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "f97a6a4e-e318-4369-836f-eedfe3fb79a2")
)
(fp_line
(start -1.11 -0.47)
(end 1.11 -0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "5906e611-6fce-4d83-b93a-7af5c4ece86a")
)
(fp_line
(start -1.11 0.47)
(end -1.11 -0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "520be66b-5181-4de3-a678-1c93390aa587")
)
(fp_line
(start 1.11 -0.47)
(end 1.11 0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "38ffae9a-18a9-495e-9e2f-d836f0c74672")
)
(fp_line
(start 1.11 0.47)
(end -1.11 0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "69ddb937-7f1c-4fdd-a5b8-0c354ea24a3f")
)
(fp_line
(start -0.525 -0.27)
(end 0.525 -0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "a3ff8d9e-8bdc-404e-a9f4-a3b37e121b72")
)
(fp_line
(start -0.525 0.27)
(end -0.525 -0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "d8323ddf-5baa-4b2f-b8f6-752bfc4cba79")
)
(fp_line
(start 0.525 -0.27)
(end 0.525 0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "a1bf7363-08e2-405c-ac42-2f64f71cc85d")
)
(fp_line
(start 0.525 0.27)
(end -0.525 0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "1828c9c6-730a-4684-83a2-509b80506e0a")
)
(fp_text user "${REFERENCE}"
(at 0 0 0)
(layer "F.Fab")
(uuid "409901d9-b09c-4447-a118-c98af1962141")
(effects
(font
(size 0.26 0.26)
(thickness 0.04)
)
)
)
(pad "1" smd roundrect
(at -0.5975 0)
(size 0.715 0.64)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 1 "Net-(C1-Pad2)")
(pintype "passive")
(uuid "bbe0a766-d55d-430a-a90f-4ab13cebf2e2")
)
(pad "2" smd roundrect
(at 0.5975 0)
(size 0.715 0.64)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 38 "/SDI+")
(pintype "passive")
(uuid "b69baf73-5d6f-420c-96cd-ed90b63e4715")
)
(embedded_fonts no)
(model "${KICAD9_3DMODEL_DIR}/Resistor_SMD.3dshapes/R_0402_1005Metric.wrl"
(offset
(xyz 0 0 0)
)
(scale
(xyz 1 1 1)
)
(rotate
(xyz 0 0 0)
)
)
)
(footprint "Capacitor_SMD:C_0402_1005Metric_Pad0.74x0.62mm_HandSolder"
(locked yes)
(layer "F.Cu")
(uuid "84e40f03-bf5d-4f09-8636-e5653af81949")
(at 158.9325 77.3 180)
(descr "Capacitor SMD 0402 (1005 Metric), square (rectangular) end terminal, IPC-7351 nominal with elongated pad for handsoldering. (Body size source: IPC-SM-782 page 76, https://www.pcb-3d.com/wordpress/wp-content/uploads/ipc-sm-782a_amendment_1_and_2.pdf), generated with kicad-footprint-generator")
(tags "capacitor handsolder")
(property "Reference" "C4"
(at 0 1.05 0)
(layer "F.SilkS")
(hide yes)
(uuid "51720546-2ccd-4e88-bbfb-cf4b0dab36b8")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
)
)
(property "Value" "4.7uF 6.3V"
(at 0 1.16 0)
(layer "F.Fab")
(hide yes)
(uuid "ed813a8c-ba46-4256-aa46-0516ec5bc1b7")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "Datasheet" ""
(at 0 0 180)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "9332a8bf-1804-4c49-b10f-f30cb82f66c4")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "Description" "Unpolarized capacitor"
(at 0 0 180)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "4c6d1694-99e8-4c48-bd2e-8856f1620546")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "MFPN" "885012005023"
(at 0 0 180)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "41796da5-d943-483a-9d28-37acb47d45b5")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property ki_fp_filters "C_*")
(path "/f1847c9f-548b-4e41-afd7-aa3aa70ab73f")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr smd)
(fp_line
(start -0.115835 0.36)
(end 0.115835 0.36)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "4a5905bb-109e-400e-9d1c-bd7dfc97ac77")
)
(fp_line
(start -0.115835 -0.36)
(end 0.115835 -0.36)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "4a341cb4-ba56-442d-a386-015cda9ced0e")
)
(fp_line
(start 1.09 0.46)
(end -1.09 0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "f8ad9e0c-5c9c-4424-b3a6-22d9a36746b1")
)
(fp_line
(start 1.09 -0.46)
(end 1.09 0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "fb08d408-503d-4e48-881f-3c39bbf12e4d")
)
(fp_line
(start -1.09 0.46)
(end -1.09 -0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "4c01dccc-7bf8-4541-a6ca-bd32627ff1fc")
)
(fp_line
(start -1.09 -0.46)
(end 1.09 -0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "f28dad0f-133c-4984-89a4-c1f6fb6b2695")
)
(fp_line
(start 0.5 0.25)
(end -0.5 0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "0e3d4321-6ca8-4792-b211-4c81879ad627")
)
(fp_line
(start 0.5 -0.25)
(end 0.5 0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "be5b12e8-a38d-4227-b22f-5102759e2a26")
)
(fp_line
(start -0.5 0.25)
(end -0.5 -0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "24f8d330-14d0-458f-906c-04eeefa26517")
)
(fp_line
(start -0.5 -0.25)
(end 0.5 -0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "9981002f-ff54-400b-8446-369073de0a49")
)
(fp_text user "${REFERENCE}"
(at 0 0 0)
(layer "F.Fab")
(uuid "de5e88cd-fa1e-42c8-9527-175e9d734ec8")
(effects
(font
(size 0.25 0.25)
(thickness 0.04)
)
)
)
(pad "1" smd roundrect
(at -0.5675 0 180)
(size 0.735 0.62)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 6 "Net-(U1-PLL2)")
(pintype "passive")
(uuid "07186310-7b31-41e8-8e49-8cf6fb820047")
)
(pad "2" smd roundrect
(at 0.5675 0 180)
(size 0.735 0.62)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 3 "Net-(U1-PLL1)")
(pintype "passive")
(uuid "0016cb1c-7b24-493e-a30f-fdf77897504c")
)
(embedded_fonts no)
(model "${KICAD9_3DMODEL_DIR}/Capacitor_SMD.3dshapes/C_0402_1005Metric.wrl"
(offset
(xyz 0 0 0)
)
(scale
(xyz 1 1 1)
)
(rotate
(xyz 0 0 0)
)
)
)
(footprint "cxp_sfp:XZVGMDK53W-9"
(layer "F.Cu")
(uuid "9b4ffb99-c018-480d-bd3c-1b3b95126517")
(at 144 84.95 180)
(property "Reference" "D1"
(at -2.5 0.05 0)
(layer "F.SilkS")
(uuid "40f5c2e5-284b-43f6-a163-d50716fcf540")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
)
)
(property "Value" "XZVGMDK53W-9"
(at 0.23 2.45 0)
(layer "F.Fab")
(hide yes)
(uuid "0e2e9279-7b8c-4538-aca9-9c14546147ca")
(effects
(font
(size 1.000291 1.000291)
(thickness 0.15)
)
)
)
(property "Datasheet" ""
(at 0 0 0)
(layer "F.Fab")
(hide yes)
(uuid "633699eb-943a-45af-904d-511e0dec529e")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "Description" ""
(at 0 0 0)
(layer "F.Fab")
(hide yes)
(uuid "2eda82ce-5341-4777-84ed-f3844a8d5e2f")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "MF" "SunLED"
(at 0 0 180)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "9f68291c-bd06-460b-b3d9-ffed896dfc49")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "STANDARD" "Manufacturer recommendations"
(at 0 0 180)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "8f7110f8-097c-4f45-b89a-f066431474d8")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "MFPN" "XZVGMDK53W-9"
(at 0 0 180)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "ab6c25f7-ae20-413c-89aa-117b40ce8c2d")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(path "/13e24476-9cb3-405f-a4f9-2d1c7e2d941d")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr smd)
(fp_line
(start -0.17 0.4)
(end 0.17 0.4)
(stroke
(width 0.127)
(type solid)
)
(layer "F.SilkS")
(uuid "68d262c2-1faf-4158-9ee3-4a15a2296369")
)
(fp_line
(start -0.18 -0.4)
(end 0.18 -0.4)
(stroke
(width 0.127)
(type solid)
)
(layer "F.SilkS")
(uuid "6066ab5e-e21d-4ebc-91b4-040d2232cf7c")
)
(fp_circle
(center 1.273 0.273)
(end 1.313 0.273)
(stroke
(width 0.2)
(type solid)
)
(fill no)
(layer "F.SilkS")
(uuid "1c6df78c-4154-4b41-9356-ccdc72c0a15d")
)
(fp_line
(start 1.1 0.8)
(end -1.1 0.8)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "e51ba26e-95b9-41a2-aab2-6f3bdf3dc56d")
)
(fp_line
(start 1.1 -0.8)
(end 1.1 0.8)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "e349baa5-4412-466d-ab60-67d84b53b7ab")
)
(fp_line
(start -1.1 0.8)
(end -1.1 -0.8)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "c410db8a-2d99-4b65-9ce5-22bf9730e405")
)
(fp_line
(start -1.1 -0.8)
(end 1.1 -0.8)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "8456bb33-2309-4205-aee9-9317850f833d")
)
(fp_line
(start 0.8 0.4)
(end -0.8 0.4)
(stroke
(width 0.127)
(type solid)
)
(layer "F.Fab")
(uuid "a37be9ed-6395-4c60-9b42-58109237aba0")
)
(fp_line
(start 0.8 -0.4)
(end 0.8 0.4)
(stroke
(width 0.127)
(type solid)
)
(layer "F.Fab")
(uuid "07eaa184-b058-4df2-9571-6bce383d3ab1")
)
(fp_line
(start -0.8 0.4)
(end -0.8 -0.4)
(stroke
(width 0.127)
(type solid)
)
(layer "F.Fab")
(uuid "eff4793d-3bce-46ac-bff5-cd1386308be3")
)
(fp_line
(start -0.8 -0.4)
(end 0.8 -0.4)
(stroke
(width 0.127)
(type solid)
)
(layer "F.Fab")
(uuid "3aa1c8d5-2adf-4ab3-b0f1-a08a5563dfe7")
)
(fp_circle
(center 0.511 0.146)
(end 0.551 0.146)
(stroke
(width 0.2)
(type solid)
)
(fill no)
(layer "F.Fab")
(uuid "e9462176-930e-4343-8718-acd818c8375c")
)
(pad "1" smd rect
(at 0.6 0.35 180)
(size 0.5 0.4)
(layers "F.Cu" "F.Mask" "F.Paste")
(net 7 "+3V3")
(pintype "passive")
(solder_mask_margin 0.102)
(uuid "9475781e-2499-41b6-8166-4dbee23385dc")
)
(pad "2" smd rect
(at -0.6 0.35 180)
(size 0.5 0.4)
(layers "F.Cu" "F.Mask" "F.Paste")
(net 43 "Net-(D1-Pad2)")
(pintype "passive")
(solder_mask_margin 0.102)
(uuid "ad7ece4d-3e7d-4542-8b2d-101052ad6402")
)
(pad "3" smd rect
(at 0.6 -0.35 180)
(size 0.5 0.4)
(layers "F.Cu" "F.Mask" "F.Paste")
(net 7 "+3V3")
(pintype "passive")
(solder_mask_margin 0.102)
(uuid "06a5cd35-7b70-4542-a5f7-1aba6f6ecab8")
)
(pad "4" smd rect
(at -0.6 -0.35 180)
(size 0.5 0.4)
(layers "F.Cu" "F.Mask" "F.Paste")
(net 44 "Net-(D1-Pad4)")
(pintype "passive")
(solder_mask_margin 0.102)
(uuid "e93becc4-1f4b-4188-8d2c-d74a2ba35a1f")
)
(embedded_fonts no)
(embedded_files
(file
(name "XZxxxx53W-9.step")
(type model)
(checksum "CDA58C0C7123DEEC56F827B9D3EDE3A1")
)
)
(model "kicad-embed://XZxxxx53W-9.step"
(offset
(xyz 0 0 0.09)
)
(scale
(xyz 1 1 1)
)
(rotate
(xyz -90 -0 -0)
)
)
)
(footprint "Capacitor_SMD:C_0402_1005Metric_Pad0.74x0.62mm_HandSolder"
(locked yes)
(layer "F.Cu")
(uuid "bac6f686-7d78-441f-acd7-0d59556185cd")
(at 150.3 79.9)
(descr "Capacitor SMD 0402 (1005 Metric), square (rectangular) end terminal, IPC-7351 nominal with elongated pad for handsoldering. (Body size source: IPC-SM-782 page 76, https://www.pcb-3d.com/wordpress/wp-content/uploads/ipc-sm-782a_amendment_1_and_2.pdf), generated with kicad-footprint-generator")
(tags "capacitor handsolder")
(property "Reference" "C1"
(at 0 -1.15 0)
(layer "F.SilkS")
(uuid "13e82c71-48c1-4966-917c-d931c84b07c2")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
)
)
(property "Value" "100nF 50V"
(at 0 1.16 0)
(layer "F.Fab")
(hide yes)
(uuid "637ef38b-c4b4-472a-a998-d0924ecf387c")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "Datasheet" ""
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "5bf09e21-4ad2-42cb-931d-f69fb608844d")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "Description" "Unpolarized capacitor"
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "79745e7b-88ef-4f77-93c6-128b1abf152d")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "MFPN" "CC0402KRX5R9BB104"
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "697c9880-5c4d-4a52-b488-ce07fcdc4608")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property ki_fp_filters "C_*")
(path "/2781ef5f-986b-41d5-ad5f-d7e47c33a658")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr smd)
(fp_line
(start -0.115835 -0.36)
(end 0.115835 -0.36)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "e847caa6-fdd0-4665-9b7b-891dbccc217d")
)
(fp_line
(start -0.115835 0.36)
(end 0.115835 0.36)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "016396ce-499b-4536-8cb7-a520a8ec6f42")
)
(fp_line
(start -1.09 -0.46)
(end 1.09 -0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "7b5020d8-2a1f-4e7f-89c6-927db63291da")
)
(fp_line
(start -1.09 0.46)
(end -1.09 -0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "5f5ee983-15b4-4575-9f76-47974a8ed409")
)
(fp_line
(start 1.09 -0.46)
(end 1.09 0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "fddac4ad-11d1-439b-8399-a7eadacc90f7")
)
(fp_line
(start 1.09 0.46)
(end -1.09 0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "eb97d3f0-d915-41a8-aad0-2476b8d13167")
)
(fp_line
(start -0.5 -0.25)
(end 0.5 -0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "937346f6-e8a9-4e67-97b8-9cc6b3c3d2b7")
)
(fp_line
(start -0.5 0.25)
(end -0.5 -0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "a58796ed-e71d-4724-9772-649595a69bdd")
)
(fp_line
(start 0.5 -0.25)
(end 0.5 0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "5d4b2378-32d4-445d-9178-67af8a096796")
)
(fp_line
(start 0.5 0.25)
(end -0.5 0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "9192e6f3-05ac-4258-9c41-24f77d2f4bd0")
)
(fp_text user "${REFERENCE}"
(at 0 0 0)
(layer "F.Fab")
(uuid "aa1ccb7e-d33c-408b-a165-c8bb2d2f4b8d")
(effects
(font
(size 0.25 0.25)
(thickness 0.04)
)
)
)
(pad "1" smd roundrect
(at -0.5675 0)
(size 0.735 0.62)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 5 "Net-(J1-IN)")
(pintype "passive")
(uuid "66ebf574-8e98-4ab4-baee-03e2d42eecfa")
)
(pad "2" smd roundrect
(at 0.5675 0)
(size 0.735 0.62)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 1 "Net-(C1-Pad2)")
(pintype "passive")
(uuid "c8c2871e-9d82-416e-8bff-a5995c66624c")
)
(embedded_fonts no)
(model "${KICAD9_3DMODEL_DIR}/Capacitor_SMD.3dshapes/C_0402_1005Metric.wrl"
(offset
(xyz 0 0 0)
)
(scale
(xyz 1 1 1)
)
(rotate
(xyz 0 0 0)
)
)
)
(footprint "cxp_sfp:EQCO125X40C1-I3DW"
(locked yes)
(layer "F.Cu")
(uuid "c162d74c-ad81-477d-8338-a8b96b217c20")
(at 156.6375 80.5)
(descr "EQCO125X40C1-I3DW")
(property "Reference" "U1"
(at 3.579165 0.9 0)
(layer "F.SilkS")
(uuid "ad7f0749-8c1b-4d56-a981-3b6bbf515b4a")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
)
)
(property "Value" "EQCO125X40C1-I/3DW"
(at 0 3.6 0)
(layer "F.Fab")
(hide yes)
(uuid "0b9cc10e-0cf7-4b8f-9ae5-376969f46eaf")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "Datasheet" ""
(at 0 0 0)
(layer "F.Fab")
(hide yes)
(uuid "60418e1c-d459-4486-b13d-f56a4c1c2c02")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "Description" ""
(at 0 0 0)
(layer "F.Fab")
(hide yes)
(uuid "fdd4db6f-e85a-443c-9813-f16a4451801e")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "MFPN" "EQCO125X40C1-I/3DW"
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "06f7d604-e575-4558-a287-0a0bfbda5b8f")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(path "/c8308791-6df6-4c08-b4ae-8cc06476e838")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr smd)
(fp_line
(start -2.15 -1.6375)
(end -2.15 -2.15)
(stroke
(width 0.12)
(type default)
)
(layer "F.SilkS")
(uuid "8ad1e00c-92b7-4943-952f-af3dff0c7a29")
)
(fp_line
(start -2.15 2.15)
(end -2.15 1.625)
(stroke
(width 0.12)
(type default)
)
(layer "F.SilkS")
(uuid "4f837fef-32ce-4981-9b0f-4d55aeb6960a")
)
(fp_line
(start -1.6375 -2.15)
(end -2.15 -2.15)
(stroke
(width 0.12)
(type default)
)
(layer "F.SilkS")
(uuid "87023e35-d349-41b8-93df-66fcf817b2f5")
)
(fp_line
(start -1.625 2.15)
(end -2.15 2.15)
(stroke
(width 0.12)
(type default)
)
(layer "F.SilkS")
(uuid "14b4e85e-6b99-4c5f-8035-0cfd6d999915")
)
(fp_line
(start 1.625 -2.15)
(end 2.15 -2.15)
(stroke
(width 0.12)
(type default)
)
(layer "F.SilkS")
(uuid "0ea5b51c-9baa-43fe-997b-1060bec7dfdd")
)
(fp_line
(start 1.625 2.15)
(end 2.15 2.15)
(stroke
(width 0.12)
(type default)
)
(layer "F.SilkS")
(uuid "1a363eed-f043-430f-862a-0a4c236425fe")
)
(fp_line
(start 2.15 -2.15)
(end 2.15 -1.625)
(stroke
(width 0.12)
(type default)
)
(layer "F.SilkS")
(uuid "788f7874-b2d5-4d1e-a1cb-5565c6e616e1")
)
(fp_line
(start 2.15 2.15)
(end 2.15 1.625)
(stroke
(width 0.12)
(type default)
)
(layer "F.SilkS")
(uuid "f3011f44-9286-428d-9f5a-cf323309920f")
)
(fp_circle
(center -2.9 -1)
(end -2.8 -0.9)
(stroke
(width 0.1)
(type solid)
)
(fill yes)
(layer "F.SilkS")
(uuid "e27c71f6-cb40-4cb3-8e0e-095642577dcf")
)
(fp_line
(start -2.6 -2.6)
(end 2.6 -2.6)
(stroke
(width 0.05)
(type default)
)
(layer "F.CrtYd")
(uuid "d077685d-cc15-43a4-a386-e54f677a26e1")
)
(fp_line
(start -2.6 2.6)
(end -2.6 -2.6)
(stroke
(width 0.05)
(type default)
)
(layer "F.CrtYd")
(uuid "02ee8b5e-b8c4-4bfc-81d5-f69a651b7107")
)
(fp_line
(start 2.6 -2.6)
(end 2.6 2.6)
(stroke
(width 0.05)
(type default)
)
(layer "F.CrtYd")
(uuid "ba0e7fd5-365d-4180-acd8-ca7386ee52f5")
)
(fp_line
(start 2.6 2.6)
(end -2.6 2.6)
(stroke
(width 0.05)
(type default)
)
(layer "F.CrtYd")
(uuid "a06edd11-f477-4f1a-870f-a061f2899bd3")
)
(fp_line
(start -2 -1)
(end -2 2)
(stroke
(width 0.15)
(type default)
)
(layer "F.Fab")
(uuid "e1e356c7-4d17-4580-9f17-2e4c8526d7c5")
)
(fp_line
(start -2 2)
(end 2 2)
(stroke
(width 0.15)
(type default)
)
(layer "F.Fab")
(uuid "8db2d62d-773d-43b2-b6c9-8e3c1c6dedee")
)
(fp_line
(start -1 -2)
(end -2 -1)
(stroke
(width 0.15)
(type default)
)
(layer "F.Fab")
(uuid "42f91d71-a95a-468e-9dfa-45787ef84ac9")
)
(fp_line
(start 2 -2)
(end -1 -2)
(stroke
(width 0.15)
(type default)
)
(layer "F.Fab")
(uuid "14bc9a90-e710-4395-83f3-23997f08a5aa")
)
(fp_line
(start 2 2)
(end 2 -2)
(stroke
(width 0.15)
(type default)
)
(layer "F.Fab")
(uuid "5d6c1213-b58a-458b-a404-40015144830a")
)
(fp_text user "${REFERENCE}"
(at 0 3.8 0)
(layer "F.Fab")
(uuid "13908003-8956-4daa-a55b-a7d1b8a3f653")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(pad "" smd rect
(at -0.716666 -0.716666)
(size 0.716666 0.716666)
(layers "F.Paste")
(thermal_bridge_angle 45)
(uuid "914bf014-f062-415b-9853-448cbc07ac8d")
)
(pad "" smd rect
(at -0.716666 0)
(size 0.716666 0.716666)
(layers "F.Paste")
(thermal_bridge_angle 45)
(uuid "ec684cf2-a6f0-42d6-b12d-edb36d73d360")
)
(pad "" smd rect
(at -0.716666 0.716666)
(size 0.716666 0.716666)
(layers "F.Paste")
(thermal_bridge_angle 45)
(uuid "86942d7c-5089-4bcb-bfc7-4e21e2537dc4")
)
(pad "" smd rect
(at 0 -0.716666)
(size 0.716666 0.716666)
(layers "F.Paste")
(thermal_bridge_angle 45)
(uuid "d5dddfb1-a412-414a-9beb-3061d78426d5")
)
(pad "" smd rect
(at 0 0)
(size 0.716666 0.716666)
(layers "F.Paste")
(thermal_bridge_angle 45)
(uuid "a6ea6cdb-063c-449d-99e6-d55b16caeb63")
)
(pad "" smd rect
(at 0 0.716666)
(size 0.716666 0.716666)
(layers "F.Paste")
(thermal_bridge_angle 45)
(uuid "9c22e5b3-8cc8-44fe-b277-d14fe69dfe28")
)
(pad "" smd rect
(at 0.716666 -0.716666)
(size 0.716666 0.716666)
(layers "F.Paste")
(thermal_bridge_angle 45)
(uuid "54f64be9-5cc2-4922-80da-928a79ef732d")
)
(pad "" smd rect
(at 0.716666 0)
(size 0.716666 0.716666)
(layers "F.Paste")
(thermal_bridge_angle 45)
(uuid "ef2bf9b2-9e4f-4166-9908-e86f5848a8c5")
)
(pad "" smd rect
(at 0.716666 0.716666)
(size 0.716666 0.716666)
(layers "F.Paste")
(thermal_bridge_angle 45)
(uuid "fefca4f6-de81-4032-81ff-838bf7d34282")
)
(pad "1" smd oval
(at -1.8375 -0.975 90)
(size 0.3 0.725)
(layers "F.Cu" "F.Mask" "F.Paste")
(net 32 "unconnected-(U1-NC-Pad1)")
(pinfunction "NC")
(pintype "no_connect")
(thermal_bridge_angle 45)
(uuid "a76ddaba-fc32-4ed5-b4b1-c8a9495ff26b")
)
(pad "2" smd oval
(at -1.8375 -0.325 90)
(size 0.3 0.725)
(layers "F.Cu" "F.Mask" "F.Paste")
(net 38 "/SDI+")
(pinfunction "SDIp")
(pintype "input")
(thermal_bridge_angle 45)
(uuid "fb490808-9010-48c1-8c6f-a76836688377")
)
(pad "3" smd oval
(at -1.8375 0.325 90)
(size 0.3 0.725)
(layers "F.Cu" "F.Mask" "F.Paste")
(net 31 "/SDI-")
(pinfunction "SDIn")
(pintype "input")
(thermal_bridge_angle 45)
(uuid "93b9d6a1-e294-4dce-a311-ab2463465b9c")
)
(pad "4" smd oval
(at -1.8375 0.975 90)
(size 0.3 0.725)
(layers "F.Cu" "F.Mask" "F.Paste")
(net 34 "unconnected-(U1-NC-Pad4)")
(pinfunction "NC")
(pintype "no_connect")
(thermal_bridge_angle 45)
(uuid "c4116da2-29f6-4337-a9c7-cb7642b547f8")
)
(pad "5" smd oval
(at -0.975 1.8375)
(size 0.3 0.725)
(layers "F.Cu" "F.Mask" "F.Paste")
(net 28 "Net-(U1-TXLF)")
(pinfunction "TXLF")
(pintype "input")
(thermal_bridge_angle 45)
(uuid "5afc7cfe-809b-40ea-8a39-f0da57ce0376")
)
(pad "6" smd oval
(at -0.325 1.8375)
(size 0.3 0.725)
(layers "F.Cu" "F.Mask" "F.Paste")
(net 37 "unconnected-(U1-RXLF-Pad6)")
(pinfunction "RXLF")
(pintype "output+no_connect")
(thermal_bridge_angle 45)
(uuid "f27c6e9e-12fd-42e8-9fcb-1b4babe0eca9")
)
(pad "7" smd oval
(at 0.325 1.8375)
(size 0.3 0.725)
(layers "F.Cu" "F.Mask" "F.Paste")
(net 26 "unconnected-(U1-NC-Pad7)")
(pinfunction "NC")
(pintype "no_connect")
(thermal_bridge_angle 45)
(uuid "34c961ba-0c85-4840-bc26-35287262223c")
)
(pad "8" smd oval
(at 0.975 1.8375)
(size 0.3 0.725)
(layers "F.Cu" "F.Mask" "F.Paste")
(net 8 "+1V25")
(pinfunction "TEST0")
(pintype "power_in")
(thermal_bridge_angle 45)
(uuid "37105752-0f96-4997-af5f-effca625c4b8")
)
(pad "9" smd oval
(at 1.8375 0.975 90)
(size 0.3 0.725)
(layers "F.Cu" "F.Mask" "F.Paste")
(net 33 "unconnected-(U1-NC-Pad9)")
(pinfunction "NC")
(pintype "no_connect")
(thermal_bridge_angle 45)
(uuid "af76cb13-27b3-4cd7-afda-42b332c8e7fc")
)
(pad "10" smd oval
(at 1.8375 0.325 90)
(size 0.3 0.725)
(layers "F.Cu" "F.Mask" "F.Paste")
(net 16 "SDO-")
(pinfunction "SDOn")
(pintype "output")
(thermal_bridge_angle 45)
(uuid "5023c164-5314-4820-937f-72cc3e0e4d38")
)
(pad "11" smd oval
(at 1.8375 -0.325 90)
(size 0.3 0.725)
(layers "F.Cu" "F.Mask" "F.Paste")
(net 14 "SDO+")
(pinfunction "SDOp")
(pintype "output")
(thermal_bridge_angle 45)
(uuid "321a9473-2206-4141-b2c7-b662c0775077")
)
(pad "12" smd oval
(at 1.8375 -0.975 90)
(size 0.3 0.725)
(layers "F.Cu" "F.Mask" "F.Paste")
(net 36 "unconnected-(U1-NC-Pad12)")
(pinfunction "NC")
(pintype "no_connect")
(thermal_bridge_angle 45)
(uuid "ebf7ae8f-9ba6-4e9f-a221-7028f0eda826")
)
(pad "13" smd oval
(at 0.975 -1.8375)
(size 0.3 0.725)
(layers "F.Cu" "F.Mask" "F.Paste")
(net 6 "Net-(U1-PLL2)")
(pinfunction "PLL2")
(pintype "input")
(thermal_bridge_angle 45)
(uuid "e6d0112d-a4df-48d5-bd5a-b2f7537238f7")
)
(pad "14" smd oval
(at 0.325 -1.8375)
(size 0.3 0.725)
(layers "F.Cu" "F.Mask" "F.Paste")
(net 3 "Net-(U1-PLL1)")
(pinfunction "PLL1")
(pintype "input")
(thermal_bridge_angle 45)
(uuid "0b1c254d-83db-45a5-baf9-5ce9ad041847")
)
(pad "15" smd oval
(at -0.325 -1.8375)
(size 0.3 0.725)
(layers "F.Cu" "F.Mask" "F.Paste")
(net 8 "+1V25")
(pinfunction "VCC")
(pintype "power_in")
(thermal_bridge_angle 45)
(uuid "d01c1d50-1e25-484d-82be-9b2e21482f16")
)
(pad "16" smd oval
(at -0.975 -1.8375)
(size 0.3 0.725)
(layers "F.Cu" "F.Mask" "F.Paste")
(net 30 "unconnected-(U1-NC-Pad16)")
(pinfunction "NC")
(pintype "no_connect")
(thermal_bridge_angle 45)
(uuid "701d131d-d4d4-4a2d-91ef-572696b39657")
)
(pad "17" thru_hole circle
(at -0.6 -0.6)
(size 0.33 0.33)
(drill 0.25)
(property pad_prop_heatsink)
(layers "*.Cu" "*.Mask")
(remove_unused_layers no)
(net 4 "GND")
(pinfunction "GND")
(pintype "power_in")
(zone_connect 2)
(uuid "093df7a4-2b68-464b-8d8b-dfb6a71e0ce8")
)
(pad "17" thru_hole circle
(at -0.6 0.6)
(size 0.33 0.33)
(drill 0.25)
(property pad_prop_heatsink)
(layers "*.Cu" "*.Mask")
(remove_unused_layers no)
(net 4 "GND")
(pinfunction "GND")
(pintype "power_in")
(zone_connect 2)
(uuid "093df7a4-2b68-464b-8d8b-dfb6a71e0ce8")
)
(pad "17" smd rect
(at 0 0)
(size 2.15 2.15)
(layers "F.Cu" "F.Mask")
(net 4 "GND")
(pinfunction "GND")
(pintype "power_in")
(thermal_bridge_angle 45)
(uuid "093df7a4-2b68-464b-8d8b-dfb6a71e0ce8")
)
(pad "17" thru_hole circle
(at 0.6 -0.6)
(size 0.33 0.33)
(drill 0.25)
(property pad_prop_heatsink)
(layers "*.Cu" "*.Mask")
(remove_unused_layers no)
(net 4 "GND")
(pinfunction "GND")
(pintype "power_in")
(zone_connect 2)
(uuid "093df7a4-2b68-464b-8d8b-dfb6a71e0ce8")
)
(pad "17" thru_hole circle
(at 0.6 0.6)
(size 0.33 0.33)
(drill 0.25)
(property pad_prop_heatsink)
(layers "*.Cu" "*.Mask")
(remove_unused_layers no)
(net 4 "GND")
(pinfunction "GND")
(pintype "power_in")
(zone_connect 2)
(uuid "093df7a4-2b68-464b-8d8b-dfb6a71e0ce8")
)
(embedded_fonts no)
(embedded_files
(file
(name "EQCO125X40C1-I_3DW.stp")
(type model)
(checksum "43C921E59B4C708D9084DD8353E8FA2E")
)
)
(model "kicad-embed://EQCO125X40C1-I_3DW.stp"
(offset
(xyz 0 0 0.7)
)
(scale
(xyz 1 1 1)
)
(rotate
(xyz -0 180 -0)
)
)
)
(footprint "Capacitor_SMD:C_0402_1005Metric_Pad0.74x0.62mm_HandSolder"
(locked yes)
(layer "F.Cu")
(uuid "cb119372-51d9-4ddd-ae10-ff9935886fe6")
(at 154.2325 77.3 180)
(descr "Capacitor SMD 0402 (1005 Metric), square (rectangular) end terminal, IPC-7351 nominal with elongated pad for handsoldering. (Body size source: IPC-SM-782 page 76, https://www.pcb-3d.com/wordpress/wp-content/uploads/ipc-sm-782a_amendment_1_and_2.pdf), generated with kicad-footprint-generator")
(tags "capacitor handsolder")
(property "Reference" "C13"
(at 2.8825 -0.3 0)
(layer "F.SilkS")
(hide yes)
(uuid "6d923fbc-09ab-4946-9786-a13a6e2508a0")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
)
)
(property "Value" "10uF 10V"
(at 0 1.16 0)
(layer "F.Fab")
(hide yes)
(uuid "da518f67-6943-409d-8a8c-9b8b9fde3db2")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "Datasheet" ""
(at 0 0 180)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "dd726534-698f-4878-a254-7c9e253c5c98")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "Description" "Unpolarized capacitor"
(at 0 0 180)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "a754b6b2-a4ee-43b8-acc6-a4ad7b1327cf")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "MFPN" "CL05A106MP5NUNC"
(at 0 0 180)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "146ab88a-ba8f-4c9a-8363-04fb5f18f2dd")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property ki_fp_filters "C_*")
(path "/90fc90e4-21d9-4d44-9790-bc77a7409a04")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr smd)
(fp_line
(start -0.115835 0.36)
(end 0.115835 0.36)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "1cf76a94-b8ca-473e-92b2-d327d065960a")
)
(fp_line
(start -0.115835 -0.36)
(end 0.115835 -0.36)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "b414028d-ebc0-4e12-8440-2a2dec6deef4")
)
(fp_line
(start 1.09 0.46)
(end -1.09 0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "db81c843-3791-4df1-b7b2-078df0e41bbf")
)
(fp_line
(start 1.09 -0.46)
(end 1.09 0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "757c2fa8-b458-4a78-a2d3-6a6c88ebbb3a")
)
(fp_line
(start -1.09 0.46)
(end -1.09 -0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "31a3b3ba-65ea-4563-92c7-ea1a1bbf290e")
)
(fp_line
(start -1.09 -0.46)
(end 1.09 -0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "218a316c-1977-4ec8-a496-69e512a86a5c")
)
(fp_line
(start 0.5 0.25)
(end -0.5 0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "287637c1-30d0-4031-9079-93e8bccccbcf")
)
(fp_line
(start 0.5 -0.25)
(end 0.5 0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "7d41346c-8dbe-4a99-a674-2b41c068ce4a")
)
(fp_line
(start -0.5 0.25)
(end -0.5 -0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "6a5a8a55-d955-4509-91a8-366aded86517")
)
(fp_line
(start -0.5 -0.25)
(end 0.5 -0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "5b3003f6-6404-43a8-8294-da8523549f87")
)
(fp_text user "${REFERENCE}"
(at 0 0 0)
(layer "F.Fab")
(uuid "47ab6943-76ef-437e-b1a0-f84710bbc4ea")
(effects
(font
(size 0.25 0.25)
(thickness 0.04)
)
)
)
(pad "1" smd roundrect
(at -0.5675 0 180)
(size 0.735 0.62)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 8 "+1V25")
(pintype "passive")
(uuid "95807bb6-7679-423d-966a-42d2fb042264")
)
(pad "2" smd roundrect
(at 0.5675 0 180)
(size 0.735 0.62)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 4 "GND")
(pintype "passive")
(uuid "d964c70c-786e-48bd-aac9-c9b49529826a")
)
(embedded_fonts no)
(model "${KICAD9_3DMODEL_DIR}/Capacitor_SMD.3dshapes/C_0402_1005Metric.wrl"
(offset
(xyz 0 0 0)
)
(scale
(xyz 1 1 1)
)
(rotate
(xyz 0 0 0)
)
)
)
(footprint "cxp_sfp:034-1030-12G"
(locked yes)
(layer "F.Cu")
(uuid "daf43191-1218-405d-88d0-85fdfc5217b8")
(at 144 79.9)
(descr "034-1030-1")
(tags "Connector")
(property "Reference" "J1"
(at 4.75 -2.85 0)
(layer "F.SilkS")
(uuid "73354530-a152-42c5-adc5-41bda5cf9e6b")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
)
)
(property "Value" "HD-BNC"
(at -6.367 0 0)
(layer "F.SilkS")
(hide yes)
(uuid "c3712a40-9a5e-428b-b0b3-a48c8893d7e8")
(effects
(font
(size 1.27 1.27)
(thickness 0.254)
)
)
)
(property "Datasheet" ""
(at 0 0 0)
(layer "F.Fab")
(hide yes)
(uuid "c480abfb-ddca-4b88-8b40-34ff2fb26521")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "Description" ""
(at 0 0 0)
(layer "F.Fab")
(hide yes)
(uuid "9ac3e066-0676-48e3-be51-06b6b3e12051")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "MFPN" "034-1030-12G"
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "83db84e6-1199-4acb-8024-ed8b8da961ef")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(path "/4beef497-4f6f-44e4-953b-44a8a1e4a503")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr through_hole)
(fp_line
(start -3.75 -1.2)
(end -3.75 1.2)
(stroke
(width 0.2)
(type solid)
)
(layer "F.SilkS")
(uuid "5f33a900-4b14-4d95-8f22-c7e25f6ad4e8")
)
(fp_line
(start -1.2 -3.75)
(end 1.2 -3.75)
(stroke
(width 0.2)
(type solid)
)
(layer "F.SilkS")
(uuid "a4153445-1682-48ae-bf3b-2e3a59666455")
)
(fp_line
(start -1.2 3.75)
(end 1.2 3.75)
(stroke
(width 0.2)
(type solid)
)
(layer "F.SilkS")
(uuid "0a9e4d0e-bdaa-4f9b-93f7-072f7108da5b")
)
(fp_line
(start 0 4.2)
(end 0 4.2)
(stroke
(width 0.1)
(type solid)
)
(layer "F.SilkS")
(uuid "dfe78323-6c48-4ed0-9889-d71e550ed1bc")
)
(fp_line
(start 0 4.3)
(end 0 4.3)
(stroke
(width 0.1)
(type solid)
)
(layer "F.SilkS")
(uuid "1a59fca5-f47a-429e-bb4d-ef3d929b183e")
)
(fp_line
(start 3.75 -1.2)
(end 3.75 1.2)
(stroke
(width 0.2)
(type solid)
)
(layer "F.SilkS")
(uuid "508046de-70c1-45b3-8967-aea6b89da818")
)
(fp_arc
(start 0 4.2)
(mid 0.05 4.25)
(end 0 4.3)
(stroke
(width 0.1)
(type solid)
)
(layer "F.SilkS")
(uuid "37c0e0ff-b3ba-4d33-a9a4-7e103225b216")
)
(fp_arc
(start 0 4.3)
(mid -0.05 4.25)
(end 0 4.2)
(stroke
(width 0.1)
(type solid)
)
(layer "F.SilkS")
(uuid "7c062a5d-8bfa-488e-bb56-44da4555e24d")
)
(fp_line
(start -17.55 -5)
(end 4.815 -5)
(stroke
(width 0.1)
(type solid)
)
(layer "F.CrtYd")
(uuid "cf330d75-5a92-46e5-9d50-0671148fa56c")
)
(fp_line
(start -17.55 5)
(end -17.55 -5)
(stroke
(width 0.1)
(type solid)
)
(layer "F.CrtYd")
(uuid "ade1c9b5-39b1-44bf-9642-73a7499620b2")
)
(fp_line
(start 4.815 -5)
(end 4.815 5)
(stroke
(width 0.1)
(type solid)
)
(layer "F.CrtYd")
(uuid "0b3fa88c-c3f3-4d4f-b252-8e3d2ea10b25")
)
(fp_line
(start 4.815 5)
(end -17.55 5)
(stroke
(width 0.1)
(type solid)
)
(layer "F.CrtYd")
(uuid "30e99d5e-7235-4670-8c66-f5ed6663ebe1")
)
(fp_line
(start -16.55 -2.54)
(end -16.55 2.54)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "e6cd030a-325e-4d6a-b78b-a7178af68b03")
)
(fp_line
(start -16.55 2.54)
(end -4.55 2.54)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "235b8814-b309-4358-ac85-8c0c379018d6")
)
(fp_line
(start -10.05 -3)
(end -10.05 3)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "15733515-7aec-4f16-8101-e280f8530940")
)
(fp_line
(start -10.05 -2.54)
(end -9.55 2.54)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "7f8985fa-995c-457e-b660-ca35d94f9888")
)
(fp_line
(start -10.05 3)
(end -9.55 3)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "41eb92a0-1e35-42c8-b88a-c2cd3f5bc2a2")
)
(fp_line
(start -9.55 -4)
(end -9.55 -3)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "b09cd2d0-3bdd-43ac-8cd1-19756eac81df")
)
(fp_line
(start -9.55 -3)
(end -10.05 -3)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "f283f334-9fd7-4e20-b345-b694317a15b8")
)
(fp_line
(start -9.55 2.54)
(end -9.05 -2.54)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "4cf4be64-2a0e-42a9-a303-fde5b764676d")
)
(fp_line
(start -9.55 3)
(end -9.55 4)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "a6d3e179-f528-47ea-b19f-9fedf76807ff")
)
(fp_line
(start -9.55 4)
(end -8.55 4)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "0cbb7740-68dc-49bb-bb03-f2298fbef961")
)
(fp_line
(start -9.05 -2.54)
(end -8.55 2.54)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "dde583e4-3dc8-483d-8ea3-64372d99e445")
)
(fp_line
(start -8.55 -4)
(end -9.55 -4)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "5343b5e3-4a81-4d51-a946-4d7b036704c0")
)
(fp_line
(start -8.55 0)
(end -8.55 -4)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "228fbb23-55f6-4d38-85b3-e3e3dea7a971")
)
(fp_line
(start -8.55 2.54)
(end -8.05 -2.54)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "e14b31d6-721b-44f5-a4ae-9b1c9f88e9ac")
)
(fp_line
(start -8.55 4)
(end -8.55 0)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "ef277381-576d-4808-82da-577a357d52dd")
)
(fp_line
(start -8.05 -2.54)
(end -7.55 2.54)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "d5c68f12-b36d-4a54-9962-af8090055417")
)
(fp_line
(start -7.55 2.54)
(end -7.05 -2.54)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "4584d1ce-640f-4617-9975-8d074aef1511")
)
(fp_line
(start -7.05 -2.54)
(end -6.55 2.54)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "cd82cff7-ca5a-4a85-8ff4-33aeba3e2f45")
)
(fp_line
(start -6.55 2.54)
(end -6.05 -2.54)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "41831eb4-6b8b-4abd-9a57-aab960167543")
)
(fp_line
(start -6.05 -2.54)
(end -5.55 2.54)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "6ed05503-c68b-4ae6-ac4c-e83967ce0782")
)
(fp_line
(start -5.55 2.54)
(end -5.05 -2.54)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "7a1e62a4-5d93-4273-aa0e-77fb218ca8f3")
)
(fp_line
(start -5.05 -2.54)
(end -4.55 2.54)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "88e115ac-fda7-4c49-ad20-db79c8ed79a8")
)
(fp_line
(start -4.55 -3.5)
(end -4.55 3.5)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "a5d0cbbb-26d7-4c70-864d-3825cf34f72a")
)
(fp_line
(start -4.55 -2.54)
(end -16.55 -2.54)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "a0001a69-6c6b-4c70-852d-6ed51844e91b")
)
(fp_line
(start -4.55 3.5)
(end -3.75 3.5)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "00802ff7-c2da-49cf-b29b-23f38bdf2c89")
)
(fp_line
(start -3.75 -3.75)
(end 3.75 -3.75)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "a631dd6d-fde4-46a1-b131-0677bc8a2616")
)
(fp_line
(start -3.75 -3.5)
(end -4.55 -3.5)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "096a2435-cbfc-43b0-806e-bd535d74195b")
)
(fp_line
(start -3.75 3.75)
(end -3.75 -3.75)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "b991220a-05dd-42cb-bb30-266043ff54b7")
)
(fp_line
(start 3.75 -3.75)
(end 3.75 3.75)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "5337ac26-95b9-4a37-a96b-518298065cc6")
)
(fp_line
(start 3.75 3.75)
(end -3.75 3.75)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "ef8f2e80-1644-4bda-b20d-69e64fa5f078")
)
(fp_text user "${REFERENCE}"
(locked yes)
(at -0.1 2.29 0)
(layer "F.Fab")
(uuid "64b67908-a046-4fba-aa49-6ffeb465a355")
(effects
(font
(size 1.27 1.27)
(thickness 0.254)
)
)
)
(pad "1" thru_hole rect
(at 0 0)
(size 1.303 1.303)
(drill 0.76)
(layers "*.Cu" "*.Mask")
(remove_unused_layers no)
(net 5 "Net-(J1-IN)")
(pinfunction "IN")
(pintype "bidirectional")
(uuid "8011d794-0e6c-48e6-a483-bf78d5852244")
)
(pad "2" thru_hole circle
(at -2.54 -2.54)
(size 2.55 2.55)
(drill 1.7)
(layers "*.Cu" "*.Mask")
(remove_unused_layers no)
(net 4 "GND")
(pinfunction "EXT")
(pintype "passive")
(uuid "d8a13c5b-9335-4cab-8a1c-70b97d4e44bd")
)
(pad "2" thru_hole circle
(at -2.54 2.54)
(size 2.55 2.55)
(drill 1.7)
(layers "*.Cu" "*.Mask")
(remove_unused_layers no)
(net 4 "GND")
(pinfunction "EXT")
(pintype "passive")
(uuid "d8a13c5b-9335-4cab-8a1c-70b97d4e44bd")
)
(pad "2" thru_hole circle
(at 2.54 -2.54)
(size 2.55 2.55)
(drill 1.7)
(layers "*.Cu" "*.Mask")
(remove_unused_layers no)
(net 4 "GND")
(pinfunction "EXT")
(pintype "passive")
(uuid "d8a13c5b-9335-4cab-8a1c-70b97d4e44bd")
)
(pad "2" thru_hole circle
(at 2.54 2.54)
(size 2.55 2.55)
(drill 1.7)
(layers "*.Cu" "*.Mask")
(remove_unused_layers no)
(net 4 "GND")
(pinfunction "EXT")
(pintype "passive")
(uuid "d8a13c5b-9335-4cab-8a1c-70b97d4e44bd")
)
(embedded_fonts no)
(embedded_files
(file
(name "34-1030-12G.stp")
(type model)
(checksum "05C2E2701248292A64126E8D7871B663")
)
)
(model "034-1030.stp"
(offset
(xyz -16.52000021 0 4.269999917)
)
(scale
(xyz 1 1 1)
)
(rotate
(xyz 90 0 0)
)
)
(model "kicad-embed://34-1030-12G.stp"
(offset
(xyz -16.5 0 4)
)
(scale
(xyz 1 1 1)
)
(rotate
(xyz 90 -0 -0)
)
)
)
(footprint "Resistor_SMD:R_0402_1005Metric_Pad0.72x0.64mm_HandSolder"
(locked yes)
(layer "F.Cu")
(uuid "dd7232b4-9b19-4e00-bfee-537bbb476057")
(at 155.4025 83.8)
(descr "Resistor SMD 0402 (1005 Metric), square (rectangular) end terminal, IPC-7351 nominal with elongated pad for handsoldering. (Body size source: IPC-SM-782 page 72, https://www.pcb-3d.com/wordpress/wp-content/uploads/ipc-sm-782a_amendment_1_and_2.pdf), generated with kicad-footprint-generator")
(tags "resistor handsolder")
(property "Reference" "R11"
(at -0.1 1.2 0)
(layer "F.SilkS")
(uuid "f1fc2762-73ac-44b5-b6ad-df0f3812660d")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
)
)
(property "Value" "6.2kR"
(at 0 1.17 0)
(layer "F.Fab")
(hide yes)
(uuid "7e598449-c20c-4666-8857-1a2965a9f607")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "Datasheet" ""
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "d5ad0735-aaef-4fd3-b1d8-c95a1f32e23e")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "Description" "Resistor"
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "59850d3e-3d54-46e8-be7c-58f77cd368be")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "MFPN" "RC0402FR-076K2L"
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "7b14b3d6-975f-45e8-89e1-da74496ee993")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property ki_fp_filters "R_*")
(path "/9bb364c1-59f7-4323-bbeb-a5a468822cc4")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr smd)
(fp_line
(start -0.167621 -0.38)
(end 0.167621 -0.38)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "68fc37e9-d565-481f-97ff-60bd8a18c955")
)
(fp_line
(start -0.167621 0.38)
(end 0.167621 0.38)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "88458c95-bce0-42da-a4b9-73b217870f16")
)
(fp_line
(start -1.11 -0.47)
(end 1.11 -0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "4340211d-e95a-4a20-833e-1a4abc7fc335")
)
(fp_line
(start -1.11 0.47)
(end -1.11 -0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "d386a978-44ed-484e-b5e4-0feb27ff7056")
)
(fp_line
(start 1.11 -0.47)
(end 1.11 0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "7cb310d0-3cbb-4b20-a641-f536512588f3")
)
(fp_line
(start 1.11 0.47)
(end -1.11 0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "326d3b2a-9a61-4263-9983-a3c1718274cc")
)
(fp_line
(start -0.525 -0.27)
(end 0.525 -0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "46dc4cd1-a895-4ac8-9b76-c0b676db69bd")
)
(fp_line
(start -0.525 0.27)
(end -0.525 -0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "9b5db7cd-3195-405b-9bd8-7b9e8a61b4bc")
)
(fp_line
(start 0.525 -0.27)
(end 0.525 0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "4d931106-6ff1-4da5-9972-5da0c1a89e07")
)
(fp_line
(start 0.525 0.27)
(end -0.525 0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "2dc639d4-ea71-474e-a480-0f553535fc70")
)
(fp_text user "${REFERENCE}"
(at 0 0 0)
(layer "F.Fab")
(uuid "ef4c5c95-04ff-4a15-99e4-d2ee11302b95")
(effects
(font
(size 0.26 0.26)
(thickness 0.04)
)
)
)
(pad "1" smd roundrect
(at -0.5975 0)
(size 0.715 0.64)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 28 "Net-(U1-TXLF)")
(pintype "passive")
(uuid "a097d32f-962c-469e-8a55-fec32b767f8b")
)
(pad "2" smd roundrect
(at 0.5975 0)
(size 0.715 0.64)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 29 "TX")
(pintype "passive")
(uuid "bcffe872-2df5-4c77-8da9-21f13cbb3b60")
)
(embedded_fonts no)
(model "${KICAD9_3DMODEL_DIR}/Resistor_SMD.3dshapes/R_0402_1005Metric.wrl"
(offset
(xyz 0 0 0)
)
(scale
(xyz 1 1 1)
)
(rotate
(xyz 0 0 0)
)
)
)
(footprint "Capacitor_SMD:C_0402_1005Metric_Pad0.74x0.62mm_HandSolder"
(locked yes)
(layer "F.Cu")
(uuid "e3c3142a-b3b7-4bd0-9c97-d35e785c9360")
(at 184.6 76.8)
(descr "Capacitor SMD 0402 (1005 Metric), square (rectangular) end terminal, IPC-7351 nominal with elongated pad for handsoldering. (Body size source: IPC-SM-782 page 76, https://www.pcb-3d.com/wordpress/wp-content/uploads/ipc-sm-782a_amendment_1_and_2.pdf), generated with kicad-footprint-generator")
(tags "capacitor handsolder")
(property "Reference" "C9"
(at 0 -1 0)
(layer "F.SilkS")
(uuid "f343caca-ca85-4583-af9a-4b92404fe3b2")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
)
)
(property "Value" "100nF 50V"
(at 0 1.16 0)
(layer "F.Fab")
(hide yes)
(uuid "60aad942-ed93-48c3-a21a-c3ab6abb4c5a")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "Datasheet" ""
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "ff438df2-654e-441c-982e-8f1cff70671c")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "Description" "Unpolarized capacitor"
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "13ebf79e-9e81-4885-b594-e7a1c4af4f76")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "MFPN" "CC0402KRX5R9BB104"
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "35e02bbc-3232-4bf1-9eec-3b121fcd8899")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property ki_fp_filters "C_*")
(path "/c502ae02-1609-408e-a7f2-549256842145")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr smd)
(fp_line
(start -0.115835 -0.36)
(end 0.115835 -0.36)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "3720702b-95a7-419d-8b6e-4241e25776d9")
)
(fp_line
(start -0.115835 0.36)
(end 0.115835 0.36)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "90c23fc9-24b7-4b71-bfd0-5f4dde31161c")
)
(fp_line
(start -1.09 -0.46)
(end 1.09 -0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "65346c81-874d-4705-84c7-8dc0f9605eae")
)
(fp_line
(start -1.09 0.46)
(end -1.09 -0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "e749c5f6-651a-4564-a524-2933810772e7")
)
(fp_line
(start 1.09 -0.46)
(end 1.09 0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "f5ea0dc4-c47e-4420-93af-fba877a04e3c")
)
(fp_line
(start 1.09 0.46)
(end -1.09 0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "6ba0b3a5-4cec-423b-8cc8-25e52a42d21b")
)
(fp_line
(start -0.5 -0.25)
(end 0.5 -0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "bda26021-1a02-4739-8632-851dd4cec134")
)
(fp_line
(start -0.5 0.25)
(end -0.5 -0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "52ee605a-62e6-4b53-8d9a-0eac45b5351c")
)
(fp_line
(start 0.5 -0.25)
(end 0.5 0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "179db4d6-546d-4d90-84ec-d145fc44c1c8")
)
(fp_line
(start 0.5 0.25)
(end -0.5 0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "93961045-f9e1-4a34-8492-aba929f5a44a")
)
(fp_text user "${REFERENCE}"
(at 0 0 0)
(layer "F.Fab")
(uuid "0ebfba1c-43c6-4de0-ab26-2a5671e23da5")
(effects
(font
(size 0.25 0.25)
(thickness 0.04)
)
)
)
(pad "1" smd roundrect
(at -0.5675 0)
(size 0.735 0.62)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 13 "/D-")
(pintype "passive")
(uuid "40d8f193-9494-4d8b-8ffb-201f8b7d7ae4")
)
(pad "2" smd roundrect
(at 0.5675 0)
(size 0.735 0.62)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 12 "/TD-")
(pintype "passive")
(uuid "0a47c1ae-5f8d-4903-844b-4b25cbd45602")
)
(embedded_fonts no)
(model "${KICAD9_3DMODEL_DIR}/Capacitor_SMD.3dshapes/C_0402_1005Metric.wrl"
(offset
(xyz 0 0 0)
)
(scale
(xyz 1 1 1)
)
(rotate
(xyz 0 0 0)
)
)
)
(footprint "TestPoint:TestPoint_Pad_1.0x1.0mm"
(locked yes)
(layer "F.Cu")
(uuid "e65ca630-7f27-49c6-83b9-d16bf0e5e8ef")
(at 152.15 75.2 180)
(descr "SMD rectangular pad as test Point, square 1.0mm side length")
(tags "test point SMD pad rectangle square")
(property "Reference" "TP3"
(at 0 -1.448 0)
(layer "F.SilkS")
(hide yes)
(uuid "d13496d9-ed7a-4ab9-9f21-9d8bb4527af7")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "Value" "GND"
(at 0 1.55 0)
(layer "F.Fab")
(hide yes)
(uuid "26c34bec-4d0f-4463-b50e-cfd80774b4dd")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "Datasheet" ""
(at 0 0 180)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "86e95f93-c280-4cc5-8000-5a758d831d93")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "Description" "test point"
(at 0 0 180)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "6c4ea8fc-1a81-4a5a-a78e-f7fe203767fa")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property ki_fp_filters "Pin* Test*")
(path "/b841cf1e-a7b2-498c-bdab-835c8a0e18f4")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr exclude_from_pos_files exclude_from_bom)
(fp_line
(start 0.7 0.7)
(end -0.7 0.7)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "f88f7b3d-92be-43d9-8b48-5c2094f4be61")
)
(fp_line
(start 0.7 -0.7)
(end 0.7 0.7)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "741a486d-41c5-4a4e-b305-30223d5e852a")
)
(fp_line
(start -0.7 0.7)
(end -0.7 -0.7)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "a08e89b0-fa99-4eb3-9f01-a5a363fce326")
)
(fp_line
(start -0.7 -0.7)
(end 0.7 -0.7)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "0bb61dd0-3e71-41a9-92a3-80adf8b96fa8")
)
(fp_line
(start 1 1)
(end 1 -1)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "dadc23c1-5995-4c67-8ca9-aa65f4b6225d")
)
(fp_line
(start 1 1)
(end -1 1)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "b8060101-84fd-42b3-85d9-7266e66be6dc")
)
(fp_line
(start -1 -1)
(end 1 -1)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "2dbe8829-b9a7-4903-9910-a17d7983295c")
)
(fp_line
(start -1 -1)
(end -1 1)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "dbb4debe-3e6c-4341-a6e5-d2c9c052652f")
)
(pad "1" smd rect
(at 0 0 180)
(size 1 1)
(layers "F.Cu" "F.Mask")
(net 4 "GND")
(pinfunction "1")
(pintype "passive")
(uuid "526e6d69-3398-4262-8e52-9f7c4c186b09")
)
(embedded_fonts no)
)
(footprint "TestPoint:TestPoint_Pad_1.0x1.0mm"
(locked yes)
(layer "F.Cu")
(uuid "e74c826a-7833-436b-93b1-68eba81021d7")
(at 156.4 75.2 180)
(descr "SMD rectangular pad as test Point, square 1.0mm side length")
(tags "test point SMD pad rectangle square")
(property "Reference" "TP2"
(at 0 -1.448 0)
(layer "F.SilkS")
(hide yes)
(uuid "8e4b97c4-1586-4690-8497-701f51c7a8c7")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "Value" "3V3 TestPoint"
(at 0 1.55 0)
(layer "F.Fab")
(hide yes)
(uuid "4e8a5667-db65-4400-b507-cdc34cb73b66")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "Datasheet" ""
(at 0 0 180)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "6d319391-a4da-4c4d-b9fe-53b17dec5253")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "Description" "test point"
(at 0 0 180)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "3abf072b-f525-4b36-b68f-906305701013")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property ki_fp_filters "Pin* Test*")
(path "/808b4202-c231-4c36-9501-ffe7ab895422")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr exclude_from_pos_files exclude_from_bom)
(fp_line
(start 0.7 0.7)
(end -0.7 0.7)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "5021b2ed-d80f-4614-9341-fe583a0089e9")
)
(fp_line
(start 0.7 -0.7)
(end 0.7 0.7)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "95535c87-ecc1-431b-87f5-66d82d41eb5e")
)
(fp_line
(start -0.7 0.7)
(end -0.7 -0.7)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "0d876a1d-9611-4ac3-8e15-c83661fd98d3")
)
(fp_line
(start -0.7 -0.7)
(end 0.7 -0.7)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "75766f32-9be0-41d7-8d6e-50ca99340255")
)
(fp_line
(start 1 1)
(end 1 -1)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "f4986b76-12ec-45b5-b5ad-2334a7b9c2b1")
)
(fp_line
(start 1 1)
(end -1 1)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "58844a5d-b10f-489b-a772-c20a712db080")
)
(fp_line
(start -1 -1)
(end 1 -1)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "558b3806-c15e-4958-887f-09c9591e9054")
)
(fp_line
(start -1 -1)
(end -1 1)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "5d1fe971-58cb-4895-b76a-343ac4b3351d")
)
(pad "1" smd rect
(at 0 0 180)
(size 1 1)
(layers "F.Cu" "F.Mask")
(net 8 "+1V25")
(pinfunction "1")
(pintype "passive")
(uuid "6b03db2c-105c-4d35-9256-20ae3c412121")
)
(embedded_fonts no)
)
(footprint "Capacitor_SMD:C_0402_1005Metric_Pad0.74x0.62mm_HandSolder"
(locked yes)
(layer "F.Cu")
(uuid "eec435a7-f8bc-4c7b-b7c8-847c8c8ec03d")
(at 184.6 78)
(descr "Capacitor SMD 0402 (1005 Metric), square (rectangular) end terminal, IPC-7351 nominal with elongated pad for handsoldering. (Body size source: IPC-SM-782 page 76, https://www.pcb-3d.com/wordpress/wp-content/uploads/ipc-sm-782a_amendment_1_and_2.pdf), generated with kicad-footprint-generator")
(tags "capacitor handsolder")
(property "Reference" "C8"
(at 0 1.1 0)
(layer "F.SilkS")
(uuid "a95d93da-641e-4bfe-81f5-24a1aa0f537c")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
)
)
(property "Value" "100nF 50V"
(at 0 1.16 0)
(layer "F.Fab")
(hide yes)
(uuid "6cad165e-51c1-477b-9b68-bad363ddc2ba")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "Datasheet" ""
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "463659f6-be03-4c3e-80c0-fde1e854f88c")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "Description" "Unpolarized capacitor"
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "edf328bc-12bd-4631-9282-4767d072dfe0")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "MFPN" "CC0402KRX5R9BB104"
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "fc9d024d-5e67-4295-8c7a-1b13cf97165b")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property ki_fp_filters "C_*")
(path "/852f36f6-df9e-4b51-bde1-dee6481931d8")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr smd)
(fp_line
(start -0.115835 -0.36)
(end 0.115835 -0.36)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "c8fd319d-aa60-4ab6-861c-1c91b26d0b86")
)
(fp_line
(start -0.115835 0.36)
(end 0.115835 0.36)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "8a99b66d-bace-45ac-8677-e8a99df0dd17")
)
(fp_line
(start -1.09 -0.46)
(end 1.09 -0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "51a5c223-bb56-4f95-bb4b-6e43896d3435")
)
(fp_line
(start -1.09 0.46)
(end -1.09 -0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "745c7d91-de9c-4925-bbfb-6918e9038e02")
)
(fp_line
(start 1.09 -0.46)
(end 1.09 0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "adc8bffd-460d-434f-9ccf-a99695df61e2")
)
(fp_line
(start 1.09 0.46)
(end -1.09 0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "2acc1e71-549d-4868-8494-31e8986757ad")
)
(fp_line
(start -0.5 -0.25)
(end 0.5 -0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "bb703086-2330-405e-b5f3-1db8ea59776f")
)
(fp_line
(start -0.5 0.25)
(end -0.5 -0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "2e2d99f3-7d2e-4d52-a64f-8d3c1a1e6661")
)
(fp_line
(start 0.5 -0.25)
(end 0.5 0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "a732ecea-c666-4773-92e6-be4772675364")
)
(fp_line
(start 0.5 0.25)
(end -0.5 0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "ecd30bc0-5746-42df-bd55-84166b2da5e4")
)
(fp_text user "${REFERENCE}"
(at 0 0 0)
(layer "F.Fab")
(uuid "a56373d4-0607-4abf-a7dc-64eac9f64517")
(effects
(font
(size 0.25 0.25)
(thickness 0.04)
)
)
)
(pad "1" smd roundrect
(at -0.5675 0)
(size 0.735 0.62)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 11 "/D+")
(pintype "passive")
(uuid "e1bfe62d-8d30-40ab-8642-c0b7b345ba0d")
)
(pad "2" smd roundrect
(at 0.5675 0)
(size 0.735 0.62)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 9 "/TD+")
(pintype "passive")
(uuid "75a12bab-f345-4def-a038-f40a4036f66d")
)
(embedded_fonts no)
(model "${KICAD9_3DMODEL_DIR}/Capacitor_SMD.3dshapes/C_0402_1005Metric.wrl"
(offset
(xyz 0 0 0)
)
(scale
(xyz 1 1 1)
)
(rotate
(xyz 0 0 0)
)
)
)
(footprint "Resistor_SMD:R_0402_1005Metric_Pad0.72x0.64mm_HandSolder"
(locked yes)
(layer "F.Cu")
(uuid "f1846dbd-e6df-44c5-8adf-e485d0b7533d")
(at 152.6025 81.1)
(descr "Resistor SMD 0402 (1005 Metric), square (rectangular) end terminal, IPC-7351 nominal with elongated pad for handsoldering. (Body size source: IPC-SM-782 page 72, https://www.pcb-3d.com/wordpress/wp-content/uploads/ipc-sm-782a_amendment_1_and_2.pdf), generated with kicad-footprint-generator")
(tags "resistor handsolder")
(property "Reference" "R2"
(at -0.0025 2.2 0)
(layer "F.SilkS")
(uuid "ae5943b1-25d1-4bc0-9c4e-eb7a3ed4115a")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
)
)
(property "Value" "82R"
(at 0 1.17 0)
(layer "F.Fab")
(hide yes)
(uuid "bdb85e1d-8d05-4984-aa3d-5cc3938c8824")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "Datasheet" ""
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "91f5d315-cbf5-4772-99fe-376ce597db79")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "Description" "Resistor"
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "c7885e96-72a6-4406-9d1a-633a5d21c425")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
)
)
(property "MFPN" "RC0402FR-1382RL"
(at 0 0 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "278e2583-d0f4-46ad-b296-f0491ee7d9c7")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property ki_fp_filters "R_*")
(path "/43e3e98e-ea70-439d-8958-5401aa48ed9e")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr smd)
(fp_line
(start -0.167621 -0.38)
(end 0.167621 -0.38)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "3212e95f-4e20-4eb9-91cd-62c0684b3ac8")
)
(fp_line
(start -0.167621 0.38)
(end 0.167621 0.38)
(stroke
(width 0.12)
(type solid)
)
(layer "F.SilkS")
(uuid "6b9de68c-7d53-495f-8f54-174529ed5cce")
)
(fp_line
(start -1.11 -0.47)
(end 1.11 -0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "ccfc13a3-66a8-4842-8e1c-aac7340bd390")
)
(fp_line
(start -1.11 0.47)
(end -1.11 -0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "1bab2ea7-85cb-4560-939c-1e802a665047")
)
(fp_line
(start 1.11 -0.47)
(end 1.11 0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "74feba36-085f-4664-bea8-92604119a814")
)
(fp_line
(start 1.11 0.47)
(end -1.11 0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "F.CrtYd")
(uuid "d7dd2be1-fad7-4742-b264-b268ef74508f")
)
(fp_line
(start -0.525 -0.27)
(end 0.525 -0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "e065c16a-49e8-49e7-a11e-84c49e113545")
)
(fp_line
(start -0.525 0.27)
(end -0.525 -0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "c060d715-2557-4a12-925a-417184553fbe")
)
(fp_line
(start 0.525 -0.27)
(end 0.525 0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "06742219-f01d-40cb-b638-2acd9852372e")
)
(fp_line
(start 0.525 0.27)
(end -0.525 0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "F.Fab")
(uuid "6eea467b-42f3-43bb-93cd-84aa3a320b20")
)
(fp_text user "${REFERENCE}"
(at 0 0 0)
(layer "F.Fab")
(uuid "2eaa97f8-0356-4ca4-80b0-20426b2981cf")
(effects
(font
(size 0.26 0.26)
(thickness 0.04)
)
)
)
(pad "1" smd roundrect
(at -0.5975 0)
(size 0.715 0.64)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 2 "Net-(C2-Pad2)")
(pintype "passive")
(uuid "f991d718-8b79-4c0d-8c30-f69692c49fe1")
)
(pad "2" smd roundrect
(at 0.5975 0)
(size 0.715 0.64)
(layers "F.Cu" "F.Mask" "F.Paste")
(roundrect_rratio 0.25)
(net 31 "/SDI-")
(pintype "passive")
(uuid "5ed61e7a-96ec-415e-8159-18f6c2c841cc")
)
(embedded_fonts no)
(model "${KICAD9_3DMODEL_DIR}/Resistor_SMD.3dshapes/R_0402_1005Metric.wrl"
(offset
(xyz 0 0 0)
)
(scale
(xyz 1 1 1)
)
(rotate
(xyz 0 0 0)
)
)
)
(footprint "cxp_sfp:SFP-Edge"
(locked yes)
(layer "F.Cu")
(uuid "fa6a5a8e-df5a-4e05-9428-f5165d4ae7c7")
(at 193.75 80)
(property "Reference" "J2"
(at -6.65 -0.04 0)
(unlocked yes)
(layer "F.SilkS")
(hide yes)
(uuid "ebaa4f30-4917-4b63-9a6a-43e6d22bc928")
(effects
(font
(size 1 1)
(thickness 0.1)
)
)
)
(property "Value" "SFP"
(at -2.3 -2.8 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "757121f4-791a-4bb3-bb24-6ab3e1c3f543")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "Datasheet" ""
(at 3.6 -5 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "291758e4-2a7c-4a27-bbb9-e318fdf5a092")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(property "Description" ""
(at 3.6 -5 0)
(unlocked yes)
(layer "F.Fab")
(hide yes)
(uuid "a82b8d3a-a1b5-4a7a-a07a-1700dc7342ee")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(path "/ded225ab-ebd3-4ebe-8370-82ea6bed9574")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr exclude_from_pos_files exclude_from_bom)
(fp_line
(start -7.65 -4.6)
(end 0 -4.6)
(stroke
(width 0.05)
(type solid)
)
(layer "Edge.Cuts")
(uuid "e9278da6-0355-4c53-a281-db313df49ad2")
)
(fp_line
(start -7.65 4.6)
(end 0 4.6)
(stroke
(width 0.05)
(type solid)
)
(layer "Edge.Cuts")
(uuid "5e32ce66-8c3c-46ad-a99a-33d803c3b9a4")
)
(fp_line
(start 0 -4.6)
(end 0 4.6)
(stroke
(width 0.05)
(type solid)
)
(layer "Edge.Cuts")
(uuid "19ab5a59-524c-4703-94a8-d3a4db2b0ebc")
)
(fp_rect
(start -7.65 -5.1)
(end 0 5.1)
(stroke
(width 0.1)
(type solid)
)
(fill no)
(layer "B.CrtYd")
(uuid "fb135501-b5f6-418a-8374-c2b5c9af56d5")
)
(fp_rect
(start -7.65 -5.1)
(end 0 5.1)
(stroke
(width 0.1)
(type solid)
)
(fill no)
(layer "F.CrtYd")
(uuid "e4c51084-792e-4a09-9fe7-0b2db55a9088")
)
(fp_text user "20"
(at -4.5 -3.8 0)
(unlocked yes)
(layer "F.SilkS")
(uuid "27b5fb01-0904-4f95-878f-e857172940a8")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
(justify right)
)
)
(fp_text user "11"
(at -4.5 3.4 0)
(unlocked yes)
(layer "F.SilkS")
(uuid "370762b0-c252-453d-8e43-b6ede02bb7f5")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
(justify right)
)
)
(fp_text user "10"
(at -4.5 3.8 180)
(layer "B.SilkS")
(uuid "3f69017d-ca89-407d-a989-f7ff5b8b259a")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
(justify left mirror)
)
)
(fp_text user "1"
(at -4.5 -3.4 180)
(layer "B.SilkS")
(uuid "7eb5aade-4ff0-4a88-9853-cb211cf7bd58")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
(justify left mirror)
)
)
(fp_text user "${REFERENCE}"
(at -3.65 6 0)
(unlocked yes)
(layer "F.Fab")
(uuid "dc859a75-eafa-47e2-8018-44a33443edfd")
(effects
(font
(size 1 1)
(thickness 0.15)
)
)
)
(pad "1" connect roundrect
(at -2 -3.4)
(size 3 0.6)
(layers "B.Cu" "B.Mask")
(roundrect_rratio 0.15)
(net 4 "GND")
(pinfunction "VeeT")
(pintype "passive")
(thermal_bridge_angle 45)
(uuid "df27c795-1b68-4f2d-9ee5-fdf7458f4c4f")
)
(pad "2" connect roundrect
(at -2.4 -2.6)
(size 2.2 0.6)
(layers "B.Cu" "B.Mask")
(roundrect_rratio 0.15)
(net 20 "Net-(J2-TX_FAULT)")
(pinfunction "TX_FAULT")
(pintype "input")
(thermal_bridge_angle 45)
(uuid "49edebee-8898-4a42-a180-b04d9206ed6e")
)
(pad "3" connect roundrect
(at -2.4 -1.8)
(size 2.2 0.6)
(layers "B.Cu" "B.Mask")
(roundrect_rratio 0.15)
(net 21 "Net-(J2-TX_DISABLE)")
(pinfunction "TX_DISABLE")
(pintype "output")
(thermal_bridge_angle 45)
(uuid "908f7e1c-77e4-4167-a42c-437b9cdb6ce3")
)
(pad "4" connect roundrect
(at -2.4 -1)
(size 2.2 0.6)
(layers "B.Cu" "B.Mask")
(roundrect_rratio 0.15)
(net 22 "SDA")
(pinfunction "MOD_DEF2")
(pintype "bidirectional")
(thermal_bridge_angle 45)
(uuid "c99ad566-e592-4ab3-b73e-d0e790170db7")
)
(pad "5" connect roundrect
(at -2.4 -0.2)
(size 2.2 0.6)
(layers "B.Cu" "B.Mask")
(roundrect_rratio 0.15)
(net 23 "SCL")
(pinfunction "MOD_DEF1")
(pintype "output")
(thermal_bridge_angle 45)
(uuid "ee123bd8-3629-40d0-bdca-384b04a05c2f")
)
(pad "6" connect roundrect
(at -2.4 0.6)
(size 2.2 0.6)
(layers "B.Cu" "B.Mask")
(roundrect_rratio 0.15)
(net 18 "Net-(J2-MOD_DEF0)")
(pinfunction "MOD_DEF0")
(pintype "passive")
(thermal_bridge_angle 45)
(uuid "14f1a222-e2a1-429d-8bc5-3cf1bf05d051")
)
(pad "7" connect roundrect
(at -2.4 1.4)
(size 2.2 0.6)
(layers "B.Cu" "B.Mask")
(roundrect_rratio 0.15)
(net 10 "unconnected-(J2-RATE_SELECT-Pad7)")
(pinfunction "RATE_SELECT")
(pintype "passive+no_connect")
(thermal_bridge_angle 45)
(uuid "34fb64eb-7338-48ff-a1c4-aa586c9a8f14")
)
(pad "8" connect roundrect
(at -2.4 2.2)
(size 2.2 0.6)
(layers "B.Cu" "B.Mask")
(roundrect_rratio 0.15)
(net 19 "Net-(J2-LOS)")
(pinfunction "LOS")
(pintype "input")
(thermal_bridge_angle 45)
(uuid "1dad6f3c-6e14-4c3c-9948-31b4989327bd")
)
(pad "9" connect roundrect
(at -2 3)
(size 3 0.6)
(layers "B.Cu" "B.Mask")
(roundrect_rratio 0.15)
(net 4 "GND")
(pinfunction "VeeR")
(pintype "power_out")
(thermal_bridge_angle 45)
(uuid "02eeaee5-bb4d-4ac8-8c4e-8a78eda4030d")
)
(pad "10" connect roundrect
(at -2 3.8)
(size 3 0.6)
(layers "B.Cu" "B.Mask")
(roundrect_rratio 0.15)
(net 4 "GND")
(pinfunction "VeeR")
(pintype "passive")
(thermal_bridge_angle 45)
(uuid "29dc089b-bed9-4fdf-8aa2-b7e8de043d32")
)
(pad "11" connect roundrect
(at -2 3.4)
(size 3 0.6)
(layers "F.Cu" "F.Mask")
(roundrect_rratio 0.15)
(net 4 "GND")
(pinfunction "VeeR")
(pintype "passive")
(thermal_bridge_angle 45)
(uuid "37cedd44-6cc4-4aee-9f61-4e9f3a47f3a2")
)
(pad "12" connect roundrect
(at -2.4 2.6)
(size 2.2 0.6)
(layers "F.Cu" "F.Mask")
(roundrect_rratio 0.15)
(net 17 "/RD-")
(pinfunction "RD-")
(pintype "input")
(thermal_bridge_angle 45)
(uuid "e789018f-b5ee-420b-b276-17921f1f2cde")
)
(pad "13" connect roundrect
(at -2.4 1.8)
(size 2.2 0.6)
(layers "F.Cu" "F.Mask")
(roundrect_rratio 0.15)
(net 15 "/RD+")
(pinfunction "RD+")
(pintype "input")
(thermal_bridge_angle 45)
(uuid "a50e9b91-f8c2-4ba8-936a-e91087414dbb")
)
(pad "14" connect roundrect
(at -2 1)
(size 3 0.6)
(layers "F.Cu" "F.Mask")
(roundrect_rratio 0.15)
(net 4 "GND")
(pinfunction "VeeR")
(pintype "passive")
(thermal_bridge_angle 45)
(uuid "cf0b0923-122b-4e95-83ed-640963c0c4a3")
)
(pad "15" connect roundrect
(at -2.2 0.2)
(size 2.6 0.6)
(layers "F.Cu" "F.Mask")
(roundrect_rratio 0.15)
(net 7 "+3V3")
(pinfunction "VccR")
(pintype "power_out")
(thermal_bridge_angle 45)
(uuid "c2000363-8ca8-44ea-8936-9f38f2e97d5c")
)
(pad "16" connect roundrect
(at -2.2 -0.6)
(size 2.6 0.6)
(layers "F.Cu" "F.Mask")
(roundrect_rratio 0.15)
(net 7 "+3V3")
(pinfunction "VccT")
(pintype "passive")
(thermal_bridge_angle 45)
(uuid "eca27942-1ee1-4528-a350-ebb2709cee3f")
)
(pad "17" connect roundrect
(at -2 -1.4)
(size 3 0.6)
(layers "F.Cu" "F.Mask")
(roundrect_rratio 0.15)
(net 4 "GND")
(pinfunction "VeeT")
(pintype "passive")
(thermal_bridge_angle 45)
(uuid "3a007d26-fcd0-44b3-80b7-c96f1226cec6")
)
(pad "18" connect roundrect
(at -2.4 -2.2)
(size 2.2 0.6)
(layers "F.Cu" "F.Mask")
(roundrect_rratio 0.15)
(net 9 "/TD+")
(pinfunction "TD+")
(pintype "output")
(thermal_bridge_angle 45)
(uuid "fec9c432-972a-4d3e-af51-c2cbbeef7c6d")
)
(pad "19" connect roundrect
(at -2.4 -3)
(size 2.2 0.6)
(layers "F.Cu" "F.Mask")
(roundrect_rratio 0.15)
(net 12 "/TD-")
(pinfunction "TD-")
(pintype "output")
(thermal_bridge_angle 45)
(uuid "823f3326-313d-44a8-90f5-b81922afd545")
)
(pad "20" connect roundrect
(at -2 -3.8)
(size 3 0.6)
(layers "F.Cu" "F.Mask")
(roundrect_rratio 0.15)
(net 4 "GND")
(pinfunction "VeeT")
(pintype "passive")
(thermal_bridge_angle 45)
(uuid "ea6da010-748b-41d9-8c59-9c336e420ba9")
)
(embedded_fonts no)
)
(footprint "cxp_sfp:PCA9530DP"
(locked yes)
(layer "B.Cu")
(uuid "0c8a3a06-773d-4761-b488-f9db2a31ddc8")
(at 169.58 83.9225 180)
(descr "PCA9530DP")
(property "Reference" "U2"
(at -4.32 -0.1775 0)
(layer "B.SilkS")
(uuid "4a2ba8e2-4da8-417d-8784-8ae5342e2809")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
(justify mirror)
)
)
(property "Value" "PCA9530DP,118"
(at -0.05 -2.75 0)
(layer "B.Fab")
(hide yes)
(uuid "29792f84-4270-46d8-88f1-c120a06e58ed")
(effects
(font
(size 1 1)
(thickness 0.15)
)
(justify mirror)
)
)
(property "Datasheet" "http://www.nxp.com/docs/en/data-sheet/PCA9530.pdf"
(at 0 0 90)
(layer "B.Fab")
(hide yes)
(uuid "b40145df-a89e-4b72-8a06-c20e120dbd26")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
(justify mirror)
)
)
(property "Description" "NXP - PCA9530D,118 - LED DIMMER, 2BIT, I2C/SMBUS, SOIC-8"
(at 0 0 90)
(layer "B.Fab")
(hide yes)
(uuid "bb7ee514-fcd9-4f50-82b5-bdf9adfb50d1")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
(justify mirror)
)
)
(property "MFPN" "PCA9530DP,118"
(at 0 0 0)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "4f28f780-0aea-4b2b-a385-88fb55f94771")
(effects
(font
(size 1 1)
(thickness 0.15)
)
(justify mirror)
)
)
(path "/94b47552-41bf-4761-b3fa-6eb1a2719b9e")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr smd)
(fp_rect
(start -1 1.5)
(end 1 -1.5)
(stroke
(width 0.1)
(type default)
)
(fill no)
(layer "B.SilkS")
(uuid "7622cd4f-3502-4e9a-a889-70e0442b17c7")
)
(fp_circle
(center -3.35 1)
(end -3.25 0.85)
(stroke
(width 0.1)
(type solid)
)
(fill yes)
(layer "B.SilkS")
(uuid "ab48720e-a919-4bc5-848a-eace5899af14")
)
(fp_line
(start 3.25 1.75)
(end 3.25 -1.75)
(stroke
(width 0.05)
(type default)
)
(layer "B.CrtYd")
(uuid "290f9856-d655-4382-951b-700b03e97096")
)
(fp_line
(start 3.235 -1.75)
(end -3.235 -1.75)
(stroke
(width 0.05)
(type default)
)
(layer "B.CrtYd")
(uuid "b58ba320-a7f4-4631-af48-3be1272c0475")
)
(fp_line
(start -3.235 -1.75)
(end -3.25 1.75)
(stroke
(width 0.05)
(type default)
)
(layer "B.CrtYd")
(uuid "944e47c8-bf69-45f2-952f-a6d9586ced89")
)
(fp_line
(start -3.25 1.75)
(end 3.25 1.75)
(stroke
(width 0.05)
(type default)
)
(layer "B.CrtYd")
(uuid "297b5bca-baeb-4d6d-8299-c51c595eaa7e")
)
(fp_line
(start -0.8 1.3)
(end -1.2 0.9)
(stroke
(width 0.1)
(type default)
)
(layer "B.Fab")
(uuid "f5bbe766-b079-45d7-b5d4-a95a23428f93")
)
(fp_rect
(start -1.2 1.3)
(end 1.2 -1.3)
(stroke
(width 0.1)
(type default)
)
(fill no)
(layer "B.Fab")
(uuid "b01dee7e-9907-479a-8eef-be620364d900")
)
(pad "1" smd rect
(at -2.08 0.975 270)
(size 0.45 1.78)
(layers "B.Cu" "B.Mask" "B.Paste")
(net 4 "GND")
(pinfunction "A0")
(pintype "input")
(thermal_bridge_angle 45)
(uuid "c0b98472-2428-4de4-a365-0e65f645ab3c")
)
(pad "2" smd rect
(at -2.08 0.325 270)
(size 0.45 1.78)
(layers "B.Cu" "B.Mask" "B.Paste")
(net 25 "Net-(U2-LED0)")
(pinfunction "LED0")
(pintype "output")
(thermal_bridge_angle 45)
(uuid "5911803c-f6ab-4e1c-906f-27ae843afd6c")
)
(pad "3" smd rect
(at -2.08 -0.325 270)
(size 0.45 1.78)
(layers "B.Cu" "B.Mask" "B.Paste")
(net 27 "Net-(U2-LED1)")
(pinfunction "LED1")
(pintype "output")
(thermal_bridge_angle 45)
(uuid "857bd6cc-3182-4b5d-a986-379dfaf3c6c6")
)
(pad "4" smd rect
(at -2.08 -0.975 270)
(size 0.45 1.78)
(layers "B.Cu" "B.Mask" "B.Paste")
(net 4 "GND")
(pinfunction "GND")
(pintype "power_in")
(thermal_bridge_angle 45)
(uuid "3a6fac32-8a8d-4c67-ae83-c70fc0e431a2")
)
(pad "5" smd rect
(at 2.08 -0.975 270)
(size 0.45 1.78)
(layers "B.Cu" "B.Mask" "B.Paste")
(net 24 "Net-(U2-~{RESET})")
(pinfunction "~{RESET}")
(pintype "input")
(thermal_bridge_angle 45)
(uuid "0513b928-1596-4202-a652-fb8bed80ec20")
)
(pad "6" smd rect
(at 2.08 -0.325 270)
(size 0.45 1.78)
(layers "B.Cu" "B.Mask" "B.Paste")
(net 23 "SCL")
(pinfunction "SCL")
(pintype "bidirectional")
(thermal_bridge_angle 45)
(uuid "7a3a27d0-8e51-41ff-8e32-ee762d523ad2")
)
(pad "7" smd rect
(at 2.08 0.325 270)
(size 0.45 1.78)
(layers "B.Cu" "B.Mask" "B.Paste")
(net 22 "SDA")
(pinfunction "SDA")
(pintype "bidirectional")
(thermal_bridge_angle 45)
(uuid "0a2b8dbf-0938-4a69-b7e7-f83c45f6368b")
)
(pad "8" smd rect
(at 2.08 0.975 270)
(size 0.45 1.78)
(layers "B.Cu" "B.Mask" "B.Paste")
(net 7 "+3V3")
(pinfunction "VDD")
(pintype "power_in")
(thermal_bridge_angle 45)
(uuid "3ff5280d-a484-461f-aeba-2b7f032d7b64")
)
(embedded_fonts no)
(embedded_files
(file
(name "PCA9530DP_118.step")
(type model)
(checksum "03B6ECD0823CC66404BB325C957A1A57")
)
)
(model "kicad-embed://PCA9530DP_118.step"
(offset
(xyz 0 0 0)
)
(scale
(xyz 1 1 1)
)
(rotate
(xyz -90 -0 -0)
)
)
)
(footprint "cxp_sfp:TPS7A26125DRVR"
(locked yes)
(layer "B.Cu")
(uuid "0ce78efc-aa8d-4532-8566-438af8b3a18d")
(at 164.85 76.55 -90)
(descr "TPS7A26125DRVR")
(tags "Integrated Circuit")
(property "Reference" "U3"
(at 0.35 -2.35 0)
(layer "B.SilkS")
(uuid "e9b30a2a-694d-4b32-93be-32270f3fa891")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
(justify mirror)
)
)
(property "Value" "TPS7A26125DRVR"
(at 0 0 90)
(layer "B.SilkS")
(hide yes)
(uuid "4256ffb5-bfb7-4258-8ecc-e1b19d3c0312")
(effects
(font
(size 1.27 1.27)
(thickness 0.254)
)
(justify mirror)
)
)
(property "Datasheet" "http://www.ti.com/general/docs/suppproductinfo.tsp?distId=10&gotoUrl=http%3A%2F%2Fwww.ti.com%2Flit%2Fgpn%2Ftps7a26"
(at 0 0 90)
(layer "B.Fab")
(hide yes)
(uuid "d3051d2e-1387-451e-b2fd-157e86602e10")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
(justify mirror)
)
)
(property "Description" "LDO Voltage Regulators 500-mA, 18-V, ultra-low-IQ, high-accuracy, adjustable low-dropout voltage regulator with power good 6-WSON -40 to 125"
(at 0 0 90)
(layer "B.Fab")
(hide yes)
(uuid "da61d700-8567-4a70-9a2c-25a5c55fca57")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
(justify mirror)
)
)
(property "Height" "0.8"
(at 0 0 90)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "b0591ede-1533-421d-9e9f-9da6beafb07c")
(effects
(font
(size 1 1)
(thickness 0.15)
)
(justify mirror)
)
)
(property "Mouser Part Number" "595-TPS7A26125DRVR"
(at 0 0 90)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "71b9e4e2-3345-41d3-9b3f-1998a0f58c67")
(effects
(font
(size 1 1)
(thickness 0.15)
)
(justify mirror)
)
)
(property "Mouser Price/Stock" "https://www.mouser.co.uk/ProductDetail/Texas-Instruments/TPS7A26125DRVR?qs=OTrKUuiFdkaKC4hPCnN74g%3D%3D"
(at 0 0 90)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "1eb09649-b0c0-4a5d-b53b-24a9161eec7f")
(effects
(font
(size 1 1)
(thickness 0.15)
)
(justify mirror)
)
)
(property "Manufacturer_Name" "Texas Instruments"
(at 0 0 90)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "1af64811-4cd0-4fb3-b1c3-6f188b73b8e7")
(effects
(font
(size 1 1)
(thickness 0.15)
)
(justify mirror)
)
)
(property "Manufacturer_Part_Number" "TPS7A26125DRVR"
(at 0 0 90)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "08494855-44c1-4395-b501-c9f250232d7d")
(effects
(font
(size 1 1)
(thickness 0.15)
)
(justify mirror)
)
)
(property "MFPN" "TPS7A26125DRVR"
(at 0 0 90)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "d8464afe-6713-47f4-811a-6227a71789e1")
(effects
(font
(size 1 1)
(thickness 0.15)
)
(justify mirror)
)
)
(path "/0a111e7a-bfa1-4a79-ab5d-40232551d699")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr smd)
(fp_circle
(center -1.35 1.325)
(end -1.35 1.2)
(stroke
(width 0.25)
(type solid)
)
(fill no)
(layer "B.SilkS")
(uuid "09e607cf-5b3d-4b40-ba6f-ae58cca323ee")
)
(fp_line
(start -1.6 1.3)
(end 1.6 1.3)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "9388ea6e-70fe-4746-8110-dd7a4b6e2c0f")
)
(fp_line
(start 1.6 1.3)
(end 1.6 -1.3)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "a1548432-2f80-426b-9e20-d07a653cf7fb")
)
(fp_line
(start -1.6 -1.3)
(end -1.6 1.3)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "78853e3f-db34-4169-9b3b-8013224f58ae")
)
(fp_line
(start 1.6 -1.3)
(end -1.6 -1.3)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "6e65dc7f-014f-4e8d-841d-d5cb7a5b3621")
)
(fp_line
(start -1 1)
(end 1 1)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "a1b9d7ae-4612-4448-9ad9-1e3acc04ff60")
)
(fp_line
(start 1 1)
(end 1 -1)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "39b5fa86-1eda-4930-9190-422da0d53730")
)
(fp_line
(start -1 0.5)
(end -0.5 1)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "f23f79b9-5a30-4032-9efc-c6de85b433b9")
)
(fp_line
(start -1 -1)
(end -1 1)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "954d75c4-30e4-43b2-a132-c4e1f00348aa")
)
(fp_line
(start 1 -1)
(end -1 -1)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "c785c351-e407-4a4e-a5b8-eff763f24b26")
)
(pad "1" smd rect
(at -1.05 0.65 180)
(size 0.35 0.6)
(layers "B.Cu" "B.Mask" "B.Paste")
(net 8 "+1V25")
(pinfunction "OUT")
(pintype "power_out")
(uuid "6d9149c2-70e5-43e3-b179-beb64e23f69d")
)
(pad "2" smd rect
(at -1.05 0 180)
(size 0.35 0.6)
(layers "B.Cu" "B.Mask" "B.Paste")
(net 35 "unconnected-(U3-NC-Pad2)")
(pinfunction "NC")
(pintype "no_connect")
(uuid "b44ee4cc-5be0-4167-af6f-8dda962dfd07")
)
(pad "3" smd rect
(at -1.05 -0.65 180)
(size 0.35 0.6)
(layers "B.Cu" "B.Mask" "B.Paste")
(net 39 "unconnected-(U3-PG-Pad3)")
(pinfunction "PG")
(pintype "output+no_connect")
(uuid "974ed569-46b7-466d-a3d5-e8a64f2d0f49")
)
(pad "4" smd rect
(at 1.05 -0.65 180)
(size 0.35 0.6)
(layers "B.Cu" "B.Mask" "B.Paste")
(net 7 "+3V3")
(pinfunction "EN")
(pintype "power_in")
(uuid "43d8bc7c-30d5-4255-b619-f39894a381a6")
)
(pad "5" smd rect
(at 0 0 270)
(size 1.1 1.7)
(layers "B.Cu" "B.Mask" "B.Paste")
(net 4 "GND")
(pinfunction "GND")
(pintype "power_in")
(uuid "a009b1f4-58c5-429d-ad2d-9f191c634f01")
)
(pad "5" smd rect
(at 1.05 0 180)
(size 0.35 0.6)
(layers "B.Cu" "B.Mask" "B.Paste")
(net 4 "GND")
(pinfunction "GND")
(pintype "power_in")
(uuid "b79d02ef-99ab-46d7-9b86-3fb5562f44c8")
)
(pad "6" smd rect
(at 1.05 0.65 180)
(size 0.35 0.6)
(layers "B.Cu" "B.Mask" "B.Paste")
(net 7 "+3V3")
(pinfunction "IN")
(pintype "power_in")
(uuid "69735cf6-c0e0-41d1-8560-cecd946a5f40")
)
(embedded_fonts no)
(embedded_files
(file
(name "TPS7A26125DRVR.stp")
(type model)
(checksum "6FF36F57C9910C11AB9E9402FAAD4931")
)
)
(model "kicad-embed://TPS7A26125DRVR.stp"
(offset
(xyz 0 0 0)
)
(scale
(xyz 1 1 1)
)
(rotate
(xyz 0 0 0)
)
)
)
(footprint "Resistor_SMD:R_0402_1005Metric_Pad0.72x0.64mm_HandSolder"
(layer "B.Cu")
(uuid "19942521-4161-4ef7-86c4-ab502e59ce21")
(at 181.7 82.3 180)
(descr "Resistor SMD 0402 (1005 Metric), square (rectangular) end terminal, IPC-7351 nominal with elongated pad for handsoldering. (Body size source: IPC-SM-782 page 72, https://www.pcb-3d.com/wordpress/wp-content/uploads/ipc-sm-782a_amendment_1_and_2.pdf), generated with kicad-footprint-generator")
(tags "resistor handsolder")
(property "Reference" "R6"
(at -2.25 0.1 0)
(layer "B.SilkS")
(uuid "0743899f-bf00-4b4a-b830-47909efb97f0")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
(justify mirror)
)
)
(property "Value" "15R"
(at 0 -1.17 0)
(layer "B.Fab")
(hide yes)
(uuid "2c3515a4-dd60-43a8-9c8e-46d08b84178c")
(effects
(font
(size 1 1)
(thickness 0.15)
)
(justify mirror)
)
)
(property "Datasheet" ""
(at 0 0 0)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "72ee5240-2146-420e-a318-a7a47ab00e06")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
(justify mirror)
)
)
(property "Description" "Resistor"
(at 0 0 0)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "4f28e39c-76aa-4e63-8351-d77342f980d9")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
(justify mirror)
)
)
(property "MFPN" "RC0402FR-0715RL"
(at 0 0 0)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "be6e680c-1da9-4598-8aaf-0c15969a1047")
(effects
(font
(size 1 1)
(thickness 0.15)
)
(justify mirror)
)
)
(property ki_fp_filters "R_*")
(path "/16948865-317a-48e8-9775-83752a13cf0b")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr smd dnp)
(fp_line
(start -0.167621 0.38)
(end 0.167621 0.38)
(stroke
(width 0.12)
(type solid)
)
(layer "B.SilkS")
(uuid "5ff7ec3d-e40a-4312-a788-9d0d98d145c8")
)
(fp_line
(start -0.167621 -0.38)
(end 0.167621 -0.38)
(stroke
(width 0.12)
(type solid)
)
(layer "B.SilkS")
(uuid "8308d831-046a-4004-b5ec-94e4a8e72b66")
)
(fp_line
(start 1.11 0.47)
(end 1.11 -0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "6c54d059-f7ce-48f4-8434-ad5632759376")
)
(fp_line
(start 1.11 -0.47)
(end -1.11 -0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "ddee6b21-b3b2-4c29-8114-8218d1b77f50")
)
(fp_line
(start -1.11 0.47)
(end 1.11 0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "583d5959-0705-4f31-94c4-ebe71bedaea6")
)
(fp_line
(start -1.11 -0.47)
(end -1.11 0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "fbc83aad-6d78-497c-aae5-603a0e2a8935")
)
(fp_line
(start 0.525 0.27)
(end 0.525 -0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "a6a3bd2e-470b-438f-8c2c-e159554cd0c1")
)
(fp_line
(start 0.525 -0.27)
(end -0.525 -0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "6f7679a9-468a-4ce8-856e-da99751026e6")
)
(fp_line
(start -0.525 0.27)
(end 0.525 0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "1df49c84-77f6-47a8-8a6e-8ef481ad5bcf")
)
(fp_line
(start -0.525 -0.27)
(end -0.525 0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "6d4fb56e-49da-4eee-8871-1e5f2b2ed405")
)
(fp_text user "${REFERENCE}"
(at 0 0 0)
(layer "B.Fab")
(uuid "b38592d6-a5a2-4a38-86db-c35950dc0481")
(effects
(font
(size 0.26 0.26)
(thickness 0.04)
)
(justify mirror)
)
)
(pad "1" smd roundrect
(at -0.5975 0 180)
(size 0.715 0.64)
(layers "B.Cu" "B.Mask" "B.Paste")
(roundrect_rratio 0.25)
(net 18 "Net-(J2-MOD_DEF0)")
(pintype "passive")
(uuid "3bcb6acd-8937-42c1-98b8-0892f05f3a91")
)
(pad "2" smd roundrect
(at 0.5975 0 180)
(size 0.715 0.64)
(layers "B.Cu" "B.Mask" "B.Paste")
(roundrect_rratio 0.25)
(net 4 "GND")
(pintype "passive")
(uuid "f830697f-0c01-41be-bb3e-d7a168cad295")
)
(embedded_fonts no)
(model "${KICAD9_3DMODEL_DIR}/Resistor_SMD.3dshapes/R_0402_1005Metric.wrl"
(offset
(xyz 0 0 0)
)
(scale
(xyz 1 1 1)
)
(rotate
(xyz 0 0 0)
)
)
)
(footprint "Capacitor_SMD:C_0603_1608Metric_Pad1.08x0.95mm_HandSolder"
(locked yes)
(layer "B.Cu")
(uuid "6c0127cb-4d94-4497-9ffc-c32fc093d12f")
(at 162.6 76.6 90)
(descr "Capacitor SMD 0603 (1608 Metric), square (rectangular) end terminal, IPC-7351 nominal with elongated pad for handsoldering. (Body size source: IPC-SM-782 page 76, https://www.pcb-3d.com/wordpress/wp-content/uploads/ipc-sm-782a_amendment_1_and_2.pdf), generated with kicad-footprint-generator")
(tags "capacitor handsolder")
(property "Reference" "C6"
(at -0.1 -1.7 0)
(layer "B.SilkS")
(uuid "80b9c11c-1f6b-426f-b9c3-ce1e92e6132c")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
(justify mirror)
)
)
(property "Value" "1uF 16V"
(at 0 -1.43 90)
(layer "B.Fab")
(hide yes)
(uuid "36c2d411-bfce-4b6f-83b6-c321dcf3ab94")
(effects
(font
(size 1 1)
(thickness 0.15)
)
(justify mirror)
)
)
(property "Datasheet" ""
(at 0 0 270)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "278fbbb6-c600-4da1-97f7-9e06dfe3fc76")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
(justify mirror)
)
)
(property "Description" "Unpolarized capacitor"
(at 0 0 270)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "6db470c3-90f4-4417-908e-41c0aa578104")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
(justify mirror)
)
)
(property "MFPN" "CL10B105KO8NNNC"
(at 0 0 270)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "4a00da8e-a082-4ece-8266-03accc5dc605")
(effects
(font
(size 1 1)
(thickness 0.15)
)
(justify mirror)
)
)
(property ki_fp_filters "C_*")
(path "/b7f45f78-428b-4f5c-bd65-9447259a2715")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr smd)
(fp_line
(start -0.146267 -0.51)
(end 0.146267 -0.51)
(stroke
(width 0.12)
(type solid)
)
(layer "B.SilkS")
(uuid "853f5a3e-d234-41a5-a569-c128aa3ec503")
)
(fp_line
(start -0.146267 0.51)
(end 0.146267 0.51)
(stroke
(width 0.12)
(type solid)
)
(layer "B.SilkS")
(uuid "914c517b-8251-4c50-94ab-ef91d0ad6129")
)
(fp_line
(start 1.65 -0.73)
(end -1.65 -0.73)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "05d93972-6bd7-4219-bc64-cd9bf2e33868")
)
(fp_line
(start -1.65 -0.73)
(end -1.65 0.73)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "6dc78898-ae9b-4a47-aa85-e2d1270a4b3b")
)
(fp_line
(start 1.65 0.73)
(end 1.65 -0.73)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "d00fb60c-0730-41f2-a73a-e1ec1ac37b7d")
)
(fp_line
(start -1.65 0.73)
(end 1.65 0.73)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "bd2d0bcc-4a04-4f52-8593-18a910a989ab")
)
(fp_line
(start 0.8 -0.4)
(end -0.8 -0.4)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "b80015d3-04a3-4e3a-8bda-eae10782e351")
)
(fp_line
(start -0.8 -0.4)
(end -0.8 0.4)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "721febc1-37f3-40e1-9ecf-b372bbea955c")
)
(fp_line
(start 0.8 0.4)
(end 0.8 -0.4)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "a498b57f-040e-4d0d-bc12-c66a219e816c")
)
(fp_line
(start -0.8 0.4)
(end 0.8 0.4)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "6102db1e-a600-49d0-8fe7-ffa1a1bdb4fa")
)
(fp_text user "${REFERENCE}"
(at 0 0 90)
(layer "B.Fab")
(uuid "758450c8-c771-440d-9b27-f5837eef48ee")
(effects
(font
(size 0.4 0.4)
(thickness 0.06)
)
(justify mirror)
)
)
(pad "1" smd roundrect
(at -0.8625 0 90)
(size 1.075 0.95)
(layers "B.Cu" "B.Mask" "B.Paste")
(roundrect_rratio 0.25)
(net 4 "GND")
(pintype "passive")
(uuid "3053accc-b73a-4250-9827-031bda391c28")
)
(pad "2" smd roundrect
(at 0.8625 0 90)
(size 1.075 0.95)
(layers "B.Cu" "B.Mask" "B.Paste")
(roundrect_rratio 0.25)
(net 8 "+1V25")
(pintype "passive")
(uuid "2b11a747-dcd5-40bc-b170-c5490a8d7a8a")
)
(embedded_fonts no)
(model "${KICAD9_3DMODEL_DIR}/Capacitor_SMD.3dshapes/C_0603_1608Metric.wrl"
(offset
(xyz 0 0 0)
)
(scale
(xyz 1 1 1)
)
(rotate
(xyz 0 0 0)
)
)
)
(footprint "Capacitor_SMD:C_0603_1608Metric_Pad1.08x0.95mm_HandSolder"
(locked yes)
(layer "B.Cu")
(uuid "6ceea639-9e8f-4abf-81f3-b6f9fd8878be")
(at 163.4 79.2 180)
(descr "Capacitor SMD 0603 (1608 Metric), square (rectangular) end terminal, IPC-7351 nominal with elongated pad for handsoldering. (Body size source: IPC-SM-782 page 76, https://www.pcb-3d.com/wordpress/wp-content/uploads/ipc-sm-782a_amendment_1_and_2.pdf), generated with kicad-footprint-generator")
(tags "capacitor handsolder")
(property "Reference" "C5"
(at 0 -1.5 0)
(layer "B.SilkS")
(uuid "3b487bdc-7d33-4614-a178-0d5980f622bc")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
(justify mirror)
)
)
(property "Value" "1uF 16V"
(at 0 -1.43 0)
(layer "B.Fab")
(hide yes)
(uuid "14fbed83-e64a-4f31-891f-9be835b1845d")
(effects
(font
(size 1 1)
(thickness 0.15)
)
(justify mirror)
)
)
(property "Datasheet" ""
(at 0 0 0)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "0eb96996-cd37-4531-8574-707623e15ee7")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
(justify mirror)
)
)
(property "Description" "Unpolarized capacitor"
(at 0 0 0)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "fe3c6953-094a-443f-9024-554361c13bef")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
(justify mirror)
)
)
(property "MFPN" "CL10B105KO8NNNC"
(at 0 0 0)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "d9bdf36e-6f02-4454-bf3d-24ada856d667")
(effects
(font
(size 1 1)
(thickness 0.15)
)
(justify mirror)
)
)
(property ki_fp_filters "C_*")
(path "/8afae4bb-1f8a-4408-829a-3165e2ddee04")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr smd)
(fp_line
(start -0.146267 0.51)
(end 0.146267 0.51)
(stroke
(width 0.12)
(type solid)
)
(layer "B.SilkS")
(uuid "68e6060c-731b-4a91-a164-e451b4260316")
)
(fp_line
(start -0.146267 -0.51)
(end 0.146267 -0.51)
(stroke
(width 0.12)
(type solid)
)
(layer "B.SilkS")
(uuid "3255162c-85ea-4e0a-8a1a-a934a2de1dc2")
)
(fp_line
(start 1.65 0.73)
(end 1.65 -0.73)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "66c3de4b-9555-4b5a-98ae-d3db11144858")
)
(fp_line
(start 1.65 -0.73)
(end -1.65 -0.73)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "8b311f17-9485-4071-bc67-4a8faf5083ea")
)
(fp_line
(start -1.65 0.73)
(end 1.65 0.73)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "80f89015-0b41-4abb-9912-d14176a70bcc")
)
(fp_line
(start -1.65 -0.73)
(end -1.65 0.73)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "dec418a2-465c-4682-964e-d2237a7df568")
)
(fp_line
(start 0.8 0.4)
(end 0.8 -0.4)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "5602f93f-124f-4bfd-a795-5f13b98cf644")
)
(fp_line
(start 0.8 -0.4)
(end -0.8 -0.4)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "023637fc-7a33-41ab-b05d-2ac6485cd6d1")
)
(fp_line
(start -0.8 0.4)
(end 0.8 0.4)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "39050e66-2284-44ec-abb8-7ec369cc5faf")
)
(fp_line
(start -0.8 -0.4)
(end -0.8 0.4)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "4225f03b-fb90-4f3b-8a58-eb10593a6ac0")
)
(fp_text user "${REFERENCE}"
(at 0 0 0)
(layer "B.Fab")
(uuid "f4a52c56-2989-4c19-af8c-e0ee30ded27d")
(effects
(font
(size 0.4 0.4)
(thickness 0.06)
)
(justify mirror)
)
)
(pad "1" smd roundrect
(at -0.8625 0 180)
(size 1.075 0.95)
(layers "B.Cu" "B.Mask" "B.Paste")
(roundrect_rratio 0.25)
(net 7 "+3V3")
(pintype "passive")
(uuid "b06f22f9-c320-4421-8ced-5cdd358d7a15")
)
(pad "2" smd roundrect
(at 0.8625 0 180)
(size 1.075 0.95)
(layers "B.Cu" "B.Mask" "B.Paste")
(roundrect_rratio 0.25)
(net 4 "GND")
(pintype "passive")
(uuid "d35172c8-5406-4361-b0bf-7cd44d7f9c2d")
)
(embedded_fonts no)
(model "${KICAD9_3DMODEL_DIR}/Capacitor_SMD.3dshapes/C_0603_1608Metric.wrl"
(offset
(xyz 0 0 0)
)
(scale
(xyz 1 1 1)
)
(rotate
(xyz 0 0 0)
)
)
)
(footprint "Resistor_SMD:R_0402_1005Metric_Pad0.72x0.64mm_HandSolder"
(locked yes)
(layer "B.Cu")
(uuid "7b173fb1-8545-4e57-bc30-eeb03a82bb1a")
(at 165.8 83.8975 90)
(descr "Resistor SMD 0402 (1005 Metric), square (rectangular) end terminal, IPC-7351 nominal with elongated pad for handsoldering. (Body size source: IPC-SM-782 page 72, https://www.pcb-3d.com/wordpress/wp-content/uploads/ipc-sm-782a_amendment_1_and_2.pdf), generated with kicad-footprint-generator")
(tags "resistor handsolder")
(property "Reference" "R7"
(at 0 -1.4 180)
(layer "B.SilkS")
(uuid "48473bff-de44-4ae9-a561-567b382d887f")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
(justify mirror)
)
)
(property "Value" "10kR"
(at 0 -1.17 90)
(layer "B.Fab")
(hide yes)
(uuid "00bf5a14-d49a-4b32-a6fe-397f3a0fc01d")
(effects
(font
(size 1 1)
(thickness 0.15)
)
(justify mirror)
)
)
(property "Datasheet" ""
(at 0 0 270)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "bb01cab9-bae8-49b0-93c2-9ddcd767fd8a")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
(justify mirror)
)
)
(property "Description" "Resistor"
(at 0 0 270)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "9687abf4-c74f-42b6-af2e-4f241ea355e7")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
(justify mirror)
)
)
(property "MFPN" "RC0402FR-0710KP"
(at 0 0 270)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "4d84fd46-7a9c-4d29-9c12-159587c66062")
(effects
(font
(size 1 1)
(thickness 0.15)
)
(justify mirror)
)
)
(property ki_fp_filters "R_*")
(path "/850800c6-97f9-4c25-9f49-34718d72aff8")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr smd)
(fp_line
(start -0.167621 -0.38)
(end 0.167621 -0.38)
(stroke
(width 0.12)
(type solid)
)
(layer "B.SilkS")
(uuid "e4f2fed4-20e9-4351-ad63-1d791f53c02d")
)
(fp_line
(start -0.167621 0.38)
(end 0.167621 0.38)
(stroke
(width 0.12)
(type solid)
)
(layer "B.SilkS")
(uuid "966f8b5a-3821-4d8b-ba38-3b6a91f9c541")
)
(fp_line
(start 1.11 -0.47)
(end -1.11 -0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "a5315f94-1b00-4073-99ce-db0e208ff65c")
)
(fp_line
(start -1.11 -0.47)
(end -1.11 0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "f5ab0cc0-654d-4adb-9e85-ec37a9148725")
)
(fp_line
(start 1.11 0.47)
(end 1.11 -0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "bb8df09a-0d9b-468e-9d41-7f704ebd5bf8")
)
(fp_line
(start -1.11 0.47)
(end 1.11 0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "8a52b825-2c53-4224-a43e-0373b0703115")
)
(fp_line
(start 0.525 -0.27)
(end -0.525 -0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "ff6d9dd5-c736-4791-a7df-ce1f9ead2c9f")
)
(fp_line
(start -0.525 -0.27)
(end -0.525 0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "851fb767-3d28-401b-b6cf-9bc292d91153")
)
(fp_line
(start 0.525 0.27)
(end 0.525 -0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "97da761f-e49e-42fe-a445-55eaa7d67cf9")
)
(fp_line
(start -0.525 0.27)
(end 0.525 0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "fb0f829d-ca54-4c5c-87f4-50d85abf3710")
)
(fp_text user "${REFERENCE}"
(at 0 0 90)
(layer "B.Fab")
(uuid "e821ccfa-cb90-43d6-a783-77c51b4638fa")
(effects
(font
(size 0.26 0.26)
(thickness 0.04)
)
(justify mirror)
)
)
(pad "1" smd roundrect
(at -0.5975 0 90)
(size 0.715 0.64)
(layers "B.Cu" "B.Mask" "B.Paste")
(roundrect_rratio 0.25)
(net 24 "Net-(U2-~{RESET})")
(pintype "passive")
(uuid "025a26cb-532a-49ab-a8e4-3fdd5b58584f")
)
(pad "2" smd roundrect
(at 0.5975 0 90)
(size 0.715 0.64)
(layers "B.Cu" "B.Mask" "B.Paste")
(roundrect_rratio 0.25)
(net 7 "+3V3")
(pintype "passive")
(uuid "08511ae1-e089-4dd7-b902-5662b37b5d71")
)
(embedded_fonts no)
(model "${KICAD9_3DMODEL_DIR}/Resistor_SMD.3dshapes/R_0402_1005Metric.wrl"
(offset
(xyz 0 0 0)
)
(scale
(xyz 1 1 1)
)
(rotate
(xyz 0 0 0)
)
)
)
(footprint "Resistor_SMD:R_0402_1005Metric_Pad0.72x0.64mm_HandSolder"
(layer "B.Cu")
(uuid "91efec4f-670c-45ee-bea4-c107c7194fd4")
(at 181.7025 75.9 180)
(descr "Resistor SMD 0402 (1005 Metric), square (rectangular) end terminal, IPC-7351 nominal with elongated pad for handsoldering. (Body size source: IPC-SM-782 page 72, https://www.pcb-3d.com/wordpress/wp-content/uploads/ipc-sm-782a_amendment_1_and_2.pdf), generated with kicad-footprint-generator")
(tags "resistor handsolder")
(property "Reference" "R4"
(at -2.2975 0.15 0)
(layer "B.SilkS")
(uuid "71fd79ea-91e8-40e9-9a85-a6d6690b1fe5")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
(justify mirror)
)
)
(property "Value" "15R"
(at 0 -1.17 0)
(layer "B.Fab")
(hide yes)
(uuid "c65af6f6-d247-4d4a-b713-8e202caa97ce")
(effects
(font
(size 1 1)
(thickness 0.15)
)
(justify mirror)
)
)
(property "Datasheet" ""
(at 0 0 0)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "deb8b9a0-8830-493a-8ad0-560fd899f6b4")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
(justify mirror)
)
)
(property "Description" "Resistor"
(at 0 0 0)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "a9c08164-fc15-49dd-a614-8adf6b31091b")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
(justify mirror)
)
)
(property "MFPN" "RC0402FR-0715RL"
(at 0 0 0)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "2130e9cc-f25c-411c-8a9d-93d6b3410614")
(effects
(font
(size 1 1)
(thickness 0.15)
)
(justify mirror)
)
)
(property ki_fp_filters "R_*")
(path "/c64c0646-88f5-419a-8de4-a847a4461ef5")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr smd dnp)
(fp_line
(start -0.167621 0.38)
(end 0.167621 0.38)
(stroke
(width 0.12)
(type solid)
)
(layer "B.SilkS")
(uuid "65e06aca-6c8e-4099-bf65-cec3bc1b4c2f")
)
(fp_line
(start -0.167621 -0.38)
(end 0.167621 -0.38)
(stroke
(width 0.12)
(type solid)
)
(layer "B.SilkS")
(uuid "dc63d05f-06e7-4743-a75a-aaaa56cb1cad")
)
(fp_line
(start 1.11 0.47)
(end 1.11 -0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "91415016-8a9d-4fb8-9335-019300ebfeb9")
)
(fp_line
(start 1.11 -0.47)
(end -1.11 -0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "62098236-6f09-4f50-ae11-cd178c9581fa")
)
(fp_line
(start -1.11 0.47)
(end 1.11 0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "27b1e7ac-3766-40eb-8366-cc8edd095db0")
)
(fp_line
(start -1.11 -0.47)
(end -1.11 0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "af10feb8-110d-4938-9f50-8f0a59f74e6e")
)
(fp_line
(start 0.525 0.27)
(end 0.525 -0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "af9afd7b-d838-4a45-a712-0f5281f26b80")
)
(fp_line
(start 0.525 -0.27)
(end -0.525 -0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "5968d01c-c14f-4e57-b836-0db1970cf959")
)
(fp_line
(start -0.525 0.27)
(end 0.525 0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "70237245-31b4-4ef3-bb58-f8b90fc1bdf3")
)
(fp_line
(start -0.525 -0.27)
(end -0.525 0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "8c83abc8-3e73-4cba-aac5-4c1f3271f0bf")
)
(fp_text user "${REFERENCE}"
(at 0 0 0)
(layer "B.Fab")
(uuid "75ae2ac9-03af-4149-b0cd-97cbadd1b501")
(effects
(font
(size 0.26 0.26)
(thickness 0.04)
)
(justify mirror)
)
)
(pad "1" smd roundrect
(at -0.5975 0 180)
(size 0.715 0.64)
(layers "B.Cu" "B.Mask" "B.Paste")
(roundrect_rratio 0.25)
(net 20 "Net-(J2-TX_FAULT)")
(pintype "passive")
(uuid "121920ee-fe87-4486-b6b5-b1ed43d10ddc")
)
(pad "2" smd roundrect
(at 0.5975 0 180)
(size 0.715 0.64)
(layers "B.Cu" "B.Mask" "B.Paste")
(roundrect_rratio 0.25)
(net 4 "GND")
(pintype "passive")
(uuid "5acfb8e5-c839-43e8-8747-dffebc8fce76")
)
(embedded_fonts no)
(model "${KICAD9_3DMODEL_DIR}/Resistor_SMD.3dshapes/R_0402_1005Metric.wrl"
(offset
(xyz 0 0 0)
)
(scale
(xyz 1 1 1)
)
(rotate
(xyz 0 0 0)
)
)
)
(footprint "TestPoint:TestPoint_Pad_1.0x1.0mm"
(layer "B.Cu")
(uuid "c12d8d8e-511f-4b3b-af7e-f339bb48088e")
(at 181.7 78.6)
(descr "SMD rectangular pad as test Point, square 1.0mm side length")
(tags "test point SMD pad rectangle square")
(property "Reference" "TP5"
(at 0 1.448 0)
(layer "B.SilkS")
(hide yes)
(uuid "4470a896-70ed-486f-8f63-210897513b7a")
(effects
(font
(size 1 1)
(thickness 0.15)
)
(justify mirror)
)
)
(property "Value" "SDA"
(at 0 -1.55 0)
(layer "B.Fab")
(hide yes)
(uuid "67e57ad9-25d7-40ee-99e1-d81e25b4be1d")
(effects
(font
(size 1 1)
(thickness 0.15)
)
(justify mirror)
)
)
(property "Datasheet" ""
(at 0 0 180)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "7853891c-68c2-4a97-aa1e-80165b322e0a")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
(justify mirror)
)
)
(property "Description" "test point"
(at 0 0 180)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "9266a7bb-4032-480a-9c48-7f1bed7ff103")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
(justify mirror)
)
)
(property ki_fp_filters "Pin* Test*")
(path "/e56ce474-e905-4076-a0f6-0308f2dfee35")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr exclude_from_pos_files exclude_from_bom)
(fp_line
(start -0.7 -0.7)
(end -0.7 0.7)
(stroke
(width 0.12)
(type solid)
)
(layer "B.SilkS")
(uuid "a26ac5c4-6bf2-491e-a164-748ef9b84021")
)
(fp_line
(start -0.7 0.7)
(end 0.7 0.7)
(stroke
(width 0.12)
(type solid)
)
(layer "B.SilkS")
(uuid "6ef07680-e6b5-4c3e-8af0-3655080c6247")
)
(fp_line
(start 0.7 -0.7)
(end -0.7 -0.7)
(stroke
(width 0.12)
(type solid)
)
(layer "B.SilkS")
(uuid "8095f6bf-8a4e-44f3-94d0-0b960747a411")
)
(fp_line
(start 0.7 0.7)
(end 0.7 -0.7)
(stroke
(width 0.12)
(type solid)
)
(layer "B.SilkS")
(uuid "972c6e66-e673-4328-9d06-0a14013b8ab1")
)
(fp_line
(start -1 1)
(end -1 -1)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "4c9914c4-b6d1-48c3-a1e4-dcea6e7fd10d")
)
(fp_line
(start -1 1)
(end 1 1)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "9d6073d7-d308-4844-aa6d-9b7e2b674a80")
)
(fp_line
(start 1 -1)
(end -1 -1)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "a8c725e0-e040-4288-afac-21d4e39f3a1a")
)
(fp_line
(start 1 -1)
(end 1 1)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "ec8cbbc3-67b0-4563-82a7-c00266ee034d")
)
(pad "1" smd rect
(at 0 0)
(size 1 1)
(layers "B.Cu" "B.Mask")
(net 22 "SDA")
(pinfunction "1")
(pintype "passive")
(uuid "4b21b4aa-f4fa-4aa5-b805-ba3793c3b0d3")
)
(embedded_fonts no)
)
(footprint "Resistor_SMD:R_0402_1005Metric_Pad0.72x0.64mm_HandSolder"
(layer "B.Cu")
(uuid "c1ac891c-ea30-4ec5-96ba-06945ef3a229")
(at 181.7 77 180)
(descr "Resistor SMD 0402 (1005 Metric), square (rectangular) end terminal, IPC-7351 nominal with elongated pad for handsoldering. (Body size source: IPC-SM-782 page 72, https://www.pcb-3d.com/wordpress/wp-content/uploads/ipc-sm-782a_amendment_1_and_2.pdf), generated with kicad-footprint-generator")
(tags "resistor handsolder")
(property "Reference" "R5"
(at -2.2 -0.1 0)
(layer "B.SilkS")
(uuid "5048a0e8-6ace-4bd6-9f62-f7a849faca1c")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
(justify mirror)
)
)
(property "Value" "10kR"
(at 0 -1.17 0)
(layer "B.Fab")
(hide yes)
(uuid "ff37c17d-5951-4eba-97f1-6aa5b1943996")
(effects
(font
(size 1 1)
(thickness 0.15)
)
(justify mirror)
)
)
(property "Datasheet" ""
(at 0 0 0)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "a1a54be4-5912-4eb7-870e-d4fab96c6f5c")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
(justify mirror)
)
)
(property "Description" "Resistor"
(at 0 0 0)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "bcd293a2-d5ed-4d23-afb3-820a63edfe56")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
(justify mirror)
)
)
(property "MFPN" "RC0402FR-0710KP"
(at 0 0 0)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "a531b793-8c03-4976-b8d9-258c96ce66b1")
(effects
(font
(size 1 1)
(thickness 0.15)
)
(justify mirror)
)
)
(property ki_fp_filters "R_*")
(path "/7e4971e1-7fb8-4ed9-8dc7-dc461a6d6209")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr smd dnp)
(fp_line
(start -0.167621 0.38)
(end 0.167621 0.38)
(stroke
(width 0.12)
(type solid)
)
(layer "B.SilkS")
(uuid "c1daa242-ab1b-4599-8988-2586da02483b")
)
(fp_line
(start -0.167621 -0.38)
(end 0.167621 -0.38)
(stroke
(width 0.12)
(type solid)
)
(layer "B.SilkS")
(uuid "895c1f1b-088c-44e1-bb47-eb0f48749460")
)
(fp_line
(start 1.11 0.47)
(end 1.11 -0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "659c942b-90bd-4944-aec9-e6ba40d6a1e6")
)
(fp_line
(start 1.11 -0.47)
(end -1.11 -0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "61e5ecf4-ed95-4817-8230-af4876b53a2b")
)
(fp_line
(start -1.11 0.47)
(end 1.11 0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "261f0cec-50ce-4afe-b797-f208708fed99")
)
(fp_line
(start -1.11 -0.47)
(end -1.11 0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "ab248c5f-1b66-41c7-b048-d54d00b1b694")
)
(fp_line
(start 0.525 0.27)
(end 0.525 -0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "0b145568-9eb2-4b92-8d87-e5357e87289f")
)
(fp_line
(start 0.525 -0.27)
(end -0.525 -0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "22ff6265-5ba4-4f18-b02f-4c5263025bce")
)
(fp_line
(start -0.525 0.27)
(end 0.525 0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "d009ee61-809b-4f5f-9f24-00135be23560")
)
(fp_line
(start -0.525 -0.27)
(end -0.525 0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "6d7eb2df-e2fd-400c-aed9-ae578f80009e")
)
(fp_text user "${REFERENCE}"
(at 0 0 0)
(layer "B.Fab")
(uuid "b4978576-ee0d-4c54-92a0-779da1f23082")
(effects
(font
(size 0.26 0.26)
(thickness 0.04)
)
(justify mirror)
)
)
(pad "1" smd roundrect
(at -0.5975 0 180)
(size 0.715 0.64)
(layers "B.Cu" "B.Mask" "B.Paste")
(roundrect_rratio 0.25)
(net 21 "Net-(J2-TX_DISABLE)")
(pintype "passive")
(uuid "f2a0f78a-966c-4873-bc28-125a1a01e3a0")
)
(pad "2" smd roundrect
(at 0.5975 0 180)
(size 0.715 0.64)
(layers "B.Cu" "B.Mask" "B.Paste")
(roundrect_rratio 0.25)
(net 7 "+3V3")
(pintype "passive")
(uuid "6c1eaffb-5347-4136-ac6a-a79416861560")
)
(embedded_fonts no)
(model "${KICAD9_3DMODEL_DIR}/Resistor_SMD.3dshapes/R_0402_1005Metric.wrl"
(offset
(xyz 0 0 0)
)
(scale
(xyz 1 1 1)
)
(rotate
(xyz 0 0 0)
)
)
)
(footprint "Capacitor_SMD:C_0402_1005Metric_Pad0.74x0.62mm_HandSolder"
(locked yes)
(layer "B.Cu")
(uuid "c814934a-9f58-49f1-a281-813b8ad28e33")
(at 168.0325 81.6 180)
(descr "Capacitor SMD 0402 (1005 Metric), square (rectangular) end terminal, IPC-7351 nominal with elongated pad for handsoldering. (Body size source: IPC-SM-782 page 76, https://www.pcb-3d.com/wordpress/wp-content/uploads/ipc-sm-782a_amendment_1_and_2.pdf), generated with kicad-footprint-generator")
(tags "capacitor handsolder")
(property "Reference" "C7"
(at -2.1675 -0.1 0)
(layer "B.SilkS")
(uuid "c1070fe6-b53e-4303-a95a-65a679999930")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
(justify mirror)
)
)
(property "Value" "100nF 50V"
(at 0 -1.16 0)
(layer "B.Fab")
(hide yes)
(uuid "5bba8462-ee59-47f4-a275-11e8cc232aad")
(effects
(font
(size 1 1)
(thickness 0.15)
)
(justify mirror)
)
)
(property "Datasheet" ""
(at 0 0 0)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "85c00359-73b9-4d95-8add-460b5e50b95f")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
(justify mirror)
)
)
(property "Description" "Unpolarized capacitor"
(at 0 0 0)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "9d9305df-55b1-41b1-8fb6-facc85fc9359")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
(justify mirror)
)
)
(property "MFPN" "CC0402KRX5R9BB104"
(at 0 0 0)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "57c13048-979d-494b-9afd-1d548433ea94")
(effects
(font
(size 1 1)
(thickness 0.15)
)
(justify mirror)
)
)
(property ki_fp_filters "C_*")
(path "/db51a463-8923-406b-93ce-3e7f39a3bfa5")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr smd)
(fp_line
(start -0.115835 0.36)
(end 0.115835 0.36)
(stroke
(width 0.12)
(type solid)
)
(layer "B.SilkS")
(uuid "f64acf15-afed-4d88-9a0c-c6066c8beb8b")
)
(fp_line
(start -0.115835 -0.36)
(end 0.115835 -0.36)
(stroke
(width 0.12)
(type solid)
)
(layer "B.SilkS")
(uuid "40ba92f6-4e2f-440f-8936-f7eaaca4b5c9")
)
(fp_line
(start 1.09 0.46)
(end 1.09 -0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "2523c3e7-0ba6-4266-9a73-7763f8907db6")
)
(fp_line
(start 1.09 -0.46)
(end -1.09 -0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "a6ed007e-c8e9-4bbc-bece-48daee640bba")
)
(fp_line
(start -1.09 0.46)
(end 1.09 0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "3283e8fb-b9c9-4495-9413-f7588ddf355e")
)
(fp_line
(start -1.09 -0.46)
(end -1.09 0.46)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "67e1fddf-3d1e-4dac-a1de-f9b4b4abeed5")
)
(fp_line
(start 0.5 0.25)
(end 0.5 -0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "ba193168-f7d4-4cb2-975a-eae1950c2c8d")
)
(fp_line
(start 0.5 -0.25)
(end -0.5 -0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "d58115c6-de17-4c7c-a40e-51ba66c83f39")
)
(fp_line
(start -0.5 0.25)
(end 0.5 0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "38fcb204-9a3e-4308-848f-666e103d010f")
)
(fp_line
(start -0.5 -0.25)
(end -0.5 0.25)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "9039b2ed-a257-47d3-b6d1-3964fc0786ad")
)
(fp_text user "${REFERENCE}"
(at 0 0 0)
(layer "B.Fab")
(uuid "07cb5fb5-9b91-4e67-b24c-b1cca913c9ef")
(effects
(font
(size 0.25 0.25)
(thickness 0.04)
)
(justify mirror)
)
)
(pad "1" smd roundrect
(at -0.5675 0 180)
(size 0.735 0.62)
(layers "B.Cu" "B.Mask" "B.Paste")
(roundrect_rratio 0.25)
(net 4 "GND")
(pintype "passive")
(uuid "eda5dd69-1f26-4c18-b5a2-51fc6dc3c7be")
)
(pad "2" smd roundrect
(at 0.5675 0 180)
(size 0.735 0.62)
(layers "B.Cu" "B.Mask" "B.Paste")
(roundrect_rratio 0.25)
(net 7 "+3V3")
(pintype "passive")
(uuid "6c52026d-feb2-49f1-8100-02b14c165827")
)
(embedded_fonts no)
(model "${KICAD9_3DMODEL_DIR}/Capacitor_SMD.3dshapes/C_0402_1005Metric.wrl"
(offset
(xyz 0 0 0)
)
(scale
(xyz 1 1 1)
)
(rotate
(xyz 0 0 0)
)
)
)
(footprint "Resistor_SMD:R_0402_1005Metric_Pad0.72x0.64mm_HandSolder"
(layer "B.Cu")
(uuid "dae1b4ef-ad5a-4099-ba48-ede97dab0dce")
(at 181.7 83.4 180)
(descr "Resistor SMD 0402 (1005 Metric), square (rectangular) end terminal, IPC-7351 nominal with elongated pad for handsoldering. (Body size source: IPC-SM-782 page 72, https://www.pcb-3d.com/wordpress/wp-content/uploads/ipc-sm-782a_amendment_1_and_2.pdf), generated with kicad-footprint-generator")
(tags "resistor handsolder")
(property "Reference" "R3"
(at -2.25 -0.2 0)
(layer "B.SilkS")
(uuid "eb2cbe80-6727-4425-b756-84e2469ee245")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
(justify mirror)
)
)
(property "Value" "15R"
(at 0 -1.17 0)
(layer "B.Fab")
(hide yes)
(uuid "b8b4d8e9-4589-4f75-98d3-547064695572")
(effects
(font
(size 1 1)
(thickness 0.15)
)
(justify mirror)
)
)
(property "Datasheet" ""
(at 0 0 0)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "6afbfd6c-eb9b-4ead-a6bf-871d1c1aeee9")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
(justify mirror)
)
)
(property "Description" "Resistor"
(at 0 0 0)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "faf7493c-a84a-4de7-a24a-b101985ebe99")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
(justify mirror)
)
)
(property "MFPN" "RC0402FR-0715RL"
(at 0 0 0)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "28ffc39a-ec8e-4f80-9acc-af503f932453")
(effects
(font
(size 1 1)
(thickness 0.15)
)
(justify mirror)
)
)
(property ki_fp_filters "R_*")
(path "/6e5e05b8-50e8-498f-aa5d-2700548c517d")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr smd dnp)
(fp_line
(start -0.167621 0.38)
(end 0.167621 0.38)
(stroke
(width 0.12)
(type solid)
)
(layer "B.SilkS")
(uuid "eb79d0b5-6647-4bc8-98a7-c837481cfbf0")
)
(fp_line
(start -0.167621 -0.38)
(end 0.167621 -0.38)
(stroke
(width 0.12)
(type solid)
)
(layer "B.SilkS")
(uuid "3edbc253-339a-4c2e-a943-28420b37e55d")
)
(fp_line
(start 1.11 0.47)
(end 1.11 -0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "4bd97609-83fe-44e8-896a-20b6cca2292e")
)
(fp_line
(start 1.11 -0.47)
(end -1.11 -0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "98bc4e97-54e6-4ec1-bd51-b1e1b8d6619c")
)
(fp_line
(start -1.11 0.47)
(end 1.11 0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "4ada6458-4b49-4a39-8ce6-c6c4f0c55e60")
)
(fp_line
(start -1.11 -0.47)
(end -1.11 0.47)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "c0f156fd-46a3-4a9e-b1dd-c4bd4f01fd70")
)
(fp_line
(start 0.525 0.27)
(end 0.525 -0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "821ddc55-1ddc-48d9-a329-097a9c89ee43")
)
(fp_line
(start 0.525 -0.27)
(end -0.525 -0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "1970f34b-3b15-4a59-8f98-914d309368e1")
)
(fp_line
(start -0.525 0.27)
(end 0.525 0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "beca2d2c-3f44-4ace-9c44-940c33ecf8f1")
)
(fp_line
(start -0.525 -0.27)
(end -0.525 0.27)
(stroke
(width 0.1)
(type solid)
)
(layer "B.Fab")
(uuid "dff68c99-f0cc-437e-8d1a-b6a749d44c35")
)
(fp_text user "${REFERENCE}"
(at 0 0 0)
(layer "B.Fab")
(uuid "4b29ef4b-e0d8-4c6c-bcea-99dd2098c1fa")
(effects
(font
(size 0.26 0.26)
(thickness 0.04)
)
(justify mirror)
)
)
(pad "1" smd roundrect
(at -0.5975 0 180)
(size 0.715 0.64)
(layers "B.Cu" "B.Mask" "B.Paste")
(roundrect_rratio 0.25)
(net 19 "Net-(J2-LOS)")
(pintype "passive")
(uuid "ec470571-a415-4e7e-8c33-db2bb3799e6b")
)
(pad "2" smd roundrect
(at 0.5975 0 180)
(size 0.715 0.64)
(layers "B.Cu" "B.Mask" "B.Paste")
(roundrect_rratio 0.25)
(net 4 "GND")
(pintype "passive")
(uuid "8e906186-0e8b-43db-b740-2e7ecab0b649")
)
(embedded_fonts no)
(model "${KICAD9_3DMODEL_DIR}/Resistor_SMD.3dshapes/R_0402_1005Metric.wrl"
(offset
(xyz 0 0 0)
)
(scale
(xyz 1 1 1)
)
(rotate
(xyz 0 0 0)
)
)
)
(footprint "TestPoint:TestPoint_Pad_1.0x1.0mm"
(layer "B.Cu")
(uuid "f32c3a17-7b5c-4d38-adf2-129f65885c91")
(at 181.7 80.65)
(descr "SMD rectangular pad as test Point, square 1.0mm side length")
(tags "test point SMD pad rectangle square")
(property "Reference" "TP6"
(at -0.5 2.498 0)
(layer "B.SilkS")
(hide yes)
(uuid "001a962f-e944-4b82-b6e5-a9e75ad004d9")
(effects
(font
(size 1 1)
(thickness 0.15)
)
(justify mirror)
)
)
(property "Value" "SCL"
(at 0 -1.55 0)
(layer "B.Fab")
(hide yes)
(uuid "02d4d9a2-f04c-4328-9e25-5d630d55e000")
(effects
(font
(size 1 1)
(thickness 0.15)
)
(justify mirror)
)
)
(property "Datasheet" ""
(at 0 0 180)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "0ca62f8e-7f93-4e2b-a22c-8a9d4e519717")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
(justify mirror)
)
)
(property "Description" "test point"
(at 0 0 180)
(unlocked yes)
(layer "B.Fab")
(hide yes)
(uuid "e6943657-9898-4221-95a3-dd680d014fea")
(effects
(font
(size 1.27 1.27)
(thickness 0.15)
)
(justify mirror)
)
)
(property ki_fp_filters "Pin* Test*")
(path "/d6deb9ac-ffe5-4765-b3a8-fd82e3792469")
(sheetname "/")
(sheetfile "cxp_sfp.kicad_sch")
(attr exclude_from_pos_files exclude_from_bom)
(fp_line
(start -0.7 -0.7)
(end -0.7 0.7)
(stroke
(width 0.12)
(type solid)
)
(layer "B.SilkS")
(uuid "7f200825-6d80-45db-8f80-add7297b3e21")
)
(fp_line
(start -0.7 0.7)
(end 0.7 0.7)
(stroke
(width 0.12)
(type solid)
)
(layer "B.SilkS")
(uuid "486a1a14-df88-4f46-875f-1628598be930")
)
(fp_line
(start 0.7 -0.7)
(end -0.7 -0.7)
(stroke
(width 0.12)
(type solid)
)
(layer "B.SilkS")
(uuid "f85c04a5-8dbb-45c5-80c3-c493a2a19b46")
)
(fp_line
(start 0.7 0.7)
(end 0.7 -0.7)
(stroke
(width 0.12)
(type solid)
)
(layer "B.SilkS")
(uuid "926153c0-8d3a-44d0-bdc9-2ff84f934b39")
)
(fp_line
(start -1 1)
(end -1 -1)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "e237b88b-3a2b-4885-a77a-715b2a9b8cf8")
)
(fp_line
(start -1 1)
(end 1 1)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "b57d06e1-fee4-4ab1-bd38-eb3c9b8f98aa")
)
(fp_line
(start 1 -1)
(end -1 -1)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "37c93d4f-c15f-4cf2-9282-444827d4fce2")
)
(fp_line
(start 1 -1)
(end 1 1)
(stroke
(width 0.05)
(type solid)
)
(layer "B.CrtYd")
(uuid "68115842-5382-40a5-9127-68a2f089b2a5")
)
(pad "1" smd rect
(at 0 0)
(size 1 1)
(layers "B.Cu" "B.Mask")
(net 23 "SCL")
(pinfunction "1")
(pintype "passive")
(uuid "b28687ce-d431-4f88-980b-51a086b31c52")
)
(embedded_fonts no)
)
(gr_line
(start 139.485 86)
(end 186.1 86)
(stroke
(width 0.05)
(type default)
)
(locked yes)
(layer "Edge.Cuts")
(uuid "5c9494c7-4196-4793-bf45-a7b755805173")
)
(gr_line
(start 186.1 75.4)
(end 186.1 74)
(stroke
(width 0.05)
(type default)
)
(locked yes)
(layer "Edge.Cuts")
(uuid "6286d10f-0f6b-442d-a717-7235e668151b")
)
(gr_line
(start 186.1 86)
(end 186.1 84.6)
(stroke
(width 0.05)
(type default)
)
(locked yes)
(layer "Edge.Cuts")
(uuid "be0b02d2-cd77-4885-99ea-c63e3e96f7dd")
)
(gr_line
(start 139.485 74)
(end 139.485 86)
(stroke
(width 0.05)
(type default)
)
(locked yes)
(layer "Edge.Cuts")
(uuid "d0f14e70-8e83-4537-84d6-c48bee5fc715")
)
(gr_line
(start 139.485 74)
(end 186.1 74)
(stroke
(width 0.05)
(type solid)
)
(locked yes)
(layer "Edge.Cuts")
(uuid "eede3bdf-0370-458e-90d9-342d61191031")
)
(gr_line
(start 126.8 34.326)
(end 250.628572 34.326)
(stroke
(width 0.1)
(type default)
)
(layer "F.Fab")
(uuid "2943d552-6e7a-4806-928f-b67045abd7aa")
)
(gr_line
(start 126.8 23.508)
(end 250.628572 23.508)
(stroke
(width 0.1)
(type default)
)
(layer "F.Fab")
(uuid "42f101a5-6aa3-486c-936d-51e30096042a")
)
(gr_line
(start 126.8 19.2)
(end 250.628572 19.2)
(stroke
(width 0.1)
(type default)
)
(layer "F.Fab")
(uuid "551107d0-94f0-4203-bf39-2e67fe34824c")
)
(gr_line
(start 184.25714 19.2)
(end 184.25714 70.386)
(stroke
(width 0.1)
(type default)
)
(layer "F.Fab")
(uuid "58fd1897-54d2-46cf-9cc2-01061b9477cc")
)
(gr_line
(start 250.628572 19.2)
(end 250.628572 70.386)
(stroke
(width 0.1)
(type default)
)
(layer "F.Fab")
(uuid "5a80b8ae-4115-49ee-a0d1-f5091a3c5654")
)
(gr_line
(start 167.257142 19.2)
(end 167.257142 70.386)
(stroke
(width 0.1)
(type default)
)
(layer "F.Fab")
(uuid "5a862b87-5329-440d-8fb2-9466494d31f8")
)
(gr_line
(start 126.8 37.932)
(end 250.628572 37.932)
(stroke
(width 0.1)
(type default)
)
(layer "F.Fab")
(uuid "60e73dbe-9745-4c65-b907-5db63cf27671")
)
(gr_line
(start 126.8 19.2)
(end 126.8 70.386)
(stroke
(width 0.1)
(type default)
)
(layer "F.Fab")
(uuid "7f2c577c-a184-480d-ad65-bfddc1901df1")
)
(gr_line
(start 126.8 45.144)
(end 250.628572 45.144)
(stroke
(width 0.1)
(type default)
)
(layer "F.Fab")
(uuid "81e59614-e59a-4f2d-8960-043b3b491b58")
)
(gr_line
(start 233.671428 19.2)
(end 233.671428 70.386)
(stroke
(width 0.1)
(type default)
)
(layer "F.Fab")
(uuid "82c39780-ec0a-43d5-93bf-81bedcb53e98")
)
(gr_line
(start 126.8 52.356)
(end 250.628572 52.356)
(stroke
(width 0.1)
(type default)
)
(layer "F.Fab")
(uuid "9235ed58-048e-43f5-871b-da37beed5689")
)
(gr_line
(start 126.8 55.962)
(end 250.628572 55.962)
(stroke
(width 0.1)
(type default)
)
(layer "F.Fab")
(uuid "a6bd00fa-51ac-4c60-a62e-2565e7204874")
)
(gr_line
(start 126.8 48.75)
(end 250.628572 48.75)
(stroke
(width 0.1)
(type default)
)
(layer "F.Fab")
(uuid "b828c0f6-fce6-4205-ab7a-f55d3db5ad86")
)
(gr_line
(start 142.185714 19.2)
(end 142.185714 70.386)
(stroke
(width 0.1)
(type default)
)
(layer "F.Fab")
(uuid "bf1f635b-f2a5-46c5-b7e4-adb61312ca99")
)
(gr_line
(start 126.8 59.568)
(end 250.628572 59.568)
(stroke
(width 0.1)
(type default)
)
(layer "F.Fab")
(uuid "c4e675c5-364f-40d1-97ac-fff64ac563be")
)
(gr_line
(start 126.8 66.78)
(end 250.628572 66.78)
(stroke
(width 0.1)
(type default)
)
(layer "F.Fab")
(uuid "c51949bc-b285-46cd-ba97-05ecf6bab87b")
)
(gr_line
(start 126.8 27.114)
(end 250.628572 27.114)
(stroke
(width 0.1)
(type default)
)
(layer "F.Fab")
(uuid "ca66c699-55ac-49ec-8789-b84957a1306d")
)
(gr_line
(start 220.785713 19.2)
(end 220.785713 70.386)
(stroke
(width 0.1)
(type default)
)
(layer "F.Fab")
(uuid "cb3409b0-4a5b-473e-9b89-be3882d9aaf9")
)
(gr_line
(start 126.8 63.174)
(end 250.628572 63.174)
(stroke
(width 0.1)
(type default)
)
(layer "F.Fab")
(uuid "d6d2e738-ddbb-4264-b640-2edaf761fe3a")
)
(gr_line
(start 204.285712 19.2)
(end 204.285712 70.386)
(stroke
(width 0.1)
(type default)
)
(layer "F.Fab")
(uuid "db03fcb3-7fa2-4ce6-a2dd-3da92b9cda53")
)
(gr_line
(start 126.8 70.386)
(end 250.628572 70.386)
(stroke
(width 0.1)
(type default)
)
(layer "F.Fab")
(uuid "df8792ad-bab2-4795-bff7-c8f5d0f1c106")
)
(gr_line
(start 126.8 30.72)
(end 250.628572 30.72)
(stroke
(width 0.1)
(type default)
)
(layer "F.Fab")
(uuid "f5e2c2f8-e919-4086-9cfa-f05655759967")
)
(gr_line
(start 126.8 41.538)
(end 250.628572 41.538)
(stroke
(width 0.1)
(type default)
)
(layer "F.Fab")
(uuid "f83ae989-92d6-4427-b4d2-fa33438e4601")
)
(gr_text "3.3V"
(locked yes)
(at 166.6 80.5 0)
(layer "F.SilkS")
(uuid "04eb510b-9d10-4396-9e80-ef0e76751db1")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
)
)
(gr_text "TX"
(locked yes)
(at 160.9 78 0)
(layer "F.SilkS")
(uuid "631877b3-29af-4ce4-9a20-9ba5fa9a033b")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
)
)
(gr_text "GND"
(at 149.45 75.15 0)
(layer "F.SilkS")
(uuid "63bce997-a6d4-4c4a-9f1b-1ab17935f1f4")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
)
)
(gr_text "CoaXPress-SFP"
(at 170.4 79.9 0)
(layer "F.SilkS" knockout)
(uuid "ddeaf6cc-6032-43cb-a5f5-386f99694810")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
(justify left bottom)
)
)
(gr_text "Rev ${REVISION}"
(at 170.4 81.4 0)
(layer "F.SilkS")
(uuid "ea757376-0551-4136-9f0a-1b343a27db74")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
(justify left bottom)
)
)
(gr_text "1.25V"
(at 159.35 75.2 0)
(layer "F.SilkS")
(uuid "f581f7ef-78d0-44b9-a27f-de93e1d936dc")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
)
)
(gr_text "SDA\n"
(at 184.3 78.6 0)
(layer "B.SilkS")
(uuid "2ce00af9-f557-4eb6-848c-ad96bc9facd3")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
(justify mirror)
)
)
(gr_text "SCL\n"
(at 184.4 80.65 0)
(layer "B.SilkS")
(uuid "aacf2acb-e81e-48a5-b3e0-6e993bb72ab6")
(effects
(font
(size 1 1)
(thickness 0.2)
(bold yes)
)
(justify mirror)
)
)
(gr_text "0"
(at 234.421428 45.894 0)
(layer "F.Fab")
(uuid "02cd3da6-5aed-4c0f-a861-78f90be766bc")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "Not specified"
(at 205.035712 45.894 0)
(layer "F.Fab")
(uuid "06cc018f-0b2c-482b-8e9d-df6a5ec1906e")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text ""
(at 168.007142 49.5 0)
(layer "F.Fab")
(uuid "0aaf8eca-2443-49e4-8151-1a7debb80e0d")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "Not specified"
(at 205.035712 38.682 0)
(layer "F.Fab")
(uuid "0abc0b8e-2067-446e-a9f9-65a6ac2cddb2")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text ""
(at 205.035712 42.288 0)
(layer "F.Fab")
(uuid "0b95a479-51c8-4ca5-9478-0516f8041889")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "copper"
(at 142.935714 49.5 0)
(layer "F.Fab")
(uuid "107288cd-d161-417f-90b6-09125a9ec78d")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "B.Silkscreen"
(at 127.55 67.53 0)
(layer "F.Fab")
(uuid "1227b458-37b2-4469-89ac-6825343330ea")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "1"
(at 221.535713 42.288 0)
(layer "F.Fab")
(uuid "142838da-5197-46d6-b243-3c1a8fba3224")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text ""
(at 205.035712 49.5 0)
(layer "F.Fab")
(uuid "14fb20de-51c8-4408-8109-58646191f744")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text ""
(at 205.035712 63.924 0)
(layer "F.Fab")
(uuid "15796b21-5af9-4317-8d12-944c5244736d")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text ""
(at 168.007142 56.712 0)
(layer "F.Fab")
(uuid "16c3d384-b2eb-499a-a487-15c0024a3961")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text ""
(at 168.007142 27.864 0)
(layer "F.Fab")
(uuid "192f80c9-d003-4a2c-989c-585d5176047e")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "F.Cu"
(at 127.55 35.076 0)
(layer "F.Fab")
(uuid "1b0bef7c-c186-416b-a338-46cd473f52e0")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "Not specified"
(at 168.007142 24.258 0)
(layer "F.Fab")
(uuid "1e16a645-f2a5-49b5-b8f1-3640f11f5477")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "Top Solder Mask"
(at 142.935714 31.47 0)
(layer "F.Fab")
(uuid "211bfe96-cfb9-4444-828e-aa7c8136ada0")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "F.Mask"
(at 127.55 31.47 0)
(layer "F.Fab")
(uuid "22162826-2775-45cf-bba6-89ddb6f06f24")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "0"
(at 234.421428 60.318 0)
(layer "F.Fab")
(uuid "229d8dd3-52f4-4ad8-9311-1494d4f4b4c9")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "0.018 mm"
(at 185.00714 42.288 0)
(layer "F.Fab")
(uuid "25fa9d19-3d74-4b4b-a3d8-2b2045f6c23e")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text ""
(at 168.007142 63.924 0)
(layer "F.Fab")
(uuid "26032a97-c958-491a-99b8-eb77e28af14d")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "0 mm"
(at 185.00714 67.53 0)
(layer "F.Fab")
(uuid "267018e7-c337-48db-9e22-92ab99aa58bd")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "Board stackup table"
(at 126.5 17.8 0)
(layer "F.Fab")
(uuid "297bdb9e-94ed-4b7e-9568-47cc5ad0aef1")
(effects
(font
(size 1.5 1.5)
(thickness 0.3)
(bold yes)
)
(justify left bottom)
)
)
(gr_text "Not specified"
(at 205.035712 53.106 0)
(layer "F.Fab")
(uuid "2d250e4c-39cf-4b1d-af31-5ffc21d14f47")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "0 mm"
(at 185.00714 63.924 0)
(layer "F.Fab")
(uuid "2d6fd5e2-168d-4b69-86c6-d6050187eff8")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "0"
(at 234.421428 63.924 0)
(layer "F.Fab")
(uuid "3022c928-2ab2-4fa5-b7ff-2ccc5a1df7a7")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "0"
(at 234.421428 42.288 0)
(layer "F.Fab")
(uuid "30401776-38b6-4c95-8ec7-95d0be8965d7")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "core"
(at 142.935714 45.894 0)
(layer "F.Fab")
(uuid "33f44b93-8e19-47bd-a23f-3a4e49a2cc09")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "Not specified"
(at 205.035712 60.318 0)
(layer "F.Fab")
(uuid "35a3f2d9-10fd-4542-952b-a0f3d910456d")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "0"
(at 234.421428 67.53 0)
(layer "F.Fab")
(uuid "3d12fd2b-c4b4-4787-b47c-935089074e20")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "1"
(at 221.535713 27.864 0)
(layer "F.Fab")
(uuid "3d9d9ebe-30e1-46a6-83b8-0669759f1966")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text ""
(at 205.035712 56.712 0)
(layer "F.Fab")
(uuid "4317aabb-7842-4228-820f-8b6889d7fffc")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "0.2 mm"
(at 185.00714 53.106 0)
(layer "F.Fab")
(uuid "441d37f4-5e7b-4f20-af31-b704f17f21e9")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text ""
(at 168.007142 42.288 0)
(layer "F.Fab")
(uuid "46cc5175-5ade-4f35-80b2-98b2a2416ac7")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "1"
(at 221.535713 63.924 0)
(layer "F.Fab")
(uuid "48907cb0-1d94-4ebb-bbac-4351f79b237f")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "Bottom Solder Paste"
(at 142.935714 63.924 0)
(layer "F.Fab")
(uuid "49e43dd7-7fd0-4e51-aaab-19b5fc2398bd")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "0.03 mm"
(at 185.00714 60.318 0)
(layer "F.Fab")
(uuid "51297ac5-92c4-4aeb-a4bd-e9a46e1df47a")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "Dielectric 1"
(at 127.55 38.682 0)
(layer "F.Fab")
(uuid "527282a9-b7d9-4892-b162-b5a6800db57f")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "Bottom Silk Screen"
(at 142.935714 67.53 0)
(layer "F.Fab")
(uuid "560f7a4c-d4ba-4e84-b70e-c1c2626ea272")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "0.0027"
(at 234.421428 38.682 0)
(layer "F.Fab")
(uuid "57eb0aad-ac41-4d3d-b427-3587f8aaca9e")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "Top Solder Paste"
(at 142.935714 27.864 0)
(layer "F.Fab")
(uuid "5a9d1adf-9367-4915-8d90-bb3e2031dbcb")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "Note:\n- The SFP edge fingers need to be gold plated and with 0.3 mm x 45°chamfer\n- The Prepreg need to be high-speed FR4 for the 12.5Gbps signals"
(at 126.3 94.8 0)
(layer "F.Fab")
(uuid "5afdd6dc-24cc-4223-958d-97db8bd00922")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left bottom)
)
)
(gr_text "0"
(at 221.535713 31.47 0)
(layer "F.Fab")
(uuid "5e663356-ff97-4d18-ba6f-2808db858298")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "0.2 mm"
(at 185.00714 38.682 0)
(layer "F.Fab")
(uuid "601fbdec-0c16-4f0d-86ba-9a4ca796aef5")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "0 mm"
(at 185.00714 24.258 0)
(layer "F.Fab")
(uuid "6119db4a-952e-4ee7-8fb3-402a083e92fc")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "0.018 mm"
(at 185.00714 49.5 0)
(layer "F.Fab")
(uuid "61b8452c-0d76-47dd-920c-2106c0fe42a4")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "Dielectric 2"
(at 127.55 45.894 0)
(layer "F.Fab")
(uuid "626b8998-848e-43e0-ac96-ae232158d2d1")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "4.6"
(at 221.535713 45.894 0)
(layer "F.Fab")
(uuid "67619f68-2beb-4a45-8c69-28f8f540628d")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "0"
(at 234.421428 27.864 0)
(layer "F.Fab")
(uuid "676ea827-570f-4e8b-9f37-ff393ecd0735")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "B.Mask"
(at 127.55 60.318 0)
(layer "F.Fab")
(uuid "6a6b6aa5-646f-4a84-b429-1b654af3598a")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "L3.Cu"
(at 127.55 49.5 0)
(layer "F.Fab")
(uuid "6eccd7dc-7660-4abe-a5eb-e6f9f0a336aa")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "F.Silkscreen"
(at 127.55 24.258 0)
(layer "F.Fab")
(uuid "7175d5ad-76fc-48c7-a5c5-c2dc374c3743")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "Not specified"
(at 168.007142 67.53 0)
(layer "F.Fab")
(uuid "72d1f932-8137-46d3-b4c7-c5c5af09b281")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "Material"
(at 168.007142 19.95 0)
(layer "F.Fab")
(uuid "731c260b-a922-4570-b78d-7bacae36d472")
(effects
(font
(size 1.5 1.5)
(thickness 0.3)
)
(justify left top)
)
)
(gr_text "Not specified"
(at 168.007142 31.47 0)
(layer "F.Fab")
(uuid "75657c3d-302b-4d26-a404-581e182ef7aa")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "0"
(at 234.421428 49.5 0)
(layer "F.Fab")
(uuid "79abc3a0-9d48-4da1-94ee-194c10624ee8")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "1"
(at 221.535713 67.53 0)
(layer "F.Fab")
(uuid "7a28d91b-66d7-4192-836b-be9214fd849e")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "F.Paste"
(at 127.55 27.864 0)
(layer "F.Fab")
(uuid "7b1235b3-bc0f-4abc-a634-602845bdf224")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "1"
(at 221.535713 56.712 0)
(layer "F.Fab")
(uuid "7d2b80a7-999a-4b7d-b4c3-230bedfdfb99")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "Type"
(at 142.935714 19.95 0)
(layer "F.Fab")
(uuid "8024adf3-b771-45c9-999e-23074d70d133")
(effects
(font
(size 1.5 1.5)
(thickness 0.3)
)
(justify left top)
)
)
(gr_text "Not specified"
(at 205.035712 67.53 0)
(layer "F.Fab")
(uuid "824fce00-e964-4249-b291-b456e50ac7f7")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "Bottom Solder Mask"
(at 142.935714 60.318 0)
(layer "F.Fab")
(uuid "846d7c4c-a7f0-47d3-a2b9-dab73c86004d")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text ""
(at 168.007142 35.076 0)
(layer "F.Fab")
(uuid "8a80c9d4-4a61-4dea-9f08-d00dd8cc1db5")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "Not specified"
(at 205.035712 24.258 0)
(layer "F.Fab")
(uuid "8ace55a5-342c-4ade-b7e4-4fbfb3f12cbf")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "3.66"
(at 221.535713 38.682 0)
(layer "F.Fab")
(uuid "92d421e9-a78c-4b9e-b1d4-a14a375a2667")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "0"
(at 234.421428 31.47 0)
(layer "F.Fab")
(uuid "9817446b-b516-4616-b711-86534096e9c7")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "0.0027"
(at 234.421428 53.106 0)
(layer "F.Fab")
(uuid "9cb0abaf-ec01-4db4-bac9-5f304da93574")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "Not specified"
(at 205.035712 31.47 0)
(layer "F.Fab")
(uuid "a0ba9020-2a25-46b9-9189-3c5a3ecc746d")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "Epsilon R"
(at 221.535713 19.95 0)
(layer "F.Fab")
(uuid "a6e11059-b139-47ef-a089-a9fb7b19998b")
(effects
(font
(size 1.5 1.5)
(thickness 0.3)
)
(justify left top)
)
)
(gr_text "copper"
(at 142.935714 42.288 0)
(layer "F.Fab")
(uuid "a8d9322f-334c-4583-ac6d-f7d6aae19570")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "FR4 TU-883A"
(at 168.007142 38.682 0)
(layer "F.Fab")
(uuid "abe31144-71d7-4c25-b404-23ad400601aa")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "0"
(at 221.535713 60.318 0)
(layer "F.Fab")
(uuid "b071aa2e-6e3e-41e7-ab28-22714f7fbd7e")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "0"
(at 234.421428 24.258 0)
(layer "F.Fab")
(uuid "b0b59363-c5e5-4acd-a023-8c0a2b5d9de1")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "Not specified"
(at 168.007142 60.318 0)
(layer "F.Fab")
(uuid "b51ee61b-7cc2-475f-9776-d97751717f42")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "FR4"
(at 168.007142 45.894 0)
(layer "F.Fab")
(uuid "b520ddd2-635e-4719-84af-838956d92fa4")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "prepreg"
(at 142.935714 53.106 0)
(layer "F.Fab")
(uuid "b5249832-432a-44ce-803f-80d60c9e5d35")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "0"
(at 234.421428 56.712 0)
(layer "F.Fab")
(uuid "b9cc621d-09f0-43d6-a34a-c2561acc2fde")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "Loss Tangent"
(at 234.421428 19.95 0)
(layer "F.Fab")
(uuid "b9db82e0-2250-4697-a3e2-956c200b6920")
(effects
(font
(size 1.5 1.5)
(thickness 0.3)
)
(justify left top)
)
)
(gr_text "B.Paste"
(at 127.55 63.924 0)
(layer "F.Fab")
(uuid "bd268384-d6a5-41b4-8787-c1c650215a23")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "0.035 mm"
(at 185.00714 35.076 0)
(layer "F.Fab")
(uuid "bf4dde9c-b4b8-4dfb-a0d0-095acfb654f9")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "0.5 mm"
(at 185.00714 45.894 0)
(layer "F.Fab")
(uuid "c06dbec8-a30b-48ca-9464-baa6b968b494")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "Dielectric 3"
(at 127.55 53.106 0)
(layer "F.Fab")
(uuid "c1a576ab-f91b-4acc-a1af-58d5ee772ff4")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "Color"
(at 205.035712 19.95 0)
(layer "F.Fab")
(uuid "c1ec1552-6092-45df-9096-9619d642f09c")
(effects
(font
(size 1.5 1.5)
(thickness 0.3)
)
(justify left top)
)
)
(gr_text "Layer Name"
(at 127.55 19.95 0)
(layer "F.Fab")
(uuid "c2dc756b-1c0a-470d-96b3-ac9814719099")
(effects
(font
(size 1.5 1.5)
(thickness 0.3)
)
(justify left top)
)
)
(gr_text "B.Cu"
(at 127.55 56.712 0)
(layer "F.Fab")
(uuid "c3af05ef-ed93-44da-b17a-c6c38de175e9")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "copper"
(at 142.935714 35.076 0)
(layer "F.Fab")
(uuid "d096f24f-bb77-48ce-81d9-c67665283c76")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "prepreg"
(at 142.935714 38.682 0)
(layer "F.Fab")
(uuid "d5d83bcd-ae00-48e7-aed9-44ff3d1e0879")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "1"
(at 221.535713 49.5 0)
(layer "F.Fab")
(uuid "d822ad6c-f681-40dd-b7ff-049b732b96f4")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text ""
(at 205.035712 27.864 0)
(layer "F.Fab")
(uuid "d96839d4-5400-431c-8551-8e3451df571e")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "1"
(at 221.535713 24.258 0)
(layer "F.Fab")
(uuid "dbffb314-f5ef-4923-a1c9-754447fb4312")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "3.66"
(at 221.535713 53.106 0)
(layer "F.Fab")
(uuid "de23d10f-712d-4dd2-88a9-13c3af74bf79")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "copper"
(at 142.935714 56.712 0)
(layer "F.Fab")
(uuid "df71d001-5f38-4f60-9f25-d1d475b7264e")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "0"
(at 234.421428 35.076 0)
(layer "F.Fab")
(uuid "e0c74aaa-ecc8-48fa-881e-8b3c48e32788")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "L2.Cu"
(at 127.55 42.288 0)
(layer "F.Fab")
(uuid "e30d9190-524f-4a5f-8813-ad9bd2c03f44")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "1"
(at 221.535713 35.076 0)
(layer "F.Fab")
(uuid "e3999e53-d872-475c-864f-40db9c2ad2d7")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "Total board thickness:1.066 mm"
(at 195.8 73.1 0)
(layer "F.Fab")
(uuid "e6237cab-85d2-4024-8f5a-ebbd2764c2f1")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left bottom)
)
)
(gr_text "Impedance control table"
(at 126.5 101.6 0)
(layer "F.Fab")
(uuid "e7561111-a2ef-49b5-a172-873eee5d9ca6")
(effects
(font
(size 1.5 1.5)
(thickness 0.3)
(bold yes)
)
(justify left bottom)
)
)
(gr_text "Top Silk Screen"
(at 142.935714 24.258 0)
(layer "F.Fab")
(uuid "e81cff7c-7fc6-486f-8835-e060c1cb681b")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "0.03 mm"
(at 185.00714 31.47 0)
(layer "F.Fab")
(uuid "f0eaf0d4-f4a0-4ae8-868a-0576208f2156")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "FR4 TU-883A"
(at 168.007142 53.106 0)
(layer "F.Fab")
(uuid "f2bd9fbd-513a-4b94-acb3-15deae891dca")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "0 mm"
(at 185.00714 27.864 0)
(layer "F.Fab")
(uuid "f2f31c97-e9a4-41bb-a2ab-3947fad38938")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "0.035 mm"
(at 185.00714 56.712 0)
(layer "F.Fab")
(uuid "f823c49e-eec5-4e50-ae01-e475f4dc4de1")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text ""
(at 205.035712 35.076 0)
(layer "F.Fab")
(uuid "fb010577-57ab-4afa-9c89-ab6f154afc0d")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(gr_text "Thickness (mm)"
(at 185.00714 19.95 0)
(layer "F.Fab")
(uuid "fd5eeda1-0067-451c-82f3-e3d6549e0311")
(effects
(font
(size 1.5 1.5)
(thickness 0.3)
)
(justify left top)
)
)
(table
(column_count 3)
(layer "F.Fab")
(border
(external yes)
(header yes)
(stroke
(width 0.1)
(type solid)
)
)
(separators
(rows yes)
(cols yes)
(stroke
(width 0.1)
(type solid)
)
)
(column_widths 9.4 24.2 17.05)
(row_heights 5.1 5.1)
(cells
(table_cell "Layer"
(start 126.4 102.35)
(end 135.8 107.45)
(margins 1.0025 1.0025 1.0025 1.0025)
(span 1 1)
(layer "F.Fab")
(uuid "5e340ca8-321a-4477-a613-a2d6ca1e412d")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(table_cell "D100 (Width/Gap)"
(start 135.8 102.35)
(end 160 107.45)
(margins 1.0025 1.0025 1.0025 1.0025)
(span 1 1)
(layer "F.Fab")
(uuid "e95907be-24e3-4530-8a7f-70d6d59d1c85")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(table_cell "SE75 (Width)"
(start 160 102.35)
(end 177.05 107.45)
(margins 1.0025 1.0025 1.0025 1.0025)
(span 1 1)
(layer "F.Fab")
(uuid "2f9d40c0-b0a0-4a72-b220-0cdb2a93190d")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(table_cell "F.Cu"
(start 126.4 107.45)
(end 135.8 112.55)
(margins 1.0025 1.0025 1.0025 1.0025)
(span 1 1)
(layer "F.Fab")
(uuid "928a5ff7-5890-487a-9081-9bc43df1a1e8")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(table_cell "0.4 mm / 0.3 mm"
(start 135.8 107.45)
(end 160 112.55)
(margins 1.0025 1.0025 1.0025 1.0025)
(span 1 1)
(layer "F.Fab")
(uuid "1fa7bd31-c70d-498a-bade-dc8011fa752e")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
(table_cell "0.18 mm"
(start 160 107.45)
(end 177.05 112.55)
(margins 1.0025 1.0025 1.0025 1.0025)
(span 1 1)
(layer "F.Fab")
(uuid "dec8f2b0-ed97-4e43-9d64-97ca749f6184")
(effects
(font
(size 1.5 1.5)
(thickness 0.1)
)
(justify left top)
)
)
)
)
(segment
(start 150.8675 79.9)
(end 152.0025 79.9)
(width 0.18)
(layer "F.Cu")
(net 1)
(uuid "d1e9d94d-2639-49a1-9162-053ca185952b")
)
(segment
(start 152.005 81.1)
(end 150.8675 81.1)
(width 0.18)
(layer "F.Cu")
(net 2)
(uuid "5ae4c6b7-4d6c-41d5-8b1e-d5848f8ffccd")
)
(segment
(start 156.9625 77.51)
(end 157.1725 77.3)
(width 0.2)
(layer "F.Cu")
(net 3)
(uuid "38af5923-e076-43db-9d56-b420151e966d")
)
(segment
(start 156.9625 78.6625)
(end 156.9625 77.51)
(width 0.2)
(layer "F.Cu")
(net 3)
(uuid "55bf642f-1555-499f-93a1-e1a55888d796")
)
(segment
(start 157.1725 77.3)
(end 158.365 77.3)
(width 0.2)
(layer "F.Cu")
(net 3)
(uuid "b7bf7ef3-d258-4ee8-acdc-e925361b2c0a")
)
(segment
(start 156.806587 83.206587)
(end 157.4 83.8)
(width 0.5)
(layer "F.Cu")
(net 4)
(uuid "085cb8b7-a651-42c7-8589-d7705b9ab14d")
)
(segment
(start 164.3 74.5)
(end 164.3 74.995)
(width 0.25)
(layer "F.Cu")
(net 4)
(uuid "17b66dda-4c2d-4b54-b333-54ec0a58c3fd")
)
(segment
(start 153.665 75.565)
(end 153.6 75.5)
(width 0.5)
(layer "F.Cu")
(net 4)
(uuid "1f4577b6-e027-4e61-bf75-e05f504bdc62")
)
(segment
(start 191.75 78.6)
(end 189.1 78.6)
(width 0.5)
(layer "F.Cu")
(net 4)
(uuid "2852cf77-f6d9-4c9d-803e-96fc5177bcab")
)
(segment
(start 149.7325 81.1)
(end 147.88 81.1)
(width 0.18)
(layer "F.Cu")
(net 4)
(uuid "2e50c5aa-3d82-4c66-912e-cfb3744fe24e")
)
(segment
(start 191.75 76.2)
(end 189.1 76.2)
(width 0.5)
(layer "F.Cu")
(net 4)
(uuid "636eab81-b912-43d2-b1a0-472b47a27e62")
)
(segment
(start 162.85 78.2)
(end 162.9 78.25)
(width 0.5)
(layer "F.Cu")
(net 4)
(uuid "6cb91167-d5bc-4e6b-a032-dd05748dc9d9")
)
(segment
(start 161.9 78.2)
(end 162.85 78.2)
(width 0.5)
(layer "F.Cu")
(net 4)
(uuid "7a4fdc72-aa0e-4ea5-aee6-16d50a095c0a")
)
(segment
(start 146.88 82.1)
(end 146.54 82.44)
(width 0.18)
(layer "F.Cu")
(net 4)
(uuid "86832677-9e08-4cc6-97f2-f3a7e41918d8")
)
(segment
(start 189.1 80.999)
(end 191.749 80.999)
(width 0.5)
(layer "F.Cu")
(net 4)
(uuid "8a038e2e-f1bd-4051-8997-c47dc6cfe26c")
)
(segment
(start 153.665 77.3)
(end 153.665 76.3)
(width 0.5)
(layer "F.Cu")
(net 4)
(uuid "97612ae8-71dd-4a9b-9f94-dcb3a0862abf")
)
(segment
(start 152.15 75.2)
(end 153.3 75.2)
(width 0.5)
(layer "F.Cu")
(net 4)
(uuid "9e99c2c2-30b2-491a-ae5a-3cd54a63fcf7")
)
(segment
(start 157.4 83.8)
(end 157.4325 83.8)
(width 0.5)
(layer "F.Cu")
(net 4)
(uuid "a7d98fb0-d391-4eb0-9d6b-2b1ccd302803")
)
(segment
(start 191.749 80.999)
(end 191.75 81)
(width 0.5)
(layer "F.Cu")
(net 4)
(uuid "baca6bde-9b50-438d-b180-e04738f468f8")
)
(segment
(start 150.865 82.1)
(end 146.88 82.1)
(width 0.18)
(layer "F.Cu")
(net 4)
(uuid "be15e298-7627-4e00-9089-58c5d953b848")
)
(segment
(start 191.75 83.4)
(end 189.1 83.4)
(width 0.5)
(layer "F.Cu")
(net 4)
(uuid "c0f33aa1-18a9-44af-9667-532320e02e13")
)
(segment
(start 153.665 76.3)
(end 153.665 75.565)
(width 0.5)
(layer "F.Cu")
(net 4)
(uuid "cd51310e-ee85-42c0-baa9-7f5a3d4ce983")
)
(segment
(start 153.3 75.2)
(end 153.6 75.5)
(width 0.5)
(layer "F.Cu")
(net 4)
(uuid "dcbb9a93-8d58-4db6-8a65-504734aff909")
)
(segment
(start 147.88 81.1)
(end 146.54 82.44)
(width 0.18)
(layer "F.Cu")
(net 4)
(uuid "e711ba89-b709-43b1-8f48-0402320b7117")
)
(segment
(start 164.3 74.995)
(end 164.27 75.025)
(width 0.25)
(layer "F.Cu")
(net 4)
(uuid "f02319a2-750f-4877-8c9b-5486c8955b0a")
)
(via
(at 166 76.6)
(size 0.6)
(drill 0.3)
(layers "F.Cu" "B.Cu")
(net 4)
(uuid "19e7d8dd-e57b-4274-9c4c-061920320aa5")
)
(via
(at 189.1 76.2)
(size 0.5)
(drill 0.2)
(layers "F.Cu" "B.Cu")
(net 4)
(uuid "297a5f23-3b9a-4d8c-acb7-99958c1ddafc")
)
(via
(at 161.9 78.2)
(size 0.5)
(drill 0.2)
(layers "F.Cu" "B.Cu")
(net 4)
(uuid "383e1f68-6908-4470-bdd6-0c5eec30df4b")
)
(via
(at 159.188909 78.388909)
(size 0.5)
(drill 0.2)
(layers "F.Cu" "B.Cu")
(free yes)
(net 4)
(uuid "41a3e564-438d-422a-8b17-29bda6701b17")
)
(via
(at 189.1 83.4)
(size 0.5)
(drill 0.2)
(layers "F.Cu" "B.Cu")
(net 4)
(uuid "41af5557-c248-4a7d-8040-6cb44b3f8287")
)
(via
(at 189.1 80.999)
(size 0.5)
(drill 0.2)
(layers "F.Cu" "B.Cu")
(net 4)
(uuid "53e8d3b5-915b-4160-abf4-830c6281399d")
)
(via
(at 171.7 85.4)
(size 0.5)
(drill 0.2)
(layers "F.Cu" "B.Cu")
(net 4)
(uuid "5a1fcbd7-1819-458c-bdb5-ad8eda9ce63d")
)
(via
(at 189.1 78.6)
(size 0.5)
(drill 0.2)
(layers "F.Cu" "B.Cu")
(net 4)
(uuid "7d9c5e9f-7127-4045-a587-ab86b296efc4")
)
(via
(at 164.3 74.5)
(size 0.5)
(drill 0.2)
(layers "F.Cu" "B.Cu")
(net 4)
(uuid "7f011819-d28c-41a8-a54b-9b9bda66cf66")
)
(via
(at 181.1 74.9)
(size 0.6)
(drill 0.3)
(layers "F.Cu" "B.Cu")
(net 4)
(uuid "a302d7ef-7dd7-4f76-881e-f845a7467bfb")
)
(via
(at 153.6 75.5)
(size 0.5)
(drill 0.2)
(layers "F.Cu" "B.Cu")
(net 4)
(uuid "a566e9c8-9879-4f73-9fdf-766b2af0e81b")
)
(via
(at 181.1 84.2)
(size 0.6)
(drill 0.3)
(layers "F.Cu" "B.Cu")
(net 4)
(uuid "c6b97962-491f-4a34-962b-78918f3aa395")
)
(via
(at 156.806587 83.206587)
(size 0.5)
(drill 0.2)
(layers "F.Cu" "B.Cu")
(net 4)
(uuid "d1659bf1-a779-4c5d-bceb-173bea7d3e76")
)
(via
(at 168.6 82.2)
(size 0.5)
(drill 0.2)
(layers "F.Cu" "B.Cu")
(net 4)
(uuid "d4dac158-d6c0-4c1d-b056-5946154c4ca8")
)
(via
(at 171.7 82.5)
(size 0.5)
(drill 0.2)
(layers "F.Cu" "B.Cu")
(net 4)
(uuid "dd7fb985-9236-4e23-ab09-14d525b7f5a3")
)
(segment
(start 171.7 85.3)
(end 171.66 85.26)
(width 0.25)
(layer "B.Cu")
(net 4)
(uuid "04ff5f0b-7322-4c41-b585-72232cc2e4e7")
)
(segment
(start 191.75 83.8)
(end 189.5 83.8)
(width 0.5)
(layer "B.Cu")
(net 4)
(uuid "0cd1f7f0-6d3c-4cf4-b315-fb1f11f8d199")
)
(segment
(start 189.5 83)
(end 189.1 83.4)
(width 0.5)
(layer "B.Cu")
(net 4)
(uuid "1ba1fa95-a018-4165-ab9d-ba1860fed230")
)
(segment
(start 181.1 74.9)
(end 181.070776 74.929224)
(width 0.5)
(layer "B.Cu")
(net 4)
(uuid "1ebc1dcc-5912-4eef-a2bf-54d0e5207e94")
)
(segment
(start 181.105 75.105)
(end 181.105 75.9)
(width 0.5)
(layer "B.Cu")
(net 4)
(uuid "2407250d-4236-4dc7-91c6-c8ca0f3de899")
)
(segment
(start 165.95 76.55)
(end 166 76.6)
(width 0.5)
(layer "B.Cu")
(net 4)
(uuid "4414e0d2-c9e7-44c4-964a-073ced1e1290")
)
(segment
(start 171.7 82.5)
(end 171.66 82.54)
(width 0.25)
(layer "B.Cu")
(net 4)
(uuid "45e03ea9-7adf-4418-a32c-5b4ccd930d92")
)
(segment
(start 181.1025 82.3)
(end 181.1025 83.4)
(width 0.5)
(layer "B.Cu")
(net 4)
(uuid "46cd67b3-8b72-4258-86ca-361884c10904")
)
(segment
(start 181.1025 83.4)
(end 181.1025 84.1975)
(width 0.5)
(layer "B.Cu")
(net 4)
(uuid "4941c21c-f97c-4a4f-b656-6d73e15fbf70")
)
(segment
(start 181.1025 84.1975)
(end 181.1 84.2)
(width 0.5)
(layer "B.Cu")
(net 4)
(uuid "4a92e8ff-0d9f-478f-b06e-24464ac13f35")
)
(segment
(start 171.7 85.4)
(end 171.7 85.3)
(width 0.25)
(layer "B.Cu")
(net 4)
(uuid "74f0cde0-e859-461c-a631-b95d929d3971")
)
(segment
(start 181.070776 75.070776)
(end 181.105 75.105)
(width 0.5)
(layer "B.Cu")
(net 4)
(uuid "87ec1c80-3210-4523-903a-9bb2bd7f1c42")
)
(segment
(start 162.5375 78.2)
(end 161.9 78.2)
(width 0.5)
(layer "B.Cu")
(net 4)
(uuid "8a5f6af8-40af-4f49-aa20-c87f343ad843")
)
(segment
(start 162.5375 79.2)
(end 162.5375 78.2)
(width 0.5)
(layer "B.Cu")
(net 4)
(uuid "93db5c0a-44d7-4497-9da8-50bc6e1e73f9")
)
(segment
(start 191.75 76.6)
(end 189.5 76.6)
(width 0.5)
(layer "B.Cu")
(net 4)
(uuid "94dfd2f5-7239-4dd5-9ff9-828c587490a8")
)
(segment
(start 171.66 82.54)
(end 171.66 82.9475)
(width 0.25)
(layer "B.Cu")
(net 4)
(uuid "9e0713d7-d817-4770-96a2-3373bf1c5856")
)
(segment
(start 189.5 83.8)
(end 189.1 83.4)
(width 0.5)
(layer "B.Cu")
(net 4)
(uuid "ae9db289-106f-44a6-82af-93eb41b4c7ab")
)
(segment
(start 171.66 85.26)
(end 171.66 84.8975)
(width 0.25)
(layer "B.Cu")
(net 4)
(uuid "b08c3ef9-ceb5-4650-abac-92d09bae20e4")
)
(segment
(start 164.85 76.55)
(end 165.95 76.55)
(width 0.5)
(layer "B.Cu")
(net 4)
(uuid "b18cab8a-498f-440e-8c9e-84beb084954b")
)
(segment
(start 189.5 76.6)
(end 189.1 76.2)
(width 0.5)
(layer "B.Cu")
(net 4)
(uuid "bc41d16e-10e6-441c-9471-4e07856b2bc2")
)
(segment
(start 168.6 81.6)
(end 168.6 82.2)
(width 0.5)
(layer "B.Cu")
(net 4)
(uuid "bf763c01-b7cb-41dd-8c09-82113c782b21")
)
(segment
(start 191.75 83)
(end 189.5 83)
(width 0.5)
(layer "B.Cu")
(net 4)
(uuid "c6b32f40-01bb-42ff-b8d8-f3b9206cf3ce")
)
(segment
(start 162.5375 78.2)
(end 162.5375 77.525)
(width 0.5)
(layer "B.Cu")
(net 4)
(uuid "c8230119-5a85-4530-bd2e-878adb27402d")
)
(segment
(start 181.070776 74.929224)
(end 181.070776 75.070776)
(width 0.5)
(layer "B.Cu")
(net 4)
(uuid "ca0cf88e-2dc1-4429-88eb-2daffc3ba048")
)
(segment
(start 162.5375 77.525)
(end 162.6 77.4625)
(width 0.5)
(layer "B.Cu")
(net 4)
(uuid "d7ddf74b-692c-492b-916c-d1870a3b15f9")
)
(segment
(start 164.85 77.6)
(end 164.85 76.55)
(width 0.25)
(layer "B.Cu")
(net 4)
(uuid "da7c045d-836f-48c9-aa83-6614cd050f28")
)
(segment
(start 149.7325 79.9)
(end 144 79.9)
(width 0.18)
(layer "F.Cu")
(net 5)
(uuid "83f90a3c-74a9-4954-928f-ad013ea49b64")
)
(segment
(start 158.7 78.1)
(end 159.5 77.3)
(width 0.2)
(layer "F.Cu")
(net 6)
(uuid "01d8c7fd-6739-49f5-a09b-71756d1a137a")
)
(segment
(start 157.6125 78.1875)
(end 157.7 78.1)
(width 0.2)
(layer "F.Cu")
(net 6)
(uuid "24ec4c0e-ea9a-4723-b4bf-4a26f17f459c")
)
(segment
(start 157.6125 78.6625)
(end 157.6125 78.1875)
(width 0.2)
(layer "F.Cu")
(net 6)
(uuid "5f5967b9-5373-4abc-a098-26f71afa43b2")
)
(segment
(start 157.7 78.1)
(end 158.7 78.1)
(width 0.2)
(layer "F.Cu")
(net 6)
(uuid "fea3acd9-eeb7-4955-a605-38f61981764c")
)
(segment
(start 164.035 78.25)
(end 164.035 77.236)
(width 0.5)
(layer "F.Cu")
(net 7)
(uuid "0be55f4e-a150-413e-94b7-dcaa1740b474")
)
(segment
(start 164.035 77.236)
(end 164.27 77.001)
(width 0.5)
(layer "F.Cu")
(net 7)
(uuid "aafe5a20-9eaa-44ff-b576-dcc5d2c2978e")
)
(via
(at 169.2 79.1)
(size 0.5)
(drill 0.2)
(layers "F.Cu" "B.Cu")
(free yes)
(net 7)
(uuid "15faec5f-1468-4f49-b118-6d982d45d532")
)
(via
(at 142.3 85.4)
(size 0.5)
(drill 0.2)
(layers "F.Cu" "B.Cu")
(free yes)
(net 7)
(uuid "196c790c-89fd-484f-84c6-4d9450c4aafa")
)
(via
(at 180.2 77.9)
(size 0.6)
(drill 0.3)
(layers "F.Cu" "B.Cu")
(net 7)
(uuid "3d38aafb-c110-4b95-8400-2c08d3cfe1d6")
)
(via
(at 169.2 78.3)
(size 0.5)
(drill 0.2)
(layers "F.Cu" "B.Cu")
(free yes)
(net 7)
(uuid "a510eb5a-f071-4332-aabf-291b5baeb0d7")
)
(via
(at 168.3 78.3)
(size 0.5)
(drill 0.2)
(layers "F.Cu" "B.Cu")
(free yes)
(net 7)
(uuid "ef0ac22a-1957-4e56-93f2-d01236a23b63")
)
(via
(at 168.3 79.1)
(size 0.5)
(drill 0.2)
(layers "F.Cu" "B.Cu")
(free yes)
(net 7)
(uuid "fd1ecab0-ffd0-4591-9ae9-681ea0d40173")
)
(segment
(start 167.465 82.8865)
(end 167.5 82.9215)
(width 0.5)
(layer "B.Cu")
(net 7)
(uuid "060c6f66-9595-4a86-a628-2d34a6062ccd")
)
(segment
(start 164.2625 79.2)
(end 164.4 79.2)
(width 0.5)
(layer "B.Cu")
(net 7)
(uuid "24758cf6-8dc6-487d-9511-8df81b8ebcd4")
)
(segment
(start 166.1525 82.9475)
(end 165.8 83.3)
(width 0.25)
(layer "B.Cu")
(net 7)
(uuid "302357c7-8d41-46fb-9a9f-e4c9187cb8e3")
)
(segment
(start 164.4 79.2)
(end 165.5 78.1)
(width 0.5)
(layer "B.Cu")
(net 7)
(uuid "56ac0f9c-acf0-40ec-b0f9-8b5331bd1b00")
)
(segment
(start 181.1025 77)
(end 181.1 77)
(width 0.5)
(layer "B.Cu")
(net 7)
(uuid "6e253b5b-f8e0-4f44-952b-4bb7401b91d8")
)
(segment
(start 167.465 81.6)
(end 167.465 82.8865)
(width 0.5)
(layer "B.Cu")
(net 7)
(uuid "796c24b4-04af-4dd6-b6ba-8086145b38d1")
)
(segment
(start 181.1 77)
(end 180.2 77.9)
(width 0.5)
(layer "B.Cu")
(net 7)
(uuid "a88d76a8-aa71-48a8-aaed-0dcb08d68402")
)
(segment
(start 164.2 79.1375)
(end 164.2 77.6)
(width 0.5)
(layer "B.Cu")
(net 7)
(uuid "b3e74e6e-0518-4319-9ca1-7fbd971f1ffa")
)
(segment
(start 164.2625 79.2)
(end 164.2 79.1375)
(width 0.5)
(layer "B.Cu")
(net 7)
(uuid "c4fb796b-125a-4b96-9ac3-6d48b53b14c1")
)
(segment
(start 167.5 82.9475)
(end 166.1525 82.9475)
(width 0.25)
(layer "B.Cu")
(net 7)
(uuid "ec4b2012-b8ad-4ac1-af04-067b73faa2ef")
)
(segment
(start 165.5 78.1)
(end 165.5 77.6)
(width 0.5)
(layer "B.Cu")
(net 7)
(uuid "f225cb6f-9be5-4e5e-9adb-091c637b40ba")
)
(segment
(start 158.5675 83.8)
(end 158.5675 83.2925)
(width 0.5)
(layer "F.Cu")
(net 8)
(uuid "414ee168-3dc7-426e-9311-b290554d02c4")
)
(segment
(start 158.5675 83.2925)
(end 157.6125 82.3375)
(width 0.5)
(layer "F.Cu")
(net 8)
(uuid "4f3d5bf8-932e-44c5-8e43-4ce72917b066")
)
(segment
(start 158.5675 83.8)
(end 159.4 83.8)
(width 0.5)
(layer "F.Cu")
(net 8)
(uuid "ecf5aa27-2657-4415-9ffe-8ffb0401010f")
)
(via
(at 156.4 76.3)
(size 0.5)
(drill 0.2)
(layers "F.Cu" "B.Cu")
(free yes)
(net 8)
(uuid "23d4e227-df8e-467e-8218-a350fb03b77e")
)
(via
(at 154.8 74.8)
(size 0.5)
(drill 0.2)
(layers "F.Cu" "B.Cu")
(free yes)
(net 8)
(uuid "29b323c4-afc5-4918-88da-1af320825324")
)
(via
(at 154.8 75.5)
(size 0.5)
(drill 0.2)
(layers "F.Cu" "B.Cu")
(free yes)
(net 8)
(uuid "5a523e6d-22bb-45b0-a048-63a8e986a443")
)
(via
(at 155.8 76.3)
(size 0.5)
(drill 0.2)
(layers "F.Cu" "B.Cu")
(net 8)
(uuid "7158fc26-9c31-4e97-bae4-dc74f49284c0")
)
(via
(at 159.4 83.8)
(size 0.5)
(drill 0.2)
(layers "F.Cu" "B.Cu")
(net 8)
(uuid "f710eff2-bc67-4d72-b5b8-7e4a46622a03")
)
(segment
(start 164.2 75.5)
(end 162.8375 75.5)
(width 0.5)
(layer "B.Cu")
(net 8)
(uuid "1291fa02-e869-4074-88e7-3a59ae9ce9ec")
)
(segment
(start 162.8375 75.5)
(end 162.6 75.7375)
(width 0.5)
(layer "B.Cu")
(net 8)
(uuid "be3f056f-0e8b-4745-9caf-502854a5ae57")
)
(segment
(start 185.968751 77.75)
(end 189.649999 77.75)
(width 0.4)
(layer "F.Cu")
(net 9)
(uuid "06dc4a17-e09d-4bac-9f2b-a6e1bcfcbfe3")
)
(segment
(start 189.699999 77.8)
(end 191.35 77.8)
(width 0.4)
(layer "F.Cu")
(net 9)
(uuid "41d64a1d-c0f3-465a-8f6f-a2c590cb9f96")
)
(segment
(start 189.649999 77.75)
(end 189.699999 77.8)
(width 0.4)
(layer "F.Cu")
(net 9)
(uuid "84b99f6b-3a89-4e05-9b16-aba171548d1b")
)
(segment
(start 185.718751 78)
(end 185.968751 77.75)
(width 0.4)
(layer "F.Cu")
(net 9)
(uuid "ad9cd74d-135a-4b31-993e-354af42da187")
)
(segment
(start 185.1675 78)
(end 185.718751 78)
(width 0.4)
(layer "F.Cu")
(net 9)
(uuid "d39593fe-1082-41d9-9075-586317dc8e12")
)
(segment
(start 182.355024 77.75)
(end 180.954524 76.3495)
(width 0.4)
(layer "F.Cu")
(net 11)
(uuid "0227ff5a-f290-4268-b576-4f35ff658ceb")
)
(segment
(start 172.6 76.597)
(end 172.063749 76.597)
(width 0.4)
(layer "F.Cu")
(net 11)
(uuid "05485ac3-1542-4229-836a-b68fcfe40f42")
)
(segment
(start 170.7995 76.35)
(end 168.595 76.35)
(width 0.4)
(layer "F.Cu")
(net 11)
(uuid "06d584f1-1ec3-4d1e-a7b8-d734791fca9c")
)
(segment
(start 173.136251 76.597)
(end 172.6 76.597)
(width 0.4)
(layer "F.Cu")
(net 11)
(uuid "06f17d79-e2ad-4757-9d1b-b0061afdaed3")
)
(segment
(start 172.063749 76.597)
(end 171.816249 76.3495)
(width 0.4)
(layer "F.Cu")
(net 11)
(uuid "347a872a-a680-4de5-9c2b-f50aaf92b8a6")
)
(segment
(start 183.481249 78)
(end 183.231249 77.75)
(width 0.4)
(layer "F.Cu")
(net 11)
(uuid "80c17821-0874-49f9-9b99-bff3d6ced0c2")
)
(segment
(start 171.816249 76.3495)
(end 170.8 76.3495)
(width 0.4)
(layer "F.Cu")
(net 11)
(uuid "831d2b71-5833-4cef-9757-441a8256eaa3")
)
(segment
(start 180.954524 76.3495)
(end 173.383751 76.3495)
(width 0.4)
(layer "F.Cu")
(net 11)
(uuid "b0690117-8a1b-4fce-ae18-4424e7b7649c")
)
(segment
(start 168.595 76.35)
(end 168.57 76.325)
(width 0.4)
(layer "F.Cu")
(net 11)
(uuid "bb17c752-cb49-4bbf-8125-5c700d54837b")
)
(segment
(start 170.8 76.3495)
(end 170.7995 76.35)
(width 0.4)
(layer "F.Cu")
(net 11)
(uuid "c67e2e1a-8420-4d0d-8f59-68c249fcd46d")
)
(segment
(start 184.0325 78)
(end 183.481249 78)
(width 0.4)
(layer "F.Cu")
(net 11)
(uuid "d951d84f-d483-4d12-ad9e-714303406dc0")
)
(segment
(start 183.231249 77.75)
(end 182.355024 77.75)
(width 0.4)
(layer "F.Cu")
(net 11)
(uuid "e6cdd5eb-4c24-4d74-9344-df02a30ed87d")
)
(segment
(start 173.383751 76.3495)
(end 173.136251 76.597)
(width 0.4)
(layer "F.Cu")
(net 11)
(uuid "f43afc40-5457-4929-92bc-ffbcd37f9435")
)
(segment
(start 189.649999 77.05)
(end 189.699999 77)
(width 0.4)
(layer "F.Cu")
(net 12)
(uuid "7636e805-715d-4cdb-9697-a2f0ceb32e77")
)
(segment
(start 185.968751 77.05)
(end 189.649999 77.05)
(width 0.4)
(layer "F.Cu")
(net 12)
(uuid "86e4b988-b692-4b88-8bf8-5f6a1f7decc9")
)
(segment
(start 185.718751 76.8)
(end 185.968751 77.05)
(width 0.4)
(layer "F.Cu")
(net 12)
(uuid "a78dd8db-eeb4-4285-99aa-8b61e9febcfb")
)
(segment
(start 189.699999 77)
(end 191.35 77)
(width 0.4)
(layer "F.Cu")
(net 12)
(uuid "b851a0d3-a810-4e0d-832f-60d86692056c")
)
(segment
(start 185.1675 76.8)
(end 185.718751 76.8)
(width 0.4)
(layer "F.Cu")
(net 12)
(uuid "c64acc20-f626-4943-b473-a58d3a123dc0")
)
(segment
(start 173.136251 75.402)
(end 172.6 75.402)
(width 0.4)
(layer "F.Cu")
(net 13)
(uuid "1412dbf3-8cc4-458e-8236-8983785fe4f7")
)
(segment
(start 171.816249 75.6495)
(end 170.532124 75.6495)
(width 0.4)
(layer "F.Cu")
(net 13)
(uuid "160f4641-add9-41f0-85e1-8dcd7d6952ce")
)
(segment
(start 170.531624 75.65)
(end 168.595 75.65)
(width 0.4)
(layer "F.Cu")
(net 13)
(uuid "1f2eb9e4-717b-466f-93ff-9227ca8c40b4")
)
(segment
(start 172.6 75.402)
(end 172.063749 75.402)
(width 0.4)
(layer "F.Cu")
(net 13)
(uuid "34ccaad8-b753-44ff-b01a-9b2113235d3e")
)
(segment
(start 170.532124 75.6495)
(end 170.531624 75.65)
(width 0.4)
(layer "F.Cu")
(net 13)
(uuid "47a8c802-90c6-4277-9a90-eb568dc2ced3")
)
(segment
(start 184.0325 76.8)
(end 183.481249 76.8)
(width 0.4)
(layer "F.Cu")
(net 13)
(uuid "6114f37a-c6b2-4880-9ebd-2e37d3848a4b")
)
(segment
(start 173.383751 75.6495)
(end 173.136251 75.402)
(width 0.4)
(layer "F.Cu")
(net 13)
(uuid "6d324fe7-0860-4833-84ee-0872a7b9b77f")
)
(segment
(start 168.595 75.65)
(end 168.57 75.675)
(width 0.4)
(layer "F.Cu")
(net 13)
(uuid "95c58a15-0df3-42b1-9876-e4fe6f021443")
)
(segment
(start 183.231249 77.05)
(end 182.644976 77.05)
(width 0.4)
(layer "F.Cu")
(net 13)
(uuid "a08ea204-15b9-4bd5-86e3-de2e09ca287b")
)
(segment
(start 183.481249 76.8)
(end 183.231249 77.05)
(width 0.4)
(layer "F.Cu")
(net 13)
(uuid "b084be12-ad6b-4b31-8cc1-1a042ddd5474")
)
(segment
(start 172.063749 75.402)
(end 171.816249 75.6495)
(width 0.4)
(layer "F.Cu")
(net 13)
(uuid "bf5be640-bff1-4b49-afad-96986b0cf08d")
)
(segment
(start 182.644976 77.05)
(end 181.244476 75.6495)
(width 0.4)
(layer "F.Cu")
(net 13)
(uuid "c2d0ee69-d9ce-4931-ad87-9dfb9bfe71d1")
)
(segment
(start 181.244476 75.6495)
(end 173.383751 75.6495)
(width 0.4)
(layer "F.Cu")
(net 13)
(uuid "eb02124f-c2bc-43ea-9604-436dd3df54a0")
)
(segment
(start 183.481249 81.6)
(end 183.231249 81.85)
(width 0.4)
(layer "F.Cu")
(net 14)
(uuid "19e1bc45-04f8-4da5-8b04-6a061657c968")
)
(segment
(start 175.844976 81.85)
(end 174.144976 80.15)
(width 0.4)
(layer "F.Cu")
(net 14)
(uuid "1d9ff64b-35c1-4d4b-b212-ba7290f31fb0")
)
(segment
(start 174.144976 80.15)
(end 158.5 80.15)
(width 0.4)
(layer "F.Cu")
(net 14)
(uuid "86bc930f-d802-4e4c-b37c-e858cbabce15")
)
(segment
(start 183.231249 81.85)
(end 175.844976 81.85)
(width 0.4)
(layer "F.Cu")
(net 14)
(uuid "bf694b0e-1dbf-4326-8ea3-fb14bda7adc8")
)
(segment
(start 158.5 80.15)
(end 158.475 80.175)
(width 0.4)
(layer "F.Cu")
(net 14)
(uuid "c54044f8-f6f3-4f4f-81e6-4a5946b1b3e8")
)
(segment
(start 184.0325 81.6)
(end 183.481249 81.6)
(width 0.4)
(layer "F.Cu")
(net 14)
(uuid "c8c0f673-93dd-4475-9f5e-c4f75789c6b4")
)
(segment
(start 189.649999 81.85)
(end 185.968751 81.85)
(width 0.4)
(layer "F.Cu")
(net 15)
(uuid "1dd4aaa6-36a6-4ba7-a88b-0d6d870e9a08")
)
(segment
(start 191.35 81.8)
(end 189.699999 81.8)
(width 0.4)
(layer "F.Cu")
(net 15)
(uuid "58c1a601-d5f9-4483-81c5-1f0ac3bd2241")
)
(segment
(start 185.718751 81.6)
(end 185.1675 81.6)
(width 0.4)
(layer "F.Cu")
(net 15)
(uuid "69ddc181-420d-4dcd-966f-004fbe97cfa6")
)
(segment
(start 185.968751 81.85)
(end 185.718751 81.6)
(width 0.4)
(layer "F.Cu")
(net 15)
(uuid "9816e413-478b-4553-a588-1d3f3b240754")
)
(segment
(start 189.699999 81.8)
(end 189.649999 81.85)
(width 0.4)
(layer "F.Cu")
(net 15)
(uuid "dd4829ff-035a-4a26-91f1-b12ea711e71e")
)
(segment
(start 184.0325 82.8)
(end 183.481249 82.8)
(width 0.4)
(layer "F.Cu")
(net 16)
(uuid "01c5a242-f743-437d-9d1b-83eb043512ca")
)
(segment
(start 175.555024 82.55)
(end 173.855024 80.85)
(width 0.4)
(layer "F.Cu")
(net 16)
(uuid "0d7b92c6-6a83-4745-bc4e-c4f8a2bce3ba")
)
(segment
(start 183.231249 82.55)
(end 175.555024 82.55)
(width 0.4)
(layer "F.Cu")
(net 16)
(uuid "326a575c-9b03-4c34-bd2d-3132bac3bf3b")
)
(segment
(start 183.481249 82.8)
(end 183.231249 82.55)
(width 0.4)
(layer "F.Cu")
(net 16)
(uuid "4c9225c1-69c0-420e-8aa9-3b0ac699ed3f")
)
(segment
(start 173.855024 80.85)
(end 158.5 80.85)
(width 0.4)
(layer "F.Cu")
(net 16)
(uuid "7878b607-ca1a-4e0d-ad51-472ba91171ff")
)
(segment
(start 158.5 80.85)
(end 158.475 80.825)
(width 0.4)
(layer "F.Cu")
(net 16)
(uuid "ded20732-3889-4a3f-937e-953fff14af5a")
)
(segment
(start 189.649999 82.55)
(end 185.968751 82.55)
(width 0.4)
(layer "F.Cu")
(net 17)
(uuid "34916344-7d42-4345-9ff6-0fe63fb25bfb")
)
(segment
(start 185.968751 82.55)
(end 185.718751 82.8)
(width 0.4)
(layer "F.Cu")
(net 17)
(uuid "64d414ef-9ffb-41dd-af03-b69661c68e80")
)
(segment
(start 189.699999 82.6)
(end 189.649999 82.55)
(width 0.4)
(layer "F.Cu")
(net 17)
(uuid "6c24c6fd-9f41-4249-b5fb-8e4e80b1835d")
)
(segment
(start 191.35 82.6)
(end 189.699999 82.6)
(width 0.4)
(layer "F.Cu")
(net 17)
(uuid "9fac16bb-bcc2-434e-a361-fd4fbe563081")
)
(segment
(start 185.718751 82.8)
(end 185.1675 82.8)
(width 0.4)
(layer "F.Cu")
(net 17)
(uuid "d370d220-30ea-4743-843e-2b8789e99f52")
)
(segment
(start 183.7705 80.827)
(end 188.113412 80.827)
(width 0.25)
(layer "B.Cu")
(net 18)
(uuid "071cb238-9b8c-443d-a0e4-14bc4410c0a6")
)
(segment
(start 189.338588 81.575)
(end 190.313588 80.6)
(width 0.25)
(layer "B.Cu")
(net 18)
(uuid "0c6bab1c-d185-40a8-97e4-5d47cf67d26a")
)
(segment
(start 190.313588 80.6)
(end 191.35 80.6)
(width 0.25)
(layer "B.Cu")
(net 18)
(uuid "18a47293-d86a-48ad-a90b-4eb52ac30b22")
)
(segment
(start 182.2975 82.3)
(end 183.7705 80.827)
(width 0.25)
(layer "B.Cu")
(net 18)
(uuid "97e95ac3-f861-457f-9a92-8e56628cc4d3")
)
(segment
(start 188.861412 81.575)
(end 189.338588 81.575)
(width 0.25)
(layer "B.Cu")
(net 18)
(uuid "ca722701-5788-4246-9687-efb5e1b19471")
)
(segment
(start 188.113412 80.827)
(end 188.861412 81.575)
(width 0.25)
(layer "B.Cu")
(net 18)
(uuid "dd02932c-2f02-4f37-b640-8780b45f923f")
)
(segment
(start 189.485412 82.2)
(end 188.3 83.385412)
(width 0.25)
(layer "B.Cu")
(net 19)
(uuid "146ea22d-de8e-466b-849b-89ade42e6623")
)
(segment
(start 191.35 82.2)
(end 189.485412 82.2)
(width 0.25)
(layer "B.Cu")
(net 19)
(uuid "69dd9778-1244-4080-8278-d303336bbf2e")
)
(segment
(start 188.3 83.4)
(end 182.2975 83.4)
(width 0.25)
(layer "B.Cu")
(net 19)
(uuid "adeff88a-00c5-427a-9af5-14165b1a75cd")
)
(segment
(start 188.3 83.385412)
(end 188.3 83.4)
(width 0.25)
(layer "B.Cu")
(net 19)
(uuid "fc6b13b0-f4ab-4d15-af58-6fd231a9a6bc")
)
(segment
(start 182.3 75.9)
(end 187.985413 75.9)
(width 0.25)
(layer "B.Cu")
(net 20)
(uuid "578c3412-bf9a-47e7-8076-56c890aa4c59")
)
(segment
(start 189.485413 77.4)
(end 191.35 77.4)
(width 0.25)
(layer "B.Cu")
(net 20)
(uuid "89ae3aea-8390-4ece-8aca-a127810eb08f")
)
(segment
(start 187.985413 75.9)
(end 189.485413 77.4)
(width 0.25)
(layer "B.Cu")
(net 20)
(uuid "9be7bc13-684c-459c-ae6c-76090ca9b4c0")
)
(segment
(start 190.250001 78.2)
(end 191.35 78.2)
(width 0.25)
(layer "B.Cu")
(net 21)
(uuid "2719ba25-8980-4014-b133-84fc43926b8e")
)
(segment
(start 188.861412 78.024)
(end 190.074001 78.024)
(width 0.25)
(layer "B.Cu")
(net 21)
(uuid "4a1d8585-537d-4302-855b-57f3c19be714")
)
(segment
(start 182.2975 77.3975)
(end 183.6 78.7)
(width 0.25)
(layer "B.Cu")
(net 21)
(uuid "53711ecf-2463-4a86-8d76-ec8799681802")
)
(segment
(start 182.2975 77)
(end 182.2975 77.3975)
(width 0.25)
(layer "B.Cu")
(net 21)
(uuid "61f481b1-2f4c-42cc-957f-3ac5fd9266bb")
)
(segment
(start 190.074001 78.024)
(end 190.250001 78.2)
(width 0.25)
(layer "B.Cu")
(net 21)
(uuid "8b2a85b3-dbfe-4dda-a55d-491d76779544")
)
(segment
(start 188.185412 78.7)
(end 188.861412 78.024)
(width 0.25)
(layer "B.Cu")
(net 21)
(uuid "8d47dea5-6d15-40e6-bded-eb08ec00b3b8")
)
(segment
(start 183.6 78.7)
(end 188.185412 78.7)
(width 0.25)
(layer "B.Cu")
(net 21)
(uuid "ed59fd13-3776-46de-bc0f-ea22bd092100")
)
(segment
(start 168.6025 83.5975)
(end 173.6 78.6)
(width 0.25)
(layer "B.Cu")
(net 22)
(uuid "6467460c-3016-4728-b10c-48409e122e49")
)
(segment
(start 191.35 79)
(end 189.514588 79)
(width 0.25)
(layer "B.Cu")
(net 22)
(uuid "6f58343c-f588-4132-a3b6-07085d499dda")
)
(segment
(start 189.514588 79)
(end 189.338588 79.176)
(width 0.25)
(layer "B.Cu")
(net 22)
(uuid "71aed45f-cef2-407f-81db-fd1592cbbec2")
)
(segment
(start 167.5 83.5975)
(end 168.6025 83.5975)
(width 0.25)
(layer "B.Cu")
(net 22)
(uuid "8157f049-f00c-4196-b907-5c85af6ed5af")
)
(segment
(start 182.276 79.176)
(end 181.7 78.6)
(width 0.25)
(layer "B.Cu")
(net 22)
(uuid "c3be3888-5267-4cf4-805f-31b85b35028d")
)
(segment
(start 173.6 78.6)
(end 181.7 78.6)
(width 0.25)
(layer "B.Cu")
(net 22)
(uuid "da50f1b0-2bcc-4563-b9b6-88d3bd0bdf15")
)
(segment
(start 189.338588 79.176)
(end 182.276 79.176)
(width 0.25)
(layer "B.Cu")
(net 22)
(uuid "dfffff4a-2a02-4bf7-8b64-7427c8e16cb5")
)
(segment
(start 190.250001 79.8)
(end 191.35 79.8)
(width 0.25)
(layer "B.Cu")
(net 23)
(uuid "254b26f0-0033-4073-94eb-b27d7c0ae331")
)
(segment
(start 168.64 84.2475)
(end 172.2375 80.65)
(width 0.25)
(layer "B.Cu")
(net 23)
(uuid "46cb2fa3-4543-4023-b476-1cb12ad963c4")
)
(segment
(start 181.974 80.376)
(end 189.674001 80.376)
(width 0.25)
(layer "B.Cu")
(net 23)
(uuid "6c01dcca-cee0-4414-9209-cdc42ffb9aba")
)
(segment
(start 181.7 80.65)
(end 181.974 80.376)
(width 0.25)
(layer "B.Cu")
(net 23)
(uuid "8550fffc-9208-45d5-bc1f-348f18444d1b")
)
(segment
(start 172.2375 80.65)
(end 181.7 80.65)
(width 0.25)
(layer "B.Cu")
(net 23)
(uuid "b06318e5-6ff6-41f5-ba81-073e059b2f57")
)
(segment
(start 167.5 84.2475)
(end 168.64 84.2475)
(width 0.25)
(layer "B.Cu")
(net 23)
(uuid "d651a190-a5a3-49e5-858c-71f4b8462c44")
)
(segment
(start 189.674001 80.376)
(end 190.250001 79.8)
(width 0.25)
(layer "B.Cu")
(net 23)
(uuid "ff8d3687-4721-455d-9c98-a853b4a74d88")
)
(segment
(start 166.2025 84.8975)
(end 167.5 84.8975)
(width 0.25)
(layer "B.Cu")
(net 24)
(uuid "0640f871-a968-49f1-ab08-8cc201cb4e2b")
)
(segment
(start 165.8 84.495)
(end 166.2025 84.8975)
(width 0.25)
(layer "B.Cu")
(net 24)
(uuid "52fd5efb-80c7-4893-8611-6fb290c424f5")
)
(segment
(start 168.7975 84.25)
(end 169.55 84.25)
(width 0.5)
(layer "F.Cu")
(net 25)
(uuid "e9f01bca-6f57-4c13-a4fd-308d96a29cbf")
)
(segment
(start 169.55 84.25)
(end 169.6 84.2)
(width 0.5)
(layer "F.Cu")
(net 25)
(uuid "ef333211-aeb2-4a40-9cfc-c94f97c28c6f")
)
(via
(at 169.6 84.2)
(size 0.5)
(drill 0.2)
(layers "F.Cu" "B.Cu")
(net 25)
(uuid "380af77c-2e3f-4356-875c-932e09a6f9d8")
)
(segment
(start 170.2025 83.5975)
(end 169.6 84.2)
(width 0.25)
(layer "B.Cu")
(net 25)
(uuid "0f2134b9-9f3a-48e6-896e-5b58d6f4623b")
)
(segment
(start 171.66 83.5975)
(end 170.2025 83.5975)
(width 0.25)
(layer "B.Cu")
(net 25)
(uuid "bb0a2251-b062-4c9b-a0aa-aba793f9902a")
)
(segment
(start 169.55 85.25)
(end 169.6 85.2)
(width 0.5)
(layer "F.Cu")
(net 27)
(uuid "3efb744c-183a-468f-9946-6c4201381e65")
)
(segment
(start 168.7975 85.25)
(end 169.55 85.25)
(width 0.5)
(layer "F.Cu")
(net 27)
(uuid "5ab22cdc-0206-4c00-af76-64f36829885e")
)
(via
(at 169.6 85.2)
(size 0.5)
(drill 0.2)
(layers "F.Cu" "B.Cu")
(net 27)
(uuid "7fc5fce9-7932-4b22-9925-23332aedb794")
)
(segment
(start 171.66 84.2475)
(end 170.5525 84.2475)
(width 0.25)
(layer "B.Cu")
(net 27)
(uuid "74412e1a-9a33-491f-af0a-f44b93529e00")
)
(segment
(start 170.5525 84.2475)
(end 169.6 85.2)
(width 0.25)
(layer "B.Cu")
(net 27)
(uuid "a8f8774e-b2ae-4425-875a-ab423c0f4ba3")
)
(segment
(start 154.805 83.195)
(end 155.6625 82.3375)
(width 0.25)
(layer "F.Cu")
(net 28)
(uuid "b7ad5cf3-0de7-44d8-a975-baaeb7485b45")
)
(segment
(start 154.805 83.8)
(end 154.805 83.195)
(width 0.25)
(layer "F.Cu")
(net 28)
(uuid "c7a3576c-8091-4ec2-9446-4ffa03a17ecd")
)
(segment
(start 159.207788 79.088657)
(end 159.257996 79.138865)
(width 0.25)
(layer "F.Cu")
(net 29)
(uuid "4164a157-67c5-460f-bb5b-b1777eae72f6")
)
(segment
(start 156 83.2)
(end 156 83.8)
(width 0.25)
(layer "F.Cu")
(net 29)
(uuid "66e1ac20-eb11-4fdb-a55a-367e57e78d51")
)
(segment
(start 162.225 76.325)
(end 162.2 76.3)
(width 0.25)
(layer "F.Cu")
(net 29)
(uuid "7e96b224-2450-43aa-b470-c920ab4ec207")
)
(segment
(start 159.411343 79.088657)
(end 162.2 76.3)
(width 0.25)
(layer "F.Cu")
(net 29)
(uuid "a185de26-228c-4194-b5c4-1f60b9dce974")
)
(segment
(start 159.257996 79.138865)
(end 159.28478 79.138865)
(width 0.25)
(layer "F.Cu")
(net 29)
(uuid "b9ae31d8-944c-4edd-8807-374ba3f29cef")
)
(segment
(start 159.207788 79.088657)
(end 159.411343 79.088657)
(width 0.25)
(layer "F.Cu")
(net 29)
(uuid "e785bf89-77c5-42d4-a4f3-eae014d5f5b2")
)
(segment
(start 164.27 76.325)
(end 162.225 76.325)
(width 0.25)
(layer "F.Cu")
(net 29)
(uuid "fcdc3962-8ec1-426c-a9c2-b1e56ca2d3a1")
)
(via
(at 159.207788 79.088657)
(size 0.5)
(drill 0.2)
(layers "F.Cu" "B.Cu")
(net 29)
(uuid "57a9d34c-4edf-414c-ac80-cdcad1874e50")
)
(via
(at 156 83.2)
(size 0.5)
(drill 0.2)
(layers "F.Cu" "B.Cu")
(net 29)
(uuid "e29b174f-763a-4e39-95a6-c7bbfba8efaa")
)
(segment
(start 158.211343 79.088657)
(end 157.9 79.4)
(width 0.25)
(layer "B.Cu")
(net 29)
(uuid "05c3f472-4df5-4e84-82f0-303eb4db8ed6")
)
(segment
(start 157.9 81.3)
(end 156 83.2)
(width 0.25)
(layer "B.Cu")
(net 29)
(uuid "8f78ba13-9f21-4199-a084-f778ebc9445c")
)
(segment
(start 157.9 79.4)
(end 157.9 81.3)
(width 0.25)
(layer "B.Cu")
(net 29)
(uuid "d7c8bc9b-eac5-47a3-932d-8ab3ec90f218")
)
(segment
(start 159.207788 79.088657)
(end 158.211343 79.088657)
(width 0.25)
(layer "B.Cu")
(net 29)
(uuid "e6169c1e-f1b1-44b3-a2ce-029a8bf28a4f")
)
(segment
(start 154.575 80.825)
(end 154.8 80.825)
(width 0.18)
(layer "F.Cu")
(net 31)
(uuid "0db20635-cae9-4796-ae29-ae3061342625")
)
(segment
(start 153.2 81.1)
(end 154.3 81.1)
(width 0.18)
(layer "F.Cu")
(net 31)
(uuid "4f6bf298-d9ec-4158-ac38-635ef780f59a")
)
(segment
(start 152 82.1)
(end 152.2 82.1)
(width 0.18)
(layer "F.Cu")
(net 31)
(uuid "510c26c7-596d-4d4b-9dc9-31298ec4597d")
)
(segment
(start 152.2 82.1)
(end 153.2 81.1)
(width 0.18)
(layer "F.Cu")
(net 31)
(uuid "9cab937f-b5a1-4092-8663-843559f5ac0f")
)
(segment
(start 154.3 81.1)
(end 154.575 80.825)
(width 0.18)
(layer "F.Cu")
(net 31)
(uuid "cd5ce146-6764-4fb8-9989-a4cd94336a25")
)
(segment
(start 154.3 79.9)
(end 154.575 80.175)
(width 0.18)
(layer "F.Cu")
(net 38)
(uuid "5282ebee-aa4d-4de5-8197-c8ae5794b493")
)
(segment
(start 153.1975 79.9)
(end 154.3 79.9)
(width 0.18)
(layer "F.Cu")
(net 38)
(uuid "7fdee213-b582-4d73-9602-4ec8b25c52ef")
)
(segment
(start 154.575 80.175)
(end 154.8 80.175)
(width 0.18)
(layer "F.Cu")
(net 38)
(uuid "a73d1ba4-e35d-4458-8249-d7d54def09a1")
)
(segment
(start 167.6025 84.25)
(end 166.95 84.25)
(width 0.5)
(layer "F.Cu")
(net 43)
(uuid "5f3d3b15-2602-41d7-aac2-ac6d62836fb0")
)
(segment
(start 166.95 84.25)
(end 166.6 84.6)
(width 0.5)
(layer "F.Cu")
(net 43)
(uuid "dcedbe5a-0744-48bd-8bc8-8c8d2460e930")
)
(segment
(start 166.6 84.6)
(end 144.6 84.6)
(width 0.5)
(layer "F.Cu")
(net 43)
(uuid "f7fa9b61-3767-46cb-ba58-9b74f78900ad")
)
(segment
(start 167.5525 85.3)
(end 167.6025 85.25)
(width 0.5)
(layer "F.Cu")
(net 44)
(uuid "384a877a-19ca-464e-ac4f-4740d9ca73b8")
)
(segment
(start 144.6 85.3)
(end 167.5525 85.3)
(width 0.5)
(layer "F.Cu")
(net 44)
(uuid "ef67ef56-507e-4d9a-96a1-831722e095e1")
)
(zone
(net 7)
(net_name "+3V3")
(layer "F.Cu")
(uuid "70293486-ab5f-447d-8ded-ac71ba1121a4")
(name "void")
(hatch edge 0.5)
(priority 3)
(connect_pads thru_hole_only
(clearance 0)
)
(min_thickness 0.2)
(filled_areas_thickness no)
(fill yes
(thermal_gap 0.4)
(thermal_bridge_width 0.4)
)
(polygon
(pts
(xy 143 84.4) (xy 143.8 84.4) (xy 143.8 85.7) (xy 141.9 85.7) (xy 141.9 85.2)
)
)
(filled_polygon
(layer "F.Cu")
(pts
(xy 143.759191 84.418907) (xy 143.795155 84.468407) (xy 143.8 84.499) (xy 143.8 85.601) (xy 143.781093 85.659191)
(xy 143.731593 85.695155) (xy 143.701 85.7) (xy 141.999 85.7) (xy 141.940809 85.681093) (xy 141.904845 85.631593)
(xy 141.9 85.601) (xy 141.9 85.250413) (xy 141.918907 85.192222) (xy 141.940769 85.170349) (xy 142.973964 84.418934)
(xy 143.032146 84.4) (xy 143.701 84.4)
)
)
)
(zone
(net 8)
(net_name "+1V25")
(layer "F.Cu")
(uuid "7367b4c4-de79-4ee4-a467-8eb48a0ef92b")
(hatch edge 0.5)
(priority 5)
(connect_pads yes
(clearance 0)
)
(min_thickness 0.025)
(filled_areas_thickness no)
(fill yes
(thermal_gap 0.5)
(thermal_bridge_width 0.5)
)
(polygon
(pts
(xy 154.4 74) (xy 154.4 77.6) (xy 155.698221 77.6) (xy 156 78.1) (xy 156.2 78.4) (xy 156.2 78.5)
(xy 156.4 78.5) (xy 156.4 76.7) (xy 157.5 76.7) (xy 157.5 74)
)
)
(filled_polygon
(layer "F.Cu")
(pts
(xy 157.496632 74.253868) (xy 157.5 74.262) (xy 157.5 76.6885) (xy 157.496632 76.696632) (xy 157.4885 76.7)
(xy 156.4 76.7) (xy 156.4 76.700001) (xy 156.4 78.4885) (xy 156.396632 78.496632) (xy 156.3885 78.5)
(xy 156.2115 78.5) (xy 156.203368 78.496632) (xy 156.2 78.4885) (xy 156.2 78.4) (xy 156.000139 78.100209)
(xy 155.999862 78.099772) (xy 155.698221 77.6) (xy 155.69822 77.6) (xy 154.4115 77.6) (xy 154.403368 77.596632)
(xy 154.4 77.5885) (xy 154.4 74.262) (xy 154.403368 74.253868) (xy 154.4115 74.2505) (xy 157.4885 74.2505)
)
)
)
(zone
(net 7)
(net_name "+3V3")
(layer "F.Cu")
(uuid "dcbb0a3a-a93a-4369-b68a-538bb13f17f0")
(name "void")
(hatch edge 0.5)
(priority 1)
(connect_pads thru_hole_only
(clearance 0)
)
(min_thickness 0.2)
(filled_areas_thickness no)
(fill yes
(thermal_gap 0.4)
(thermal_bridge_width 0.4)
)
(polygon
(pts
(xy 165.1 77.6) (xy 164.5 78.1) (xy 163.6 78.1) (xy 163.6 79.6) (xy 175.5 79.6) (xy 176.9 81) (xy 188.3 81)
(xy 188.7 80.6) (xy 190.4 80.6) (xy 190.4 79.2) (xy 188.6 79.2) (xy 188.2 78.8) (xy 181.8 78.8)
(xy 180.6 77.6)
)
)
(filled_polygon
(layer "F.Cu")
(pts
(xy 180.617183 77.618907) (xy 180.628996 77.628996) (xy 181.8 78.8) (xy 188.158992 78.8) (xy 188.217183 78.818907)
(xy 188.228995 78.828996) (xy 188.599999 79.199999) (xy 188.6 79.2) (xy 190.301 79.2) (xy 190.359191 79.218907)
(xy 190.395155 79.268407) (xy 190.4 79.299) (xy 190.4 80.4005) (xy 190.381093 80.458691) (xy 190.331593 80.494655)
(xy 190.330993 80.494847) (xy 190.316353 80.4995) (xy 190.296628 80.499501) (xy 190.272338 80.502318)
(xy 190.181956 80.542225) (xy 190.176855 80.543847) (xy 190.169152 80.543798) (xy 190.146862 80.5485)
(xy 189.159309 80.5485) (xy 189.040691 80.5485) (xy 188.939648 80.575574) (xy 188.92611 80.579202)
(xy 188.91306 80.586737) (xy 188.863561 80.6) (xy 188.699999 80.6) (xy 188.328995 80.971004) (xy 188.274479 80.998781)
(xy 188.258992 81) (xy 176.941008 81) (xy 176.882817 80.981093) (xy 176.871004 80.971004) (xy 176.3005 80.4005)
(xy 175.5 79.6) (xy 175.499999 79.6) (xy 163.699 79.6) (xy 163.640809 79.581093) (xy 163.604845 79.531593)
(xy 163.6 79.501) (xy 163.6 78.199) (xy 163.618907 78.140809) (xy 163.668407 78.104845) (xy 163.699 78.1)
(xy 164.5 78.1) (xy 165.072465 77.622946) (xy 165.129272 77.600218) (xy 165.135843 77.6) (xy 180.558992 77.6)
)
)
)
(zone
(net 8)
(net_name "+1V25")
(layer "B.Cu")
(uuid "00519051-03ba-44ff-99cf-518b6bcb032f")
(name "void")
(hatch edge 0.5)
(priority 4)
(connect_pads thru_hole_only
(clearance 0)
)
(min_thickness 0.2)
(filled_areas_thickness no)
(fill yes
(thermal_gap 0.4)
(thermal_bridge_width 0.4)
)
(polygon
(pts
(xy 154.4 74) (xy 154.4 77.6) (xy 159.3 77.6) (xy 159.3 81.1) (xy 158.5 83.2) (xy 158.5 84.1) (xy 161.4 84.2)
(xy 161.4 83.2) (xy 161.3 77) (xy 162.6 76.3) (xy 162.6 74)
)
)
(filled_polygon
(layer "B.Cu")
(pts
(xy 162.559191 74.269407) (xy 162.595155 74.318907) (xy 162.6 74.3495) (xy 162.6 76.240867) (xy 162.581093 76.299058)
(xy 162.547936 76.328034) (xy 161.3 76.999999) (xy 161.299999 77) (xy 161.399987 83.199194) (xy 161.4 83.200791)
(xy 161.4 84.097527) (xy 161.381093 84.155718) (xy 161.331593 84.191682) (xy 161.297588 84.196468)
(xy 158.595588 84.103296) (xy 158.538084 84.082395) (xy 158.503847 84.031685) (xy 158.5 84.004355)
(xy 158.5 83.218218) (xy 158.506486 83.182974) (xy 159.3 81.1) (xy 159.3 79.606305) (xy 159.318907 79.548114)
(xy 159.368407 79.51215) (xy 159.373355 79.510684) (xy 159.381674 79.508456) (xy 159.381676 79.508454)
(xy 159.381678 79.508454) (xy 159.484396 79.449149) (xy 159.484396 79.449148) (xy 159.484401 79.449146)
(xy 159.568277 79.36527) (xy 159.627587 79.262543) (xy 159.658288 79.147966) (xy 159.658288 79.029348)
(xy 159.627587 78.914771) (xy 159.627585 78.914768) (xy 159.627585 78.914766) (xy 159.56828 78.812048)
(xy 159.568278 78.812046) (xy 159.568277 78.812044) (xy 159.555367 78.799134) (xy 159.527592 78.74462)
(xy 159.537163 78.684188) (xy 159.546838 78.668856) (xy 159.54939 78.665529) (xy 159.549398 78.665522)
(xy 159.55877 78.649289) (xy 159.608706 78.562799) (xy 159.608706 78.562797) (xy 159.608708 78.562795)
(xy 159.639409 78.448218) (xy 159.639409 78.3296) (xy 159.608708 78.215023) (xy 159.608706 78.21502)
(xy 159.608706 78.215018) (xy 159.549401 78.1123) (xy 159.549399 78.112298) (xy 159.549398 78.112296)
(xy 159.465522 78.02842) (xy 159.465519 78.028418) (xy 159.465517 78.028416) (xy 159.362796 77.96911)
(xy 159.361109 77.968411) (xy 159.360114 77.967561) (xy 159.357176 77.965865) (xy 159.35749 77.96532)
(xy 159.314586 77.928672) (xy 159.3 77.876949) (xy 159.3 77.600001) (xy 159.3 77.6) (xy 159.299999 77.6)
(xy 154.499 77.6) (xy 154.440809 77.581093) (xy 154.404845 77.531593) (xy 154.4 77.501) (xy 154.4 74.3495)
(xy 154.418907 74.291309) (xy 154.468407 74.255345) (xy 154.499 74.2505) (xy 162.501 74.2505)
)
)
)
(zone
(net 7)
(net_name "+3V3")
(layer "B.Cu")
(uuid "dd99ec09-9c30-4894-8e56-466428713dfa")
(name "void")
(hatch edge 0.5)
(priority 2)
(connect_pads thru_hole_only
(clearance 0)
)
(min_thickness 0.2)
(filled_areas_thickness no)
(fill yes
(thermal_gap 0.4)
(thermal_bridge_width 0.4)
)
(polygon
(pts
(xy 140.1 84.2) (xy 140.1 85.661702) (xy 146.6 85.8) (xy 163.2 85.8) (xy 165.3 85.8) (xy 165.3 82.8)
(xy 165.3 81.9) (xy 167.1 81.9) (xy 167.801828 81.9) (xy 169.8 79.6) (xy 169.8 77.6) (xy 166.1 77.6)
(xy 166.1 79.4) (xy 163.5 79.4) (xy 163.5 79.9) (xy 161.4 79.9) (xy 161.4 81.1) (xy 161.4 84.2)
)
)
(filled_polygon
(layer "B.Cu")
(pts
(xy 169.759191 77.618907) (xy 169.795155 77.668407) (xy 169.8 77.699) (xy 169.8 79.563002) (xy 169.781093 79.621193)
(xy 169.775735 79.62793) (xy 168.535567 81.055428) (xy 168.483131 81.086956) (xy 168.460832 81.0895)
(xy 168.353758 81.0895) (xy 168.28466 81.099567) (xy 168.178073 81.151674) (xy 168.094174 81.235573)
(xy 168.042067 81.34216) (xy 168.032 81.411261) (xy 168.032 81.598062) (xy 168.013093 81.656253)
(xy 168.007735 81.66299) (xy 167.831429 81.865928) (xy 167.778993 81.897456) (xy 167.756694 81.9)
(xy 167.1 81.9) (xy 165.3 81.9) (xy 165.3 81.900001) (xy 165.3 84.149258) (xy 165.291561 84.185734)
(xy 165.29198 84.185864) (xy 165.290194 84.191642) (xy 165.289942 84.192735) (xy 165.289711 84.193206)
(xy 165.289709 84.193212) (xy 165.289709 84.193214) (xy 165.28008 84.259309) (xy 165.2795 84.263288)
(xy 165.2795 84.726709) (xy 165.2795 84.726711) (xy 165.279501 84.726714) (xy 165.289709 84.796786)
(xy 165.289939 84.797256) (xy 165.29019 84.798342) (xy 165.29198 84.804135) (xy 165.29156 84.804264)
(xy 165.3 84.840739) (xy 165.3 85.6505) (xy 165.281093 85.708691) (xy 165.231593 85.744655) (xy 165.201 85.7495)
(xy 144.227574 85.7495) (xy 144.225468 85.749478) (xy 140.196894 85.663763) (xy 140.139119 85.643622)
(xy 140.104216 85.593368) (xy 140.1 85.564785) (xy 140.1 84.299) (xy 140.118907 84.240809) (xy 140.168407 84.204845)
(xy 140.199 84.2) (xy 158.324212 84.2) (xy 158.382403 84.218907) (xy 158.390237 84.225233) (xy 158.391032 84.225944)
(xy 158.391035 84.225946) (xy 158.391037 84.225948) (xy 158.467884 84.275533) (xy 158.525388 84.296434)
(xy 158.525395 84.296435) (xy 158.525401 84.296437) (xy 158.588497 84.308673) (xy 158.588504 84.308673)
(xy 158.588506 84.308674) (xy 158.730716 84.313577) (xy 161.290488 84.401846) (xy 161.290491 84.401845)
(xy 161.290506 84.401846) (xy 161.326229 84.399962) (xy 161.360234 84.395176) (xy 161.368287 84.393879)
(xy 161.452383 84.357935) (xy 161.501883 84.321971) (xy 161.529628 84.29773) (xy 161.576536 84.21922)
(xy 161.595443 84.161029) (xy 161.6055 84.097527) (xy 161.6055 83.200791) (xy 161.605493 83.199118)
(xy 161.60548 83.197521) (xy 161.60546 83.19588) (xy 161.597353 82.693273) (xy 161.553923 80.000597)
(xy 161.571889 79.942108) (xy 161.620803 79.905351) (xy 161.65291 79.9) (xy 163.499999 79.9) (xy 163.5 79.9)
(xy 163.5 79.499) (xy 163.518907 79.440809) (xy 163.568407 79.404845) (xy 163.599 79.4) (xy 166.099999 79.4)
(xy 166.1 79.4) (xy 166.1 77.699) (xy 166.118907 77.640809) (xy 166.168407 77.604845) (xy 166.199 77.6)
(xy 169.701 77.6)
)
)
)
(zone
(net 0)
(net_name "")
(locked yes)
(layers "B.Cu" "In1.Cu" "In2.Cu")
(uuid "0902c0cd-2baa-4f85-96be-d89eba3fdf7e")
(name "void")
(hatch edge 0.5)
(connect_pads
(clearance 0)
)
(min_thickness 0.25)
(filled_areas_thickness no)
(keepout
(tracks not_allowed)
(vias not_allowed)
(pads not_allowed)
(copperpour not_allowed)
(footprints not_allowed)
)
(placement
(enabled no)
(sheetname "/")
)
(fill
(thermal_gap 0.5)
(thermal_bridge_width 0.5)
)
(polygon
(pts
(xy 183.6 76.4) (xy 185.6 76.4) (xy 185.6 77.2) (xy 183.6 77.2)
)
)
)
(zone
(net 0)
(net_name "")
(layers "B.Cu" "In1.Cu" "In2.Cu")
(uuid "099c4059-a846-4d7c-b6bf-ad7e2ca73e47")
(hatch edge 0.5)
(connect_pads
(clearance 0)
)
(min_thickness 0.25)
(filled_areas_thickness no)
(keepout
(tracks allowed)
(vias allowed)
(pads allowed)
(copperpour not_allowed)
(footprints allowed)
)
(placement
(enabled no)
(sheetname "/")
)
(fill
(thermal_gap 0.5)
(thermal_bridge_width 0.5)
)
(polygon
(pts
(xy 142.8 77.4) (xy 142.8 82.6) (xy 139.4 82.5) (xy 139.4 77.4)
)
)
)
(zone
(net 0)
(net_name "")
(locked yes)
(layers "B.Cu" "In1.Cu" "In2.Cu")
(uuid "386bec7d-b9ac-4dbb-b4c4-6de61c80b2c7")
(name "void")
(hatch edge 0.5)
(connect_pads thru_hole_only
(clearance 0)
)
(min_thickness 0.2)
(filled_areas_thickness no)
(keepout
(tracks not_allowed)
(vias not_allowed)
(pads allowed)
(copperpour not_allowed)
(footprints not_allowed)
)
(placement
(enabled no)
(sheetname "/")
)
(fill
(thermal_gap 0.5)
(thermal_bridge_width 0.5)
)
(polygon
(pts
(xy 155 79) (xy 155.4 79.4) (xy 155.4 81.5) (xy 154.25 82.65) (xy 148.3 82.65) (xy 146.55 80.9)
(xy 146.55 79)
)
)
)
(zone
(net 0)
(net_name "")
(locked yes)
(layers "B.Cu" "In1.Cu" "In2.Cu")
(uuid "6352bdca-3dee-40ba-b987-0f03f1639cef")
(name "void")
(hatch edge 0.5)
(connect_pads
(clearance 0)
)
(min_thickness 0.25)
(filled_areas_thickness no)
(keepout
(tracks not_allowed)
(vias not_allowed)
(pads not_allowed)
(copperpour not_allowed)
(footprints not_allowed)
)
(placement
(enabled no)
(sheetname "/")
)
(fill
(thermal_gap 0.5)
(thermal_bridge_width 0.5)
)
(polygon
(pts
(xy 183.6 81.2) (xy 185.6 81.2) (xy 185.6 82) (xy 183.6 82)
)
)
)
(zone
(net 0)
(net_name "")
(locked yes)
(layers "B.Cu" "In1.Cu" "In2.Cu")
(uuid "73de2a3c-2e98-44c0-90f1-a6ccb1e88c8a")
(name "void")
(hatch edge 0.5)
(connect_pads
(clearance 0)
)
(min_thickness 0.25)
(filled_areas_thickness no)
(keepout
(tracks not_allowed)
(vias not_allowed)
(pads not_allowed)
(copperpour not_allowed)
(footprints not_allowed)
)
(placement
(enabled no)
(sheetname "/")
)
(fill
(thermal_gap 0.5)
(thermal_bridge_width 0.5)
)
(polygon
(pts
(xy 158.1 80) (xy 158.86 80) (xy 158.86 80.35) (xy 158.1 80.35)
)
)
)
(zone
(net 0)
(net_name "")
(locked yes)
(layers "B.Cu" "In1.Cu" "In2.Cu")
(uuid "9300523a-58d2-4667-ac83-da5252e3c629")
(name "void")
(hatch edge 0.5)
(connect_pads
(clearance 0)
)
(min_thickness 0.25)
(filled_areas_thickness no)
(keepout
(tracks not_allowed)
(vias not_allowed)
(pads not_allowed)
(copperpour not_allowed)
(footprints not_allowed)
)
(placement
(enabled no)
(sheetname "/")
)
(fill
(thermal_gap 0.5)
(thermal_bridge_width 0.5)
)
(polygon
(pts
(xy 183.6 82.4) (xy 185.6 82.4) (xy 185.6 83.2) (xy 183.6 83.2)
)
)
)
(zone
(net 0)
(net_name "")
(locked yes)
(layers "B.Cu" "In1.Cu" "In2.Cu")
(uuid "d0f3b274-5781-41a1-ad86-70ef25d0fa7c")
(hatch edge 0.5)
(connect_pads
(clearance 0)
)
(min_thickness 0.25)
(filled_areas_thickness no)
(keepout
(tracks not_allowed)
(vias not_allowed)
(pads allowed)
(copperpour not_allowed)
(footprints not_allowed)
)
(placement
(enabled no)
(sheetname "/")
)
(fill
(thermal_gap 0.5)
(thermal_bridge_width 0.5)
)
(polygon
(pts
(xy 146.99528 79.731789) (xy 146.957613 79.397481) (xy 146.882752 79.069493) (xy 146.771639 78.75195)
(xy 146.62567 78.448843) (xy 146.446683 78.163986) (xy 146.236926 77.90096) (xy 145.99904 77.663074)
(xy 145.736014 77.453317) (xy 145.451157 77.27433) (xy 145.14805 77.128361) (xy 144.830507 77.017248)
(xy 144.502519 76.942387) (xy 144.168211 76.90472) (xy 143.831789 76.90472) (xy 143.497481 76.942387)
(xy 143.169493 77.017248) (xy 142.85195 77.128361) (xy 142.548843 77.27433) (xy 142.263986 77.453317)
(xy 142.00096 77.663074) (xy 141.763074 77.90096) (xy 141.553317 78.163986) (xy 141.37433 78.448843)
(xy 141.228361 78.75195) (xy 141.117248 79.069493) (xy 141.042387 79.397481) (xy 141.00472 79.731789)
(xy 141.00472 80.068211) (xy 141.042387 80.402519) (xy 141.117248 80.730507) (xy 141.228361 81.04805)
(xy 141.37433 81.351157) (xy 141.553317 81.636014) (xy 141.763074 81.89904) (xy 142.00096 82.136926)
(xy 142.263986 82.346683) (xy 142.548843 82.52567) (xy 142.85195 82.671639) (xy 143.169493 82.782752)
(xy 143.497481 82.857613) (xy 143.831789 82.89528) (xy 144.168211 82.89528) (xy 144.502519 82.857613)
(xy 144.830507 82.782752) (xy 145.14805 82.671639) (xy 145.451157 82.52567) (xy 145.736014 82.346683)
(xy 145.99904 82.136926) (xy 146.236926 81.89904) (xy 146.446683 81.636014) (xy 146.62567 81.351157)
(xy 146.771639 81.04805) (xy 146.882752 80.730507) (xy 146.957613 80.402519) (xy 146.99528 80.068211)
)
)
)
(zone
(net 0)
(net_name "")
(locked yes)
(layers "B.Cu" "In1.Cu" "In2.Cu")
(uuid "d6a62c36-eef1-42d7-abdf-4cf2385d7d5b")
(name "void")
(hatch edge 0.5)
(connect_pads
(clearance 0)
)
(min_thickness 0.25)
(filled_areas_thickness no)
(keepout
(tracks not_allowed)
(vias not_allowed)
(pads not_allowed)
(copperpour not_allowed)
(footprints not_allowed)
)
(placement
(enabled no)
(sheetname "/")
)
(fill
(thermal_gap 0.5)
(thermal_bridge_width 0.5)
)
(polygon
(pts
(xy 158.1 80.65) (xy 158.86 80.65) (xy 158.86 81) (xy 158.1 81)
)
)
)
(zone
(net 0)
(net_name "")
(locked yes)
(layers "B.Cu" "In1.Cu" "In2.Cu")
(uuid "e9e8396b-fa41-4b38-976b-1aff43280710")
(name "void")
(hatch edge 0.5)
(connect_pads
(clearance 0)
)
(min_thickness 0.25)
(filled_areas_thickness no)
(keepout
(tracks not_allowed)
(vias not_allowed)
(pads not_allowed)
(copperpour not_allowed)
(footprints not_allowed)
)
(placement
(enabled no)
(sheetname "/")
)
(fill
(thermal_gap 0.5)
(thermal_bridge_width 0.5)
)
(polygon
(pts
(xy 183.6 77.6) (xy 185.6 77.6) (xy 185.6 78.4) (xy 183.6 78.4)
)
)
)
(zone
(net 4)
(net_name "GND")
(layers "In1.Cu" "In2.Cu")
(uuid "9ba781d1-6572-4964-850c-54378879a02c")
(name "void")
(hatch edge 0.5)
(connect_pads thru_hole_only
(clearance 0)
)
(min_thickness 0.2)
(filled_areas_thickness no)
(fill yes
(thermal_gap 0.4)
(thermal_bridge_width 0.4)
)
(polygon
(pts
(xy 139.5 74) (xy 139.5 86) (xy 186.1 86) (xy 186.1 84.6) (xy 190.2 84.6) (xy 190.2 75.4) (xy 186.1 75.4)
(xy 186.1 74)
)
)
(filled_polygon
(layer "In1.Cu")
(pts
(xy 154.539481 74.269407) (xy 154.575445 74.318907) (xy 154.575445 74.380093) (xy 154.539481 74.429593)
(xy 154.530791 74.435236) (xy 154.523389 74.439509) (xy 154.439507 74.523391) (xy 154.380202 74.626109)
(xy 154.380201 74.626114) (xy 154.3495 74.740691) (xy 154.3495 74.859309) (xy 154.376574 74.960351)
(xy 154.380202 74.97389) (xy 154.439507 75.076608) (xy 154.439513 75.076616) (xy 154.442898 75.080001)
(xy 154.470672 75.134519) (xy 154.461097 75.194951) (xy 154.442898 75.219999) (xy 154.439513 75.223383)
(xy 154.439507 75.223391) (xy 154.380202 75.326109) (xy 154.363037 75.390169) (xy 154.3495 75.440691)
(xy 154.3495 75.559309) (xy 154.373935 75.6505) (xy 154.380202 75.67389) (xy 154.439507 75.776608)
(xy 154.439509 75.77661) (xy 154.439511 75.776613) (xy 154.523387 75.860489) (xy 154.523389 75.86049)
(xy 154.523391 75.860492) (xy 154.62611 75.919797) (xy 154.626111 75.919797) (xy 154.626114 75.919799)
(xy 154.740691 75.9505) (xy 154.740693 75.9505) (xy 154.859307 75.9505) (xy 154.859309 75.9505)
(xy 154.973886 75.919799) (xy 154.973888 75.919797) (xy 154.97389 75.919797) (xy 155.076608 75.860492)
(xy 155.076608 75.860491) (xy 155.076613 75.860489) (xy 155.160489 75.776613) (xy 155.196836 75.713659)
(xy 155.219797 75.67389) (xy 155.219797 75.673888) (xy 155.219799 75.673886) (xy 155.2505 75.559309)
(xy 155.2505 75.440691) (xy 155.219799 75.326114) (xy 155.219797 75.326111) (xy 155.219797 75.326109)
(xy 155.160492 75.223391) (xy 155.16049 75.223389) (xy 155.160489 75.223387) (xy 155.157103 75.220001)
(xy 155.129328 75.165487) (xy 155.138899 75.105055) (xy 155.157102 75.079999) (xy 155.160489 75.076613)
(xy 155.219799 74.973886) (xy 155.2505 74.859309) (xy 155.2505 74.740691) (xy 155.219799 74.626114)
(xy 155.219797 74.626111) (xy 155.219797 74.626109) (xy 155.160492 74.523391) (xy 155.16049 74.523389)
(xy 155.160489 74.523387) (xy 155.076613 74.439511) (xy 155.069209 74.435236) (xy 155.028269 74.389766)
(xy 155.021874 74.328916) (xy 155.052467 74.275928) (xy 155.108363 74.251042) (xy 155.11871 74.2505)
(xy 185.7505 74.2505) (xy 185.808691 74.269407) (xy 185.844655 74.318907) (xy 185.8495 74.3495)
(xy 185.8495 75.449828) (xy 185.887634 75.541894) (xy 185.887635 75.541895) (xy 185.887636 75.541897)
(xy 185.958103 75.612364) (xy 185.958104 75.612364) (xy 185.958105 75.612365) (xy 186.050171 75.6505)
(xy 190.101 75.6505) (xy 190.159191 75.669407) (xy 190.195155 75.718907) (xy 190.2 75.7495) (xy 190.2 84.2505)
(xy 190.181093 84.308691) (xy 190.131593 84.344655) (xy 190.101 84.3495) (xy 186.050171 84.3495)
(xy 185.958105 84.387634) (xy 185.887634 84.458105) (xy 185.8495 84.550171) (xy 185.8495 85.6505)
(xy 185.830593 85.708691) (xy 185.781093 85.744655) (xy 185.7505 85.7495) (xy 169.91871 85.7495)
(xy 169.860519 85.730593) (xy 169.824555 85.681093) (xy 169.824555 85.619907) (xy 169.860519 85.570407)
(xy 169.869209 85.564764) (xy 169.871147 85.563644) (xy 169.876613 85.560489) (xy 169.960489 85.476613)
(xy 170.019799 85.373886) (xy 170.0505 85.259309) (xy 170.0505 85.140691) (xy 170.019799 85.026114)
(xy 170.019797 85.026111) (xy 170.019797 85.026109) (xy 169.960492 84.923391) (xy 169.96049 84.923389)
(xy 169.960489 84.923387) (xy 169.876613 84.839511) (xy 169.87661 84.839509) (xy 169.876608 84.839507)
(xy 169.783474 84.785736) (xy 169.742533 84.740267) (xy 169.736137 84.679416) (xy 169.76673 84.626428)
(xy 169.783474 84.614264) (xy 169.876608 84.560492) (xy 169.876608 84.560491) (xy 169.876613 84.560489)
(xy 169.960489 84.476613) (xy 169.971176 84.458103) (xy 170.019797 84.37389) (xy 170.019797 84.373888)
(xy 170.019799 84.373886) (xy 170.0505 84.259309) (xy 170.0505 84.140691) (xy 170.019799 84.026114)
(xy 170.019797 84.026111) (xy 170.019797 84.026109) (xy 169.960492 83.923391) (xy 169.96049 83.923389)
(xy 169.960489 83.923387) (xy 169.876613 83.839511) (xy 169.87661 83.839509) (xy 169.876608 83.839507)
(xy 169.773889 83.780202) (xy 169.77389 83.780202) (xy 169.760351 83.776574) (xy 169.659309 83.7495)
(xy 169.540691 83.7495) (xy 169.470567 83.768289) (xy 169.426109 83.780202) (xy 169.323391 83.839507)
(xy 169.239507 83.923391) (xy 169.180202 84.026109) (xy 169.166671 84.076608) (xy 169.1495 84.140691)
(xy 169.1495 84.259309) (xy 169.162732 84.308691) (xy 169.180202 84.37389) (xy 169.239507 84.476608)
(xy 169.239509 84.47661) (xy 169.239511 84.476613) (xy 169.323387 84.560489) (xy 169.323389 84.56049)
(xy 169.416526 84.614264) (xy 169.457466 84.659734) (xy 169.463861 84.720584) (xy 169.433268 84.773572)
(xy 169.416526 84.785736) (xy 169.323389 84.839509) (xy 169.239507 84.923391) (xy 169.180202 85.026109)
(xy 169.180201 85.026114) (xy 169.1495 85.140691) (xy 169.1495 85.259309) (xy 169.171306 85.340691)
(xy 169.180202 85.37389) (xy 169.239507 85.476608) (xy 169.239509 85.47661) (xy 169.239511 85.476613)
(xy 169.323387 85.560489) (xy 169.323389 85.56049) (xy 169.330791 85.564764) (xy 169.371731 85.610234)
(xy 169.378126 85.671084) (xy 169.347533 85.724072) (xy 169.291637 85.748958) (xy 169.28129 85.7495)
(xy 142.789881 85.7495) (xy 142.73169 85.730593) (xy 142.695726 85.681093) (xy 142.695726 85.619907)
(xy 142.704145 85.600999) (xy 142.719799 85.573886) (xy 142.7505 85.459309) (xy 142.7505 85.340691)
(xy 142.719799 85.226114) (xy 142.719797 85.226111) (xy 142.719797 85.226109) (xy 142.660492 85.123391)
(xy 142.66049 85.123389) (xy 142.660489 85.123387) (xy 142.576613 85.039511) (xy 142.57661 85.039509)
(xy 142.576608 85.039507) (xy 142.473889 84.980202) (xy 142.47389 84.980202) (xy 142.460351 84.976574)
(xy 142.359309 84.9495) (xy 142.240691 84.9495) (xy 142.170567 84.968289) (xy 142.126109 84.980202)
(xy 142.023391 85.039507) (xy 141.939507 85.123391) (xy 141.880202 85.226109) (xy 141.880201 85.226114)
(xy 141.8495 85.340691) (xy 141.8495 85.459309) (xy 141.876612 85.56049) (xy 141.880202 85.573888)
(xy 141.895855 85.600999) (xy 141.908577 85.660847) (xy 141.883691 85.716743) (xy 141.830704 85.747336)
(xy 141.810119 85.7495) (xy 139.8345 85.7495) (xy 139.776309 85.730593) (xy 139.740345 85.681093)
(xy 139.7355 85.6505) (xy 139.7355 83.15138) (xy 139.754407 83.093189) (xy 139.803907 83.057225)
(xy 139.865093 83.057225) (xy 139.914593 83.093189) (xy 139.925964 83.113495) (xy 139.954511 83.182415)
(xy 140.064299 83.372576) (xy 140.142572 83.474582) (xy 140.733892 82.883262) (xy 140.799762 82.981844)
(xy 140.918156 83.100238) (xy 141.016734 83.166106) (xy 140.425415 83.757426) (xy 140.527424 83.8357)
(xy 140.717584 83.945488) (xy 140.920428 84.029508) (xy 140.920441 84.029512) (xy 141.132527 84.08634)
(xy 141.350214 84.114999) (xy 141.350216 84.115) (xy 141.569784 84.115) (xy 141.569785 84.114999)
(xy 141.787469 84.08634) (xy 141.787474 84.08634) (xy 141.999558 84.029512) (xy 141.999571 84.029508)
(xy 142.202415 83.945488) (xy 142.392579 83.835697) (xy 142.494584 83.757426) (xy 141.903264 83.166106)
(xy 142.001844 83.100238) (xy 142.120238 82.981844) (xy 142.186106 82.883264) (xy 142.777426 83.474584)
(xy 142.855697 83.372579) (xy 142.965488 83.182415) (xy 143.049508 82.979571) (xy 143.049512 82.979559)
(xy 143.08144 82.860403) (xy 143.114764 82.809089) (xy 143.171885 82.787162) (xy 143.19909 82.789507)
(xy 143.497481 82.857613) (xy 143.831789 82.89528) (xy 143.83179 82.89528) (xy 144.16821 82.89528)
(xy 144.168211 82.89528) (xy 144.502519 82.857613) (xy 144.800905 82.789508) (xy 144.861842 82.794993)
(xy 144.907919 82.835249) (xy 144.91856 82.860403) (xy 144.950487 82.979559) (xy 144.950491 82.979571)
(xy 145.034511 83.182415) (xy 145.144299 83.372576) (xy 145.222573 83.474583) (xy 145.813892 82.883263)
(xy 145.879762 82.981844) (xy 145.998156 83.100238) (xy 146.096735 83.166106) (xy 145.505415 83.757426)
(xy 145.607424 83.8357) (xy 145.797584 83.945488) (xy 146.000428 84.029508) (xy 146.000441 84.029512)
(xy 146.212527 84.08634) (xy 146.430214 84.114999) (xy 146.430216 84.115) (xy 146.649784 84.115)
(xy 146.649785 84.114999) (xy 146.867469 84.08634) (xy 146.867474 84.08634) (xy 147.079558 84.029512)
(xy 147.079571 84.029508) (xy 147.282415 83.945488) (xy 147.472579 83.835697) (xy 147.574584 83.757426)
(xy 147.557849 83.740691) (xy 158.9495 83.740691) (xy 158.9495 83.859309) (xy 158.96667 83.923387)
(xy 158.980202 83.97389) (xy 159.039507 84.076608) (xy 159.039509 84.07661) (xy 159.039511 84.076613)
(xy 159.123387 84.160489) (xy 159.123389 84.16049) (xy 159.123391 84.160492) (xy 159.22611 84.219797)
(xy 159.226111 84.219797) (xy 159.226114 84.219799) (xy 159.340691 84.2505) (xy 159.340693 84.2505)
(xy 159.459307 84.2505) (xy 159.459309 84.2505) (xy 159.573886 84.219799) (xy 159.573888 84.219797)
(xy 159.57389 84.219797) (xy 159.676608 84.160492) (xy 159.676608 84.160491) (xy 159.676613 84.160489)
(xy 159.760489 84.076613) (xy 159.787683 84.029512) (xy 159.819797 83.97389) (xy 159.819797 83.973888)
(xy 159.819799 83.973886) (xy 159.8505 83.859309) (xy 159.8505 83.740691) (xy 159.819799 83.626114)
(xy 159.819797 83.626111) (xy 159.819797 83.626109) (xy 159.760492 83.523391) (xy 159.76049 83.523389)
(xy 159.760489 83.523387) (xy 159.676613 83.439511) (xy 159.67661 83.439509) (xy 159.676608 83.439507)
(xy 159.573889 83.380202) (xy 159.57389 83.380202) (xy 159.545429 83.372576) (xy 159.459309 83.3495)
(xy 159.340691 83.3495) (xy 159.270567 83.368289) (xy 159.226109 83.380202) (xy 159.123391 83.439507)
(xy 159.039507 83.523391) (xy 158.980202 83.626109) (xy 158.980201 83.626114) (xy 158.9495 83.740691)
(xy 147.557849 83.740691) (xy 146.983264 83.166106) (xy 147.081844 83.100238) (xy 147.200238 82.981844)
(xy 147.266106 82.883264) (xy 147.857426 83.474584) (xy 147.935697 83.372579) (xy 148.045488 83.182415)
(xy 148.062771 83.140691) (xy 155.5495 83.140691) (xy 155.5495 83.259309) (xy 155.557724 83.29)
(xy 155.580202 83.37389) (xy 155.639507 83.476608) (xy 155.639509 83.47661) (xy 155.639511 83.476613)
(xy 155.723387 83.560489) (xy 155.723389 83.56049) (xy 155.723391 83.560492) (xy 155.82611 83.619797)
(xy 155.826111 83.619797) (xy 155.826114 83.619799) (xy 155.940691 83.6505) (xy 155.940693 83.6505)
(xy 156.059307 83.6505) (xy 156.059309 83.6505) (xy 156.173886 83.619799) (xy 156.173888 83.619797)
(xy 156.17389 83.619797) (xy 156.276608 83.560492) (xy 156.276608 83.560491) (xy 156.276613 83.560489)
(xy 156.360489 83.476613) (xy 156.360492 83.476608) (xy 156.419797 83.37389) (xy 156.419797 83.373888)
(xy 156.419799 83.373886) (xy 156.4505 83.259309) (xy 156.4505 83.2) (xy 183.6 83.2) (xy 183.600001 83.2)
(xy 185.599999 83.2) (xy 185.6 83.2) (xy 185.6 82.4) (xy 183.6 82.4) (xy 183.6 83.2) (xy 156.4505 83.2)
(xy 156.4505 83.140691) (xy 156.419799 83.026114) (xy 156.419797 83.026111) (xy 156.419797 83.026109)
(xy 156.360492 82.923391) (xy 156.36049 82.923389) (xy 156.360489 82.923387) (xy 156.276613 82.839511)
(xy 156.27661 82.839509) (xy 156.276608 82.839507) (xy 156.173889 82.780202) (xy 156.17389 82.780202)
(xy 156.160351 82.776574) (xy 156.059309 82.7495) (xy 155.940691 82.7495) (xy 155.870567 82.768289)
(xy 155.826109 82.780202) (xy 155.723391 82.839507) (xy 155.639507 82.923391) (xy 155.580202 83.026109)
(xy 155.580201 83.026114) (xy 155.5495 83.140691) (xy 148.062771 83.140691) (xy 148.081151 83.096317)
(xy 148.081151 83.096316) (xy 148.12951 82.979565) (xy 148.129512 82.979559) (xy 148.18634 82.76747)
(xy 148.190474 82.736077) (xy 148.216815 82.680852) (xy 148.270586 82.651658) (xy 148.288627 82.65)
(xy 154.249999 82.65) (xy 154.25 82.65) (xy 154.9 82) (xy 183.6 82) (xy 183.600001 82) (xy 185.599999 82)
(xy 185.6 82) (xy 185.6 81.2) (xy 183.6 81.2) (xy 183.6 82) (xy 154.9 82) (xy 155.4 81.5) (xy 155.4 81)
(xy 158.1 81) (xy 158.100001 81) (xy 158.859999 81) (xy 158.86 81) (xy 158.86 80.65) (xy 158.1 80.65)
(xy 158.1 81) (xy 155.4 81) (xy 155.4 80.35) (xy 158.1 80.35) (xy 158.100001 80.35) (xy 158.859999 80.35)
(xy 158.86 80.35) (xy 158.86 80) (xy 158.1 80) (xy 158.1 80.35) (xy 155.4 80.35) (xy 155.4 79.4)
(xy 155.029348 79.029348) (xy 158.757288 79.029348) (xy 158.757288 79.147966) (xy 158.784362 79.249008)
(xy 158.78799 79.262547) (xy 158.847295 79.365265) (xy 158.847297 79.365267) (xy 158.847299 79.36527)
(xy 158.931175 79.449146) (xy 158.931177 79.449147) (xy 158.931179 79.449149) (xy 159.033898 79.508454)
(xy 159.033899 79.508454) (xy 159.033902 79.508456) (xy 159.148479 79.539157) (xy 159.148481 79.539157)
(xy 159.267095 79.539157) (xy 159.267097 79.539157) (xy 159.381674 79.508456) (xy 159.381676 79.508454)
(xy 159.381678 79.508454) (xy 159.484396 79.449149) (xy 159.484396 79.449148) (xy 159.484401 79.449146)
(xy 159.568277 79.36527) (xy 159.627587 79.262543) (xy 159.658288 79.147966) (xy 159.658288 79.029348)
(xy 159.627587 78.914771) (xy 159.627585 78.914768) (xy 159.627585 78.914766) (xy 159.56828 78.812048)
(xy 159.568278 78.812046) (xy 159.568277 78.812044) (xy 159.484401 78.728168) (xy 159.484398 78.728166)
(xy 159.484396 78.728164) (xy 159.381677 78.668859) (xy 159.381678 78.668859) (xy 159.368139 78.665231)
(xy 159.267097 78.638157) (xy 159.148479 78.638157) (xy 159.085415 78.655055) (xy 159.033897 78.668859)
(xy 158.931179 78.728164) (xy 158.847295 78.812048) (xy 158.78799 78.914766) (xy 158.770825 78.978826)
(xy 158.757288 79.029348) (xy 155.029348 79.029348) (xy 155 79) (xy 154.999999 79) (xy 147.41891 79)
(xy 147.360719 78.981093) (xy 147.324755 78.931593) (xy 147.324755 78.870407) (xy 147.360719 78.820907)
(xy 147.36941 78.815263) (xy 147.472579 78.755697) (xy 147.574584 78.677426) (xy 146.983264 78.086106)
(xy 147.081844 78.020238) (xy 147.200238 77.901844) (xy 147.266106 77.803264) (xy 147.857426 78.394584)
(xy 147.935697 78.292579) (xy 147.965655 78.240691) (xy 167.8495 78.240691) (xy 167.8495 78.359309)
(xy 167.860537 78.4005) (xy 167.880202 78.47389) (xy 167.939507 78.576608) (xy 167.939509 78.57661)
(xy 167.939511 78.576613) (xy 167.992896 78.629998) (xy 168.020672 78.684513) (xy 168.011101 78.744945)
(xy 167.992897 78.77) (xy 167.950854 78.812044) (xy 167.939508 78.82339) (xy 167.939507 78.823391)
(xy 167.880202 78.926109) (xy 167.880201 78.926114) (xy 167.8495 79.040691) (xy 167.8495 79.159309)
(xy 167.876574 79.260351) (xy 167.880202 79.27389) (xy 167.939507 79.376608) (xy 167.939509 79.37661)
(xy 167.939511 79.376613) (xy 168.023387 79.460489) (xy 168.023389 79.46049) (xy 168.023391 79.460492)
(xy 168.12611 79.519797) (xy 168.126111 79.519797) (xy 168.126114 79.519799) (xy 168.240691 79.5505)
(xy 168.240693 79.5505) (xy 168.359307 79.5505) (xy 168.359309 79.5505) (xy 168.473886 79.519799)
(xy 168.473888 79.519797) (xy 168.47389 79.519797) (xy 168.576608 79.460492) (xy 168.576608 79.460491)
(xy 168.576613 79.460489) (xy 168.660489 79.376613) (xy 168.664263 79.370075) (xy 168.709731 79.329135)
(xy 168.770581 79.322738) (xy 168.82357 79.353329) (xy 168.835735 79.370073) (xy 168.839511 79.376613)
(xy 168.923387 79.460489) (xy 168.923389 79.46049) (xy 168.923391 79.460492) (xy 169.02611 79.519797)
(xy 169.026111 79.519797) (xy 169.026114 79.519799) (xy 169.140691 79.5505) (xy 169.140693 79.5505)
(xy 169.259307 79.5505) (xy 169.259309 79.5505) (xy 169.373886 79.519799) (xy 169.373888 79.519797)
(xy 169.37389 79.519797) (xy 169.476608 79.460492) (xy 169.476608 79.460491) (xy 169.476613 79.460489)
(xy 169.560489 79.376613) (xy 169.619799 79.273886) (xy 169.6505 79.159309) (xy 169.6505 79.040691)
(xy 169.619799 78.926114) (xy 169.619797 78.926111) (xy 169.619797 78.926109) (xy 169.560492 78.823391)
(xy 169.56049 78.823389) (xy 169.560489 78.823387) (xy 169.507103 78.770001) (xy 169.479328 78.715487)
(xy 169.488899 78.655055) (xy 169.507102 78.629999) (xy 169.560489 78.576613) (xy 169.619799 78.473886)
(xy 169.6505 78.359309) (xy 169.6505 78.240691) (xy 169.619799 78.126114) (xy 169.619797 78.126111)
(xy 169.619797 78.126109) (xy 169.560492 78.023391) (xy 169.56049 78.023389) (xy 169.560489 78.023387)
(xy 169.476613 77.939511) (xy 169.47661 77.939509) (xy 169.476608 77.939507) (xy 169.431311 77.913355)
(xy 169.43131 77.913355) (xy 169.373888 77.880202) (xy 169.373887 77.880201) (xy 169.373886 77.880201)
(xy 169.259309 77.8495) (xy 169.140691 77.8495) (xy 169.070567 77.868289) (xy 169.026109 77.880202)
(xy 168.923391 77.939507) (xy 168.839509 78.023389) (xy 168.835736 78.029925) (xy 168.790266 78.070865)
(xy 168.729416 78.07726) (xy 168.676428 78.046667) (xy 168.664264 78.029925) (xy 168.66049 78.023389)
(xy 168.660489 78.023387) (xy 168.576613 77.939511) (xy 168.57661 77.939509) (xy 168.576608 77.939507)
(xy 168.473889 77.880202) (xy 168.47389 77.880202) (xy 168.460351 77.876574) (xy 168.359309 77.8495)
(xy 168.240691 77.8495) (xy 168.170567 77.868289) (xy 168.126109 77.880202) (xy 168.023391 77.939507)
(xy 167.939507 78.023391) (xy 167.880202 78.126109) (xy 167.880201 78.126114) (xy 167.8495 78.240691)
(xy 147.965655 78.240691) (xy 147.997981 78.184702) (xy 148.045488 78.102415) (xy 148.129508 77.899571)
(xy 148.129512 77.899558) (xy 148.147049 77.834108) (xy 179.6995 77.834108) (xy 179.6995 77.965892)
(xy 179.727627 78.070865) (xy 179.733609 78.09319) (xy 179.799496 78.207309) (xy 179.799498 78.207311)
(xy 179.7995 78.207314) (xy 179.892686 78.3005) (xy 179.892688 78.300501) (xy 179.89269 78.300503)
(xy 180.00681 78.36639) (xy 180.006808 78.36639) (xy 180.006812 78.366391) (xy 180.006814 78.366392)
(xy 180.134108 78.4005) (xy 180.13411 78.4005) (xy 180.26589 78.4005) (xy 180.265892 78.4005) (xy 180.267758 78.4)
(xy 183.6 78.4) (xy 183.600001 78.4) (xy 185.599999 78.4) (xy 185.6 78.4) (xy 185.6 77.6) (xy 183.6 77.6)
(xy 183.6 78.4) (xy 180.267758 78.4) (xy 180.393186 78.366392) (xy 180.393188 78.36639) (xy 180.39319 78.36639)
(xy 180.507309 78.300503) (xy 180.507309 78.300502) (xy 180.507314 78.3005) (xy 180.6005 78.207314)
(xy 180.613555 78.184702) (xy 180.66639 78.09319) (xy 180.66639 78.093188) (xy 180.666392 78.093186)
(xy 180.7005 77.965892) (xy 180.7005 77.834108) (xy 180.666392 77.706814) (xy 180.66639 77.706811)
(xy 180.66639 77.706809) (xy 180.609627 77.608493) (xy 180.600503 77.59269) (xy 180.600501 77.592688)
(xy 180.6005 77.592686) (xy 180.507314 77.4995) (xy 180.507311 77.499498) (xy 180.507309 77.499496)
(xy 180.393189 77.433609) (xy 180.393191 77.433609) (xy 180.343799 77.420375) (xy 180.265892 77.3995)
(xy 180.134108 77.3995) (xy 180.0562 77.420375) (xy 180.006809 77.433609) (xy 179.89269 77.499496)
(xy 179.799496 77.59269) (xy 179.733609 77.706809) (xy 179.733608 77.706814) (xy 179.6995 77.834108)
(xy 148.147049 77.834108) (xy 148.18634 77.687474) (xy 148.18634 77.687469) (xy 148.214999 77.469785)
(xy 148.215 77.469784) (xy 148.215 77.250216) (xy 148.214999 77.250214) (xy 148.208388 77.2) (xy 183.6 77.2)
(xy 183.600001 77.2) (xy 185.599999 77.2) (xy 185.6 77.2) (xy 185.6 76.4) (xy 183.6 76.4) (xy 183.6 77.2)
(xy 148.208388 77.2) (xy 148.18634 77.03253) (xy 148.18634 77.032525) (xy 148.129512 76.820441)
(xy 148.129508 76.820428) (xy 148.045488 76.617584) (xy 147.9357 76.427424) (xy 147.857425 76.325416)
(xy 147.266106 76.916735) (xy 147.200238 76.818156) (xy 147.081844 76.699762) (xy 146.983262 76.633892)
(xy 147.376464 76.240691) (xy 155.3495 76.240691) (xy 155.3495 76.359309) (xy 155.376574 76.460351)
(xy 155.380202 76.47389) (xy 155.439507 76.576608) (xy 155.439509 76.57661) (xy 155.439511 76.576613)
(xy 155.523387 76.660489) (xy 155.523389 76.66049) (xy 155.523391 76.660492) (xy 155.62611 76.719797)
(xy 155.626111 76.719797) (xy 155.626114 76.719799) (xy 155.740691 76.7505) (xy 155.740693 76.7505)
(xy 155.859307 76.7505) (xy 155.859309 76.7505) (xy 155.973886 76.719799) (xy 156.050499 76.675565)
(xy 156.110348 76.662844) (xy 156.1495 76.675565) (xy 156.226114 76.719799) (xy 156.340691 76.7505)
(xy 156.340693 76.7505) (xy 156.459307 76.7505) (xy 156.459309 76.7505) (xy 156.573886 76.719799)
(xy 156.573888 76.719797) (xy 156.57389 76.719797) (xy 156.676608 76.660492) (xy 156.676608 76.660491)
(xy 156.676613 76.660489) (xy 156.760489 76.576613) (xy 156.780089 76.542665) (xy 156.819797 76.47389)
(xy 156.819797 76.473888) (xy 156.819799 76.473886) (xy 156.8505 76.359309) (xy 156.8505 76.240691)
(xy 156.819799 76.126114) (xy 156.819797 76.126111) (xy 156.819797 76.126109) (xy 156.760492 76.023391)
(xy 156.76049 76.023389) (xy 156.760489 76.023387) (xy 156.676613 75.939511) (xy 156.67661 75.939509)
(xy 156.676608 75.939507) (xy 156.573889 75.880202) (xy 156.57389 75.880202) (xy 156.560351 75.876574)
(xy 156.459309 75.8495) (xy 156.340691 75.8495) (xy 156.29968 75.860489) (xy 156.226112 75.880201)
(xy 156.1495 75.924434) (xy 156.089651 75.937155) (xy 156.0505 75.924434) (xy 155.973887 75.880201)
(xy 155.900331 75.860492) (xy 155.859309 75.8495) (xy 155.740691 75.8495) (xy 155.699669 75.860492)
(xy 155.626109 75.880202) (xy 155.523391 75.939507) (xy 155.439507 76.023391) (xy 155.380202 76.126109)
(xy 155.380201 76.126114) (xy 155.3495 76.240691) (xy 147.376464 76.240691) (xy 147.574583 76.042573)
(xy 147.472576 75.964299) (xy 147.282415 75.854511) (xy 147.079571 75.770491) (xy 147.079558 75.770487)
(xy 146.867472 75.713659) (xy 146.649785 75.685) (xy 146.430214 75.685) (xy 146.21253 75.713659)
(xy 146.212525 75.713659) (xy 146.000441 75.770487) (xy 146.000428 75.770491) (xy 145.797584 75.854511)
(xy 145.607419 75.964302) (xy 145.505415 76.042572) (xy 146.096736 76.633893) (xy 145.998156 76.699762)
(xy 145.879762 76.818156) (xy 145.813893 76.916735) (xy 145.222572 76.325415) (xy 145.144302 76.427419)
(xy 145.034511 76.617584) (xy 144.950491 76.820428) (xy 144.950488 76.820437) (xy 144.918559 76.939597)
(xy 144.885234 76.990911) (xy 144.828113 77.012837) (xy 144.800903 77.010491) (xy 144.502517 76.942386)
(xy 144.168212 76.90472) (xy 144.168211 76.90472) (xy 143.831789 76.90472) (xy 143.831787 76.90472)
(xy 143.497482 76.942386) (xy 143.199096 77.010491) (xy 143.138157 77.005006) (xy 143.09208 76.96475)
(xy 143.08144 76.939596) (xy 143.049512 76.820441) (xy 143.049508 76.820428) (xy 142.965488 76.617584)
(xy 142.8557 76.427424) (xy 142.777425 76.325415) (xy 142.186106 76.916735) (xy 142.120238 76.818156)
(xy 142.001844 76.699762) (xy 141.903262 76.633892) (xy 142.494583 76.042573) (xy 142.392576 75.964299)
(xy 142.202415 75.854511) (xy 141.999571 75.770491) (xy 141.999558 75.770487) (xy 141.787472 75.713659)
(xy 141.569785 75.685) (xy 141.350214 75.685) (xy 141.13253 75.713659) (xy 141.132525 75.713659)
(xy 140.920441 75.770487) (xy 140.920428 75.770491) (xy 140.717584 75.854511) (xy 140.527419 75.964302)
(xy 140.425415 76.042572) (xy 141.016736 76.633893) (xy 140.918156 76.699762) (xy 140.799762 76.818156)
(xy 140.733893 76.916735) (xy 140.142572 76.325415) (xy 140.064302 76.427419) (xy 139.954512 76.617581)
(xy 139.925964 76.686505) (xy 139.886227 76.73303) (xy 139.826733 76.747314) (xy 139.770205 76.723899)
(xy 139.738235 76.67173) (xy 139.7355 76.648619) (xy 139.7355 74.3495) (xy 139.754407 74.291309)
(xy 139.803907 74.255345) (xy 139.8345 74.2505) (xy 154.48129 74.2505)
)
)
(filled_polygon
(layer "In2.Cu")
(pts
(xy 154.539481 74.269407) (xy 154.575445 74.318907) (xy 154.575445 74.380093) (xy 154.539481 74.429593)
(xy 154.530791 74.435236) (xy 154.523389 74.439509) (xy 154.439507 74.523391) (xy 154.380202 74.626109)
(xy 154.380201 74.626114) (xy 154.3495 74.740691) (xy 154.3495 74.859309) (xy 154.376574 74.960351)
(xy 154.380202 74.97389) (xy 154.439507 75.076608) (xy 154.439513 75.076616) (xy 154.442898 75.080001)
(xy 154.470672 75.134519) (xy 154.461097 75.194951) (xy 154.442898 75.219999) (xy 154.439513 75.223383)
(xy 154.439507 75.223391) (xy 154.380202 75.326109) (xy 154.363037 75.390169) (xy 154.3495 75.440691)
(xy 154.3495 75.559309) (xy 154.373935 75.6505) (xy 154.380202 75.67389) (xy 154.439507 75.776608)
(xy 154.439509 75.77661) (xy 154.439511 75.776613) (xy 154.523387 75.860489) (xy 154.523389 75.86049)
(xy 154.523391 75.860492) (xy 154.62611 75.919797) (xy 154.626111 75.919797) (xy 154.626114 75.919799)
(xy 154.740691 75.9505) (xy 154.740693 75.9505) (xy 154.859307 75.9505) (xy 154.859309 75.9505)
(xy 154.973886 75.919799) (xy 154.973888 75.919797) (xy 154.97389 75.919797) (xy 155.076608 75.860492)
(xy 155.076608 75.860491) (xy 155.076613 75.860489) (xy 155.160489 75.776613) (xy 155.196836 75.713659)
(xy 155.219797 75.67389) (xy 155.219797 75.673888) (xy 155.219799 75.673886) (xy 155.2505 75.559309)
(xy 155.2505 75.440691) (xy 155.219799 75.326114) (xy 155.219797 75.326111) (xy 155.219797 75.326109)
(xy 155.160492 75.223391) (xy 155.16049 75.223389) (xy 155.160489 75.223387) (xy 155.157103 75.220001)
(xy 155.129328 75.165487) (xy 155.138899 75.105055) (xy 155.157102 75.079999) (xy 155.160489 75.076613)
(xy 155.219799 74.973886) (xy 155.2505 74.859309) (xy 155.2505 74.740691) (xy 155.219799 74.626114)
(xy 155.219797 74.626111) (xy 155.219797 74.626109) (xy 155.160492 74.523391) (xy 155.16049 74.523389)
(xy 155.160489 74.523387) (xy 155.076613 74.439511) (xy 155.069209 74.435236) (xy 155.028269 74.389766)
(xy 155.021874 74.328916) (xy 155.052467 74.275928) (xy 155.108363 74.251042) (xy 155.11871 74.2505)
(xy 185.7505 74.2505) (xy 185.808691 74.269407) (xy 185.844655 74.318907) (xy 185.8495 74.3495)
(xy 185.8495 75.449828) (xy 185.887634 75.541894) (xy 185.887635 75.541895) (xy 185.887636 75.541897)
(xy 185.958103 75.612364) (xy 185.958104 75.612364) (xy 185.958105 75.612365) (xy 186.050171 75.6505)
(xy 190.101 75.6505) (xy 190.159191 75.669407) (xy 190.195155 75.718907) (xy 190.2 75.7495) (xy 190.2 84.2505)
(xy 190.181093 84.308691) (xy 190.131593 84.344655) (xy 190.101 84.3495) (xy 186.050171 84.3495)
(xy 185.958105 84.387634) (xy 185.887634 84.458105) (xy 185.8495 84.550171) (xy 185.8495 85.6505)
(xy 185.830593 85.708691) (xy 185.781093 85.744655) (xy 185.7505 85.7495) (xy 169.91871 85.7495)
(xy 169.860519 85.730593) (xy 169.824555 85.681093) (xy 169.824555 85.619907) (xy 169.860519 85.570407)
(xy 169.869209 85.564764) (xy 169.871147 85.563644) (xy 169.876613 85.560489) (xy 169.960489 85.476613)
(xy 170.019799 85.373886) (xy 170.0505 85.259309) (xy 170.0505 85.140691) (xy 170.019799 85.026114)
(xy 170.019797 85.026111) (xy 170.019797 85.026109) (xy 169.960492 84.923391) (xy 169.96049 84.923389)
(xy 169.960489 84.923387) (xy 169.876613 84.839511) (xy 169.87661 84.839509) (xy 169.876608 84.839507)
(xy 169.783474 84.785736) (xy 169.742533 84.740267) (xy 169.736137 84.679416) (xy 169.76673 84.626428)
(xy 169.783474 84.614264) (xy 169.876608 84.560492) (xy 169.876608 84.560491) (xy 169.876613 84.560489)
(xy 169.960489 84.476613) (xy 169.971176 84.458103) (xy 170.019797 84.37389) (xy 170.019797 84.373888)
(xy 170.019799 84.373886) (xy 170.0505 84.259309) (xy 170.0505 84.140691) (xy 170.019799 84.026114)
(xy 170.019797 84.026111) (xy 170.019797 84.026109) (xy 169.960492 83.923391) (xy 169.96049 83.923389)
(xy 169.960489 83.923387) (xy 169.876613 83.839511) (xy 169.87661 83.839509) (xy 169.876608 83.839507)
(xy 169.773889 83.780202) (xy 169.77389 83.780202) (xy 169.760351 83.776574) (xy 169.659309 83.7495)
(xy 169.540691 83.7495) (xy 169.470567 83.768289) (xy 169.426109 83.780202) (xy 169.323391 83.839507)
(xy 169.239507 83.923391) (xy 169.180202 84.026109) (xy 169.166671 84.076608) (xy 169.1495 84.140691)
(xy 169.1495 84.259309) (xy 169.162732 84.308691) (xy 169.180202 84.37389) (xy 169.239507 84.476608)
(xy 169.239509 84.47661) (xy 169.239511 84.476613) (xy 169.323387 84.560489) (xy 169.323389 84.56049)
(xy 169.416526 84.614264) (xy 169.457466 84.659734) (xy 169.463861 84.720584) (xy 169.433268 84.773572)
(xy 169.416526 84.785736) (xy 169.323389 84.839509) (xy 169.239507 84.923391) (xy 169.180202 85.026109)
(xy 169.180201 85.026114) (xy 169.1495 85.140691) (xy 169.1495 85.259309) (xy 169.171306 85.340691)
(xy 169.180202 85.37389) (xy 169.239507 85.476608) (xy 169.239509 85.47661) (xy 169.239511 85.476613)
(xy 169.323387 85.560489) (xy 169.323389 85.56049) (xy 169.330791 85.564764) (xy 169.371731 85.610234)
(xy 169.378126 85.671084) (xy 169.347533 85.724072) (xy 169.291637 85.748958) (xy 169.28129 85.7495)
(xy 142.789881 85.7495) (xy 142.73169 85.730593) (xy 142.695726 85.681093) (xy 142.695726 85.619907)
(xy 142.704145 85.600999) (xy 142.719799 85.573886) (xy 142.7505 85.459309) (xy 142.7505 85.340691)
(xy 142.719799 85.226114) (xy 142.719797 85.226111) (xy 142.719797 85.226109) (xy 142.660492 85.123391)
(xy 142.66049 85.123389) (xy 142.660489 85.123387) (xy 142.576613 85.039511) (xy 142.57661 85.039509)
(xy 142.576608 85.039507) (xy 142.473889 84.980202) (xy 142.47389 84.980202) (xy 142.460351 84.976574)
(xy 142.359309 84.9495) (xy 142.240691 84.9495) (xy 142.170567 84.968289) (xy 142.126109 84.980202)
(xy 142.023391 85.039507) (xy 141.939507 85.123391) (xy 141.880202 85.226109) (xy 141.880201 85.226114)
(xy 141.8495 85.340691) (xy 141.8495 85.459309) (xy 141.876612 85.56049) (xy 141.880202 85.573888)
(xy 141.895855 85.600999) (xy 141.908577 85.660847) (xy 141.883691 85.716743) (xy 141.830704 85.747336)
(xy 141.810119 85.7495) (xy 139.8345 85.7495) (xy 139.776309 85.730593) (xy 139.740345 85.681093)
(xy 139.7355 85.6505) (xy 139.7355 83.15138) (xy 139.754407 83.093189) (xy 139.803907 83.057225)
(xy 139.865093 83.057225) (xy 139.914593 83.093189) (xy 139.925964 83.113495) (xy 139.954511 83.182415)
(xy 140.064299 83.372576) (xy 140.142572 83.474582) (xy 140.733892 82.883262) (xy 140.799762 82.981844)
(xy 140.918156 83.100238) (xy 141.016734 83.166106) (xy 140.425415 83.757426) (xy 140.527424 83.8357)
(xy 140.717584 83.945488) (xy 140.920428 84.029508) (xy 140.920441 84.029512) (xy 141.132527 84.08634)
(xy 141.350214 84.114999) (xy 141.350216 84.115) (xy 141.569784 84.115) (xy 141.569785 84.114999)
(xy 141.787469 84.08634) (xy 141.787474 84.08634) (xy 141.999558 84.029512) (xy 141.999571 84.029508)
(xy 142.202415 83.945488) (xy 142.392579 83.835697) (xy 142.494584 83.757426) (xy 141.903264 83.166106)
(xy 142.001844 83.100238) (xy 142.120238 82.981844) (xy 142.186106 82.883264) (xy 142.777426 83.474584)
(xy 142.855697 83.372579) (xy 142.965488 83.182415) (xy 143.049508 82.979571) (xy 143.049512 82.979559)
(xy 143.08144 82.860403) (xy 143.114764 82.809089) (xy 143.171885 82.787162) (xy 143.19909 82.789507)
(xy 143.497481 82.857613) (xy 143.831789 82.89528) (xy 143.83179 82.89528) (xy 144.16821 82.89528)
(xy 144.168211 82.89528) (xy 144.502519 82.857613) (xy 144.800905 82.789508) (xy 144.861842 82.794993)
(xy 144.907919 82.835249) (xy 144.91856 82.860403) (xy 144.950487 82.979559) (xy 144.950491 82.979571)
(xy 145.034511 83.182415) (xy 145.144299 83.372576) (xy 145.222573 83.474583) (xy 145.813892 82.883263)
(xy 145.879762 82.981844) (xy 145.998156 83.100238) (xy 146.096735 83.166106) (xy 145.505415 83.757426)
(xy 145.607424 83.8357) (xy 145.797584 83.945488) (xy 146.000428 84.029508) (xy 146.000441 84.029512)
(xy 146.212527 84.08634) (xy 146.430214 84.114999) (xy 146.430216 84.115) (xy 146.649784 84.115)
(xy 146.649785 84.114999) (xy 146.867469 84.08634) (xy 146.867474 84.08634) (xy 147.079558 84.029512)
(xy 147.079571 84.029508) (xy 147.282415 83.945488) (xy 147.472579 83.835697) (xy 147.574584 83.757426)
(xy 147.557849 83.740691) (xy 158.9495 83.740691) (xy 158.9495 83.859309) (xy 158.96667 83.923387)
(xy 158.980202 83.97389) (xy 159.039507 84.076608) (xy 159.039509 84.07661) (xy 159.039511 84.076613)
(xy 159.123387 84.160489) (xy 159.123389 84.16049) (xy 159.123391 84.160492) (xy 159.22611 84.219797)
(xy 159.226111 84.219797) (xy 159.226114 84.219799) (xy 159.340691 84.2505) (xy 159.340693 84.2505)
(xy 159.459307 84.2505) (xy 159.459309 84.2505) (xy 159.573886 84.219799) (xy 159.573888 84.219797)
(xy 159.57389 84.219797) (xy 159.676608 84.160492) (xy 159.676608 84.160491) (xy 159.676613 84.160489)
(xy 159.760489 84.076613) (xy 159.787683 84.029512) (xy 159.819797 83.97389) (xy 159.819797 83.973888)
(xy 159.819799 83.973886) (xy 159.8505 83.859309) (xy 159.8505 83.740691) (xy 159.819799 83.626114)
(xy 159.819797 83.626111) (xy 159.819797 83.626109) (xy 159.760492 83.523391) (xy 159.76049 83.523389)
(xy 159.760489 83.523387) (xy 159.676613 83.439511) (xy 159.67661 83.439509) (xy 159.676608 83.439507)
(xy 159.573889 83.380202) (xy 159.57389 83.380202) (xy 159.545429 83.372576) (xy 159.459309 83.3495)
(xy 159.340691 83.3495) (xy 159.270567 83.368289) (xy 159.226109 83.380202) (xy 159.123391 83.439507)
(xy 159.039507 83.523391) (xy 158.980202 83.626109) (xy 158.980201 83.626114) (xy 158.9495 83.740691)
(xy 147.557849 83.740691) (xy 146.983264 83.166106) (xy 147.081844 83.100238) (xy 147.200238 82.981844)
(xy 147.266106 82.883264) (xy 147.857426 83.474584) (xy 147.935697 83.372579) (xy 148.045488 83.182415)
(xy 148.062771 83.140691) (xy 155.5495 83.140691) (xy 155.5495 83.259309) (xy 155.557724 83.29)
(xy 155.580202 83.37389) (xy 155.639507 83.476608) (xy 155.639509 83.47661) (xy 155.639511 83.476613)
(xy 155.723387 83.560489) (xy 155.723389 83.56049) (xy 155.723391 83.560492) (xy 155.82611 83.619797)
(xy 155.826111 83.619797) (xy 155.826114 83.619799) (xy 155.940691 83.6505) (xy 155.940693 83.6505)
(xy 156.059307 83.6505) (xy 156.059309 83.6505) (xy 156.173886 83.619799) (xy 156.173888 83.619797)
(xy 156.17389 83.619797) (xy 156.276608 83.560492) (xy 156.276608 83.560491) (xy 156.276613 83.560489)
(xy 156.360489 83.476613) (xy 156.360492 83.476608) (xy 156.419797 83.37389) (xy 156.419797 83.373888)
(xy 156.419799 83.373886) (xy 156.4505 83.259309) (xy 156.4505 83.2) (xy 183.6 83.2) (xy 183.600001 83.2)
(xy 185.599999 83.2) (xy 185.6 83.2) (xy 185.6 82.4) (xy 183.6 82.4) (xy 183.6 83.2) (xy 156.4505 83.2)
(xy 156.4505 83.140691) (xy 156.419799 83.026114) (xy 156.419797 83.026111) (xy 156.419797 83.026109)
(xy 156.360492 82.923391) (xy 156.36049 82.923389) (xy 156.360489 82.923387) (xy 156.276613 82.839511)
(xy 156.27661 82.839509) (xy 156.276608 82.839507) (xy 156.173889 82.780202) (xy 156.17389 82.780202)
(xy 156.160351 82.776574) (xy 156.059309 82.7495) (xy 155.940691 82.7495) (xy 155.870567 82.768289)
(xy 155.826109 82.780202) (xy 155.723391 82.839507) (xy 155.639507 82.923391) (xy 155.580202 83.026109)
(xy 155.580201 83.026114) (xy 155.5495 83.140691) (xy 148.062771 83.140691) (xy 148.081151 83.096317)
(xy 148.081151 83.096316) (xy 148.12951 82.979565) (xy 148.129512 82.979559) (xy 148.18634 82.76747)
(xy 148.190474 82.736077) (xy 148.216815 82.680852) (xy 148.270586 82.651658) (xy 148.288627 82.65)
(xy 154.249999 82.65) (xy 154.25 82.65) (xy 154.9 82) (xy 183.6 82) (xy 183.600001 82) (xy 185.599999 82)
(xy 185.6 82) (xy 185.6 81.2) (xy 183.6 81.2) (xy 183.6 82) (xy 154.9 82) (xy 155.4 81.5) (xy 155.4 81)
(xy 158.1 81) (xy 158.100001 81) (xy 158.859999 81) (xy 158.86 81) (xy 158.86 80.65) (xy 158.1 80.65)
(xy 158.1 81) (xy 155.4 81) (xy 155.4 80.35) (xy 158.1 80.35) (xy 158.100001 80.35) (xy 158.859999 80.35)
(xy 158.86 80.35) (xy 158.86 80) (xy 158.1 80) (xy 158.1 80.35) (xy 155.4 80.35) (xy 155.4 79.4)
(xy 155.029348 79.029348) (xy 158.757288 79.029348) (xy 158.757288 79.147966) (xy 158.784362 79.249008)
(xy 158.78799 79.262547) (xy 158.847295 79.365265) (xy 158.847297 79.365267) (xy 158.847299 79.36527)
(xy 158.931175 79.449146) (xy 158.931177 79.449147) (xy 158.931179 79.449149) (xy 159.033898 79.508454)
(xy 159.033899 79.508454) (xy 159.033902 79.508456) (xy 159.148479 79.539157) (xy 159.148481 79.539157)
(xy 159.267095 79.539157) (xy 159.267097 79.539157) (xy 159.381674 79.508456) (xy 159.381676 79.508454)
(xy 159.381678 79.508454) (xy 159.484396 79.449149) (xy 159.484396 79.449148) (xy 159.484401 79.449146)
(xy 159.568277 79.36527) (xy 159.627587 79.262543) (xy 159.658288 79.147966) (xy 159.658288 79.029348)
(xy 159.627587 78.914771) (xy 159.627585 78.914768) (xy 159.627585 78.914766) (xy 159.56828 78.812048)
(xy 159.568278 78.812046) (xy 159.568277 78.812044) (xy 159.484401 78.728168) (xy 159.484398 78.728166)
(xy 159.484396 78.728164) (xy 159.381677 78.668859) (xy 159.381678 78.668859) (xy 159.368139 78.665231)
(xy 159.267097 78.638157) (xy 159.148479 78.638157) (xy 159.085415 78.655055) (xy 159.033897 78.668859)
(xy 158.931179 78.728164) (xy 158.847295 78.812048) (xy 158.78799 78.914766) (xy 158.770825 78.978826)
(xy 158.757288 79.029348) (xy 155.029348 79.029348) (xy 155 79) (xy 154.999999 79) (xy 147.41891 79)
(xy 147.360719 78.981093) (xy 147.324755 78.931593) (xy 147.324755 78.870407) (xy 147.360719 78.820907)
(xy 147.36941 78.815263) (xy 147.472579 78.755697) (xy 147.574584 78.677426) (xy 146.983264 78.086106)
(xy 147.081844 78.020238) (xy 147.200238 77.901844) (xy 147.266106 77.803264) (xy 147.857426 78.394584)
(xy 147.935697 78.292579) (xy 147.965655 78.240691) (xy 167.8495 78.240691) (xy 167.8495 78.359309)
(xy 167.860537 78.4005) (xy 167.880202 78.47389) (xy 167.939507 78.576608) (xy 167.939509 78.57661)
(xy 167.939511 78.576613) (xy 167.992896 78.629998) (xy 168.020672 78.684513) (xy 168.011101 78.744945)
(xy 167.992897 78.77) (xy 167.950854 78.812044) (xy 167.939508 78.82339) (xy 167.939507 78.823391)
(xy 167.880202 78.926109) (xy 167.880201 78.926114) (xy 167.8495 79.040691) (xy 167.8495 79.159309)
(xy 167.876574 79.260351) (xy 167.880202 79.27389) (xy 167.939507 79.376608) (xy 167.939509 79.37661)
(xy 167.939511 79.376613) (xy 168.023387 79.460489) (xy 168.023389 79.46049) (xy 168.023391 79.460492)
(xy 168.12611 79.519797) (xy 168.126111 79.519797) (xy 168.126114 79.519799) (xy 168.240691 79.5505)
(xy 168.240693 79.5505) (xy 168.359307 79.5505) (xy 168.359309 79.5505) (xy 168.473886 79.519799)
(xy 168.473888 79.519797) (xy 168.47389 79.519797) (xy 168.576608 79.460492) (xy 168.576608 79.460491)
(xy 168.576613 79.460489) (xy 168.660489 79.376613) (xy 168.664263 79.370075) (xy 168.709731 79.329135)
(xy 168.770581 79.322738) (xy 168.82357 79.353329) (xy 168.835735 79.370073) (xy 168.839511 79.376613)
(xy 168.923387 79.460489) (xy 168.923389 79.46049) (xy 168.923391 79.460492) (xy 169.02611 79.519797)
(xy 169.026111 79.519797) (xy 169.026114 79.519799) (xy 169.140691 79.5505) (xy 169.140693 79.5505)
(xy 169.259307 79.5505) (xy 169.259309 79.5505) (xy 169.373886 79.519799) (xy 169.373888 79.519797)
(xy 169.37389 79.519797) (xy 169.476608 79.460492) (xy 169.476608 79.460491) (xy 169.476613 79.460489)
(xy 169.560489 79.376613) (xy 169.619799 79.273886) (xy 169.6505 79.159309) (xy 169.6505 79.040691)
(xy 169.619799 78.926114) (xy 169.619797 78.926111) (xy 169.619797 78.926109) (xy 169.560492 78.823391)
(xy 169.56049 78.823389) (xy 169.560489 78.823387) (xy 169.507103 78.770001) (xy 169.479328 78.715487)
(xy 169.488899 78.655055) (xy 169.507102 78.629999) (xy 169.560489 78.576613) (xy 169.619799 78.473886)
(xy 169.6505 78.359309) (xy 169.6505 78.240691) (xy 169.619799 78.126114) (xy 169.619797 78.126111)
(xy 169.619797 78.126109) (xy 169.560492 78.023391) (xy 169.56049 78.023389) (xy 169.560489 78.023387)
(xy 169.476613 77.939511) (xy 169.47661 77.939509) (xy 169.476608 77.939507) (xy 169.431311 77.913355)
(xy 169.43131 77.913355) (xy 169.373888 77.880202) (xy 169.373887 77.880201) (xy 169.373886 77.880201)
(xy 169.259309 77.8495) (xy 169.140691 77.8495) (xy 169.070567 77.868289) (xy 169.026109 77.880202)
(xy 168.923391 77.939507) (xy 168.839509 78.023389) (xy 168.835736 78.029925) (xy 168.790266 78.070865)
(xy 168.729416 78.07726) (xy 168.676428 78.046667) (xy 168.664264 78.029925) (xy 168.66049 78.023389)
(xy 168.660489 78.023387) (xy 168.576613 77.939511) (xy 168.57661 77.939509) (xy 168.576608 77.939507)
(xy 168.473889 77.880202) (xy 168.47389 77.880202) (xy 168.460351 77.876574) (xy 168.359309 77.8495)
(xy 168.240691 77.8495) (xy 168.170567 77.868289) (xy 168.126109 77.880202) (xy 168.023391 77.939507)
(xy 167.939507 78.023391) (xy 167.880202 78.126109) (xy 167.880201 78.126114) (xy 167.8495 78.240691)
(xy 147.965655 78.240691) (xy 147.997981 78.184702) (xy 148.045488 78.102415) (xy 148.129508 77.899571)
(xy 148.129512 77.899558) (xy 148.147049 77.834108) (xy 179.6995 77.834108) (xy 179.6995 77.965892)
(xy 179.727627 78.070865) (xy 179.733609 78.09319) (xy 179.799496 78.207309) (xy 179.799498 78.207311)
(xy 179.7995 78.207314) (xy 179.892686 78.3005) (xy 179.892688 78.300501) (xy 179.89269 78.300503)
(xy 180.00681 78.36639) (xy 180.006808 78.36639) (xy 180.006812 78.366391) (xy 180.006814 78.366392)
(xy 180.134108 78.4005) (xy 180.13411 78.4005) (xy 180.26589 78.4005) (xy 180.265892 78.4005) (xy 180.267758 78.4)
(xy 183.6 78.4) (xy 183.600001 78.4) (xy 185.599999 78.4) (xy 185.6 78.4) (xy 185.6 77.6) (xy 183.6 77.6)
(xy 183.6 78.4) (xy 180.267758 78.4) (xy 180.393186 78.366392) (xy 180.393188 78.36639) (xy 180.39319 78.36639)
(xy 180.507309 78.300503) (xy 180.507309 78.300502) (xy 180.507314 78.3005) (xy 180.6005 78.207314)
(xy 180.613555 78.184702) (xy 180.66639 78.09319) (xy 180.66639 78.093188) (xy 180.666392 78.093186)
(xy 180.7005 77.965892) (xy 180.7005 77.834108) (xy 180.666392 77.706814) (xy 180.66639 77.706811)
(xy 180.66639 77.706809) (xy 180.609627 77.608493) (xy 180.600503 77.59269) (xy 180.600501 77.592688)
(xy 180.6005 77.592686) (xy 180.507314 77.4995) (xy 180.507311 77.499498) (xy 180.507309 77.499496)
(xy 180.393189 77.433609) (xy 180.393191 77.433609) (xy 180.343799 77.420375) (xy 180.265892 77.3995)
(xy 180.134108 77.3995) (xy 180.0562 77.420375) (xy 180.006809 77.433609) (xy 179.89269 77.499496)
(xy 179.799496 77.59269) (xy 179.733609 77.706809) (xy 179.733608 77.706814) (xy 179.6995 77.834108)
(xy 148.147049 77.834108) (xy 148.18634 77.687474) (xy 148.18634 77.687469) (xy 148.214999 77.469785)
(xy 148.215 77.469784) (xy 148.215 77.250216) (xy 148.214999 77.250214) (xy 148.208388 77.2) (xy 183.6 77.2)
(xy 183.600001 77.2) (xy 185.599999 77.2) (xy 185.6 77.2) (xy 185.6 76.4) (xy 183.6 76.4) (xy 183.6 77.2)
(xy 148.208388 77.2) (xy 148.18634 77.03253) (xy 148.18634 77.032525) (xy 148.129512 76.820441)
(xy 148.129508 76.820428) (xy 148.045488 76.617584) (xy 147.9357 76.427424) (xy 147.857425 76.325416)
(xy 147.266106 76.916735) (xy 147.200238 76.818156) (xy 147.081844 76.699762) (xy 146.983262 76.633892)
(xy 147.376464 76.240691) (xy 155.3495 76.240691) (xy 155.3495 76.359309) (xy 155.376574 76.460351)
(xy 155.380202 76.47389) (xy 155.439507 76.576608) (xy 155.439509 76.57661) (xy 155.439511 76.576613)
(xy 155.523387 76.660489) (xy 155.523389 76.66049) (xy 155.523391 76.660492) (xy 155.62611 76.719797)
(xy 155.626111 76.719797) (xy 155.626114 76.719799) (xy 155.740691 76.7505) (xy 155.740693 76.7505)
(xy 155.859307 76.7505) (xy 155.859309 76.7505) (xy 155.973886 76.719799) (xy 156.050499 76.675565)
(xy 156.110348 76.662844) (xy 156.1495 76.675565) (xy 156.226114 76.719799) (xy 156.340691 76.7505)
(xy 156.340693 76.7505) (xy 156.459307 76.7505) (xy 156.459309 76.7505) (xy 156.573886 76.719799)
(xy 156.573888 76.719797) (xy 156.57389 76.719797) (xy 156.676608 76.660492) (xy 156.676608 76.660491)
(xy 156.676613 76.660489) (xy 156.760489 76.576613) (xy 156.780089 76.542665) (xy 156.819797 76.47389)
(xy 156.819797 76.473888) (xy 156.819799 76.473886) (xy 156.8505 76.359309) (xy 156.8505 76.240691)
(xy 156.819799 76.126114) (xy 156.819797 76.126111) (xy 156.819797 76.126109) (xy 156.760492 76.023391)
(xy 156.76049 76.023389) (xy 156.760489 76.023387) (xy 156.676613 75.939511) (xy 156.67661 75.939509)
(xy 156.676608 75.939507) (xy 156.573889 75.880202) (xy 156.57389 75.880202) (xy 156.560351 75.876574)
(xy 156.459309 75.8495) (xy 156.340691 75.8495) (xy 156.29968 75.860489) (xy 156.226112 75.880201)
(xy 156.1495 75.924434) (xy 156.089651 75.937155) (xy 156.0505 75.924434) (xy 155.973887 75.880201)
(xy 155.900331 75.860492) (xy 155.859309 75.8495) (xy 155.740691 75.8495) (xy 155.699669 75.860492)
(xy 155.626109 75.880202) (xy 155.523391 75.939507) (xy 155.439507 76.023391) (xy 155.380202 76.126109)
(xy 155.380201 76.126114) (xy 155.3495 76.240691) (xy 147.376464 76.240691) (xy 147.574583 76.042573)
(xy 147.472576 75.964299) (xy 147.282415 75.854511) (xy 147.079571 75.770491) (xy 147.079558 75.770487)
(xy 146.867472 75.713659) (xy 146.649785 75.685) (xy 146.430214 75.685) (xy 146.21253 75.713659)
(xy 146.212525 75.713659) (xy 146.000441 75.770487) (xy 146.000428 75.770491) (xy 145.797584 75.854511)
(xy 145.607419 75.964302) (xy 145.505415 76.042572) (xy 146.096736 76.633893) (xy 145.998156 76.699762)
(xy 145.879762 76.818156) (xy 145.813893 76.916735) (xy 145.222572 76.325415) (xy 145.144302 76.427419)
(xy 145.034511 76.617584) (xy 144.950491 76.820428) (xy 144.950488 76.820437) (xy 144.918559 76.939597)
(xy 144.885234 76.990911) (xy 144.828113 77.012837) (xy 144.800903 77.010491) (xy 144.502517 76.942386)
(xy 144.168212 76.90472) (xy 144.168211 76.90472) (xy 143.831789 76.90472) (xy 143.831787 76.90472)
(xy 143.497482 76.942386) (xy 143.199096 77.010491) (xy 143.138157 77.005006) (xy 143.09208 76.96475)
(xy 143.08144 76.939596) (xy 143.049512 76.820441) (xy 143.049508 76.820428) (xy 142.965488 76.617584)
(xy 142.8557 76.427424) (xy 142.777425 76.325415) (xy 142.186106 76.916735) (xy 142.120238 76.818156)
(xy 142.001844 76.699762) (xy 141.903262 76.633892) (xy 142.494583 76.042573) (xy 142.392576 75.964299)
(xy 142.202415 75.854511) (xy 141.999571 75.770491) (xy 141.999558 75.770487) (xy 141.787472 75.713659)
(xy 141.569785 75.685) (xy 141.350214 75.685) (xy 141.13253 75.713659) (xy 141.132525 75.713659)
(xy 140.920441 75.770487) (xy 140.920428 75.770491) (xy 140.717584 75.854511) (xy 140.527419 75.964302)
(xy 140.425415 76.042572) (xy 141.016736 76.633893) (xy 140.918156 76.699762) (xy 140.799762 76.818156)
(xy 140.733893 76.916735) (xy 140.142572 76.325415) (xy 140.064302 76.427419) (xy 139.954512 76.617581)
(xy 139.925964 76.686505) (xy 139.886227 76.73303) (xy 139.826733 76.747314) (xy 139.770205 76.723899)
(xy 139.738235 76.67173) (xy 139.7355 76.648619) (xy 139.7355 74.3495) (xy 139.754407 74.291309)
(xy 139.803907 74.255345) (xy 139.8345 74.2505) (xy 154.48129 74.2505)
)
)
)
(group ""
(uuid "d02e5a9e-2199-4e95-9568-a6652954acc9")
(members "1f4577b6-e027-4e61-bf75-e05f504bdc62" "63bce997-a6d4-4c4a-9f1b-1ab17935f1f4"
"97612ae8-71dd-4a9b-9f94-dcb3a0862abf" "9e99c2c2-30b2-491a-ae5a-3cd54a63fcf7"
"a566e9c8-9879-4f73-9fdf-766b2af0e81b" "cd51310e-ee85-42c0-baa9-7f5a3d4ce983"
"dcbb9a93-8d58-4db6-8a65-504734aff909" "e65ca630-7f27-49c6-83b9-d16bf0e5e8ef"
)
)
(group ""
(uuid "1a0788da-c1f1-4697-b298-0b4b025f93d6")
(members "e74c826a-7833-436b-93b1-68eba81021d7" "f581f7ef-78d0-44b9-a27f-de93e1d936dc")
)
(group ""
(uuid "cd6f6acc-fc01-4f2d-b897-5a7d3dc6b1ab")
(locked yes)
(members "5e98caa9-e8a5-468d-9408-9353df120f18" "631877b3-29af-4ce4-9a20-9ba5fa9a033b")
)
(group ""
(uuid "fd5c1cc6-901b-4412-bb14-4d4a0cf0d677")
(locked yes)
(members "04eb510b-9d10-4396-9e80-ef0e76751db1" "1437c0bc-396a-4acb-9d92-b7030b81643d")
)
(group ""
(uuid "694c2783-3556-45b5-bb85-b6ef9d6febd2")
(members "2ce00af9-f557-4eb6-848c-ad96bc9facd3" "c12d8d8e-511f-4b3b-af7e-f339bb48088e")
)
(group ""
(uuid "bbd1c2fb-2e27-4a9e-b421-94d763479758")
(members "aacf2acb-e81e-48a5-b3e0-6e993bb72ab6" "f32c3a17-7b5c-4d38-adf2-129f65885c91")
)
(group ""
(uuid "3b077d56-8240-4c5a-9c4b-63219d722253")
(members "e7561111-a2ef-49b5-a172-873eee5d9ca6")
)
(group "group-boardStackUp"
(uuid "fbc10acb-f5af-4342-b79a-f48c66f2e182")
(members "02cd3da6-5aed-4c0f-a861-78f90be766bc" "06cc018f-0b2c-482b-8e9d-df6a5ec1906e"
"0aaf8eca-2443-49e4-8151-1a7debb80e0d" "0abc0b8e-2067-446e-a9f9-65a6ac2cddb2"
"0b95a479-51c8-4ca5-9478-0516f8041889" "107288cd-d161-417f-90b6-09125a9ec78d"
"1227b458-37b2-4469-89ac-6825343330ea" "142838da-5197-46d6-b243-3c1a8fba3224"
"14fb20de-51c8-4408-8109-58646191f744" "15796b21-5af9-4317-8d12-944c5244736d"
"16c3d384-b2eb-499a-a487-15c0024a3961" "192f80c9-d003-4a2c-989c-585d5176047e"
"1b0bef7c-c186-416b-a338-46cd473f52e0" "1e16a645-f2a5-49b5-b8f1-3640f11f5477"
"211bfe96-cfb9-4444-828e-aa7c8136ada0" "22162826-2775-45cf-bba6-89ddb6f06f24"
"229d8dd3-52f4-4ad8-9311-1494d4f4b4c9" "25fa9d19-3d74-4b4b-a3d8-2b2045f6c23e"
"26032a97-c958-491a-99b8-eb77e28af14d" "267018e7-c337-48db-9e22-92ab99aa58bd"
"2943d552-6e7a-4806-928f-b67045abd7aa" "2d250e4c-39cf-4b1d-af31-5ffc21d14f47"
"2d6fd5e2-168d-4b69-86c6-d6050187eff8" "3022c928-2ab2-4fa5-b7ff-2ccc5a1df7a7"
"30401776-38b6-4c95-8ec7-95d0be8965d7" "33f44b93-8e19-47bd-a23f-3a4e49a2cc09"
"35a3f2d9-10fd-4542-952b-a0f3d910456d" "3d12fd2b-c4b4-4787-b47c-935089074e20"
"3d9d9ebe-30e1-46a6-83b8-0669759f1966" "42f101a5-6aa3-486c-936d-51e30096042a"
"4317aabb-7842-4228-820f-8b6889d7fffc" "441d37f4-5e7b-4f20-af31-b704f17f21e9"
"46cc5175-5ade-4f35-80b2-98b2a2416ac7" "48907cb0-1d94-4ebb-bbac-4351f79b237f"
"49e43dd7-7fd0-4e51-aaab-19b5fc2398bd" "51297ac5-92c4-4aeb-a4bd-e9a46e1df47a"
"527282a9-b7d9-4892-b162-b5a6800db57f" "551107d0-94f0-4203-bf39-2e67fe34824c"
"560f7a4c-d4ba-4e84-b70e-c1c2626ea272" "57eb0aad-ac41-4d3d-b427-3587f8aaca9e"
"58fd1897-54d2-46cf-9cc2-01061b9477cc" "5a80b8ae-4115-49ee-a0d1-f5091a3c5654"
"5a862b87-5329-440d-8fb2-9466494d31f8" "5a9d1adf-9367-4915-8d90-bb3e2031dbcb"
"5e663356-ff97-4d18-ba6f-2808db858298" "601fbdec-0c16-4f0d-86ba-9a4ca796aef5"
"60e73dbe-9745-4c65-b907-5db63cf27671" "6119db4a-952e-4ee7-8fb3-402a083e92fc"
"61b8452c-0d76-47dd-920c-2106c0fe42a4" "626b8998-848e-43e0-ac96-ae232158d2d1"
"67619f68-2beb-4a45-8c69-28f8f540628d" "676ea827-570f-4e8b-9f37-ff393ecd0735"
"6a6b6aa5-646f-4a84-b429-1b654af3598a" "6eccd7dc-7660-4abe-a5eb-e6f9f0a336aa"
"7175d5ad-76fc-48c7-a5c5-c2dc374c3743" "72d1f932-8137-46d3-b4c7-c5c5af09b281"
"731c260b-a922-4570-b78d-7bacae36d472" "75657c3d-302b-4d26-a404-581e182ef7aa"
"79abc3a0-9d48-4da1-94ee-194c10624ee8" "7a28d91b-66d7-4192-836b-be9214fd849e"
"7b1235b3-bc0f-4abc-a634-602845bdf224" "7d2b80a7-999a-4b7d-b4c3-230bedfdfb99"
"7f2c577c-a184-480d-ad65-bfddc1901df1" "8024adf3-b771-45c9-999e-23074d70d133"
"81e59614-e59a-4f2d-8960-043b3b491b58" "824fce00-e964-4249-b291-b456e50ac7f7"
"82c39780-ec0a-43d5-93bf-81bedcb53e98" "846d7c4c-a7f0-47d3-a2b9-dab73c86004d"
"8a80c9d4-4a61-4dea-9f08-d00dd8cc1db5" "8ace55a5-342c-4ade-b7e4-4fbfb3f12cbf"
"9235ed58-048e-43f5-871b-da37beed5689" "92d421e9-a78c-4b9e-b1d4-a14a375a2667"
"9817446b-b516-4616-b711-86534096e9c7" "9cb0abaf-ec01-4db4-bac9-5f304da93574"
"a0ba9020-2a25-46b9-9189-3c5a3ecc746d" "a6bd00fa-51ac-4c60-a62e-2565e7204874"
"a6e11059-b139-47ef-a089-a9fb7b19998b" "a8d9322f-334c-4583-ac6d-f7d6aae19570"
"abe31144-71d7-4c25-b404-23ad400601aa" "b071aa2e-6e3e-41e7-ab28-22714f7fbd7e"
"b0b59363-c5e5-4acd-a023-8c0a2b5d9de1" "b51ee61b-7cc2-475f-9776-d97751717f42"
"b520ddd2-635e-4719-84af-838956d92fa4" "b5249832-432a-44ce-803f-80d60c9e5d35"
"b828c0f6-fce6-4205-ab7a-f55d3db5ad86" "b9cc621d-09f0-43d6-a34a-c2561acc2fde"
"b9db82e0-2250-4697-a3e2-956c200b6920" "bd268384-d6a5-41b4-8787-c1c650215a23"
"bf1f635b-f2a5-46c5-b7e4-adb61312ca99" "bf4dde9c-b4b8-4dfb-a0d0-095acfb654f9"
"c06dbec8-a30b-48ca-9464-baa6b968b494" "c1a576ab-f91b-4acc-a1af-58d5ee772ff4"
"c1ec1552-6092-45df-9096-9619d642f09c" "c2dc756b-1c0a-470d-96b3-ac9814719099"
"c3af05ef-ed93-44da-b17a-c6c38de175e9" "c4e675c5-364f-40d1-97ac-fff64ac563be"
"c51949bc-b285-46cd-ba97-05ecf6bab87b" "ca66c699-55ac-49ec-8789-b84957a1306d"
"cb3409b0-4a5b-473e-9b89-be3882d9aaf9" "d096f24f-bb77-48ce-81d9-c67665283c76"
"d5d83bcd-ae00-48e7-aed9-44ff3d1e0879" "d6d2e738-ddbb-4264-b640-2edaf761fe3a"
"d822ad6c-f681-40dd-b7ff-049b732b96f4" "d96839d4-5400-431c-8551-8e3451df571e"
"db03fcb3-7fa2-4ce6-a2dd-3da92b9cda53" "dbffb314-f5ef-4923-a1c9-754447fb4312"
"de23d10f-712d-4dd2-88a9-13c3af74bf79" "df71d001-5f38-4f60-9f25-d1d475b7264e"
"df8792ad-bab2-4795-bff7-c8f5d0f1c106" "e0c74aaa-ecc8-48fa-881e-8b3c48e32788"
"e30d9190-524f-4a5f-8813-ad9bd2c03f44" "e3999e53-d872-475c-864f-40db9c2ad2d7"
"e81cff7c-7fc6-486f-8835-e060c1cb681b" "f0eaf0d4-f4a0-4ae8-868a-0576208f2156"
"f2bd9fbd-513a-4b94-acb3-15deae891dca" "f2f31c97-e9a4-41bb-a2ab-3947fad38938"
"f5e2c2f8-e919-4086-9cfa-f05655759967" "f823c49e-eec5-4e50-ae01-e475f4dc4de1"
"f83ae989-92d6-4427-b4d2-fa33438e4601" "fb010577-57ab-4afa-9c89-ab6f154afc0d"
"fd5eeda1-0067-451c-82f3-e3d6549e0311"
)
)
(embedded_fonts no)
(embedded_files
(file
(name "34-1030-12G.stp")
(type model)
(data |KLUv/aBxRhIA7FsDbt9FzAojEG+SFBsACxD5+KA+5SoM/8oY+NKSpKTIaPzzJwkAcBSZAASZC3EK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=|
)
(checksum "05C2E2701248292A64126E8D7871B663")
)
(file
(name "EQCO125X40C1-I_3DW.stp")
(type model)
(data |KLUv/aDJ0AUApP4Bqh+6RSzgzEQpNgrQBykgXe6I6mzjgx4GVzarzfMUOWV375SyDNIJnmU6MMao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=|
)
(checksum "43C921E59B4C708D9084DD8353E8FA2E")
)
(file
(name "PCA9530DP_118.step")
(type model)
(data |KLUv/aDphwQAJAsCmgwaRCzQjqak2LodymGqkJocYD90xrDi+kZ59UPCW5GSK3fKunWkNbTAwyj1
OuB1FS4FKQS6A/W5Tttf5Nmuakhm9YgVfTReaeXZarzWuK6l8XYkYxwL1J5u5+n8pd5XP+f5W+rz
ikXSLlopVKS5KZ49no2dXEOn74VsWEUk2aLjUYvuyDiq0jTuyY6nKSKipfY3UKZo7Jr7VZLMyQ2R
IUSMY4HsveG9bPW07DeHYzVDKnpau6KBAAcJjoxC48EhggQHAlRQGEBBbLeIcBlHA4jGhYQDBBQS
ERwPHD4aHBYHaFhMUDxcHP3OzLGxyUCuGsaxcLa1NcueOtEsmyF7MSccIiAcKhqOBQA0JCKYcLho
4OC4sqyyVQ6VRZz7y2MU/l6W0yO6IyUp9q+kvAvdTwpVDRVJ5JCVwiGNHlhQqKACEJhggYsMLGAC
BhVYwAImXFSwgAsmZEABCyhQOBbGKAyNWoQBLhoVE0hwaEC4QIDFRISDRUXjYWICskfG0WBBQaHB
IeRxaCZCKflb0qrc3YUtha0fhVZli7RFeBapkkzMEzpdWMfz1dkc9Wx8dRvqTY9d6mgiYic0b1kR
e28QCCKouDhfK3d3Zx6hetU1Vhrh+H6tTGcszZ1NFdXuJzu5MRuv5pZxLMinqpWSMVtq7NUVjqPB
0ai4eIiosGhAoGhEcDHhIMFDA8Lh4LDKxeyL1If2q5V+mlyRd+lf55RJ6PzivPxb5O9v55xRZf7p
GQ8cDY0KiwaEhmOhIUJCIgJCQ4SE44EjABANCA4TxwNHg8MiYmKCCwksIphoSBwNHBz8yJ2cSKxs
7C1XyVAdS6pbmWw7dcUrcsuCyGOBSjHH7N9IyTWQFMORScm4/d2Y5MPWaO5mTkMf07Xszj/r67To
yC6doco6EtGYcTRocFhMNCBMRBAhQYLDBEWEhYPFRENCoyLC4eAYEppxLJyuaYrI5jWZKpJxAzHU
7igMMyJUJ+KZyaH4U7KalhCZRnj00J0SmzgyI1M+z+ZjwYYs3yDHwpk18L5iHAsKE1BIUDxcNCQQ
YCHhwqFR4XAhIRHx4HBwlMlhA4+Fy4dKxHW5/dfeN9mNldrcYkPJTlodVkxm2ze5Nk3FboMwUOZm
6CI7maFjQzFYh3ynN6u61IyKCSRcSDg8RFRATERIIODhcHDUwrCm38nm7FWne9n7l26OjMjSBmmR
oVG1O0+KPyGx3eBjoe/VL3P1z83T0LKmMo4FD1t6VWyt5co4FqjXM44FayNQUEiwY+nYyTgcJCIc
Do4T4bEgV0Fh8WA861g8oZoyDtCwqGgU4HBwjN38qfbEZI9kHAtGZZERTm1iAgoILioaFhNQXDQe
HB4cDo4rx+QSDxURD4eDw2Ts3hMREoeD42UzjgXhyTgWxEdGASomeLhoRADROBwcJQ+NigiIw8FB
Dxxj3xuE4Vjw1CQ1yLFAZLkGMhwNDouJCIoIFxMOERIaFhUOD4eDY05FJuNYmJsZEL6wmGhAaDw4
SES4qISIAzgcDg4/aDgWLjKMAEQA0biAaFhMNCIqKA4HRxkNODCA44GjwaLhWKgpM46FB46xIeNo
cCwoNCYoJhSOBkfjweHBBUTjYcKhABAOh4ODjAYcGICDhQNEAw404MAAHhoSICYaDTgwgAceOBQm
IogoQIQFBQQKiwkcHCA0JHiQwEoPCjwAAwkYgAILICABCdLQC0hQUDgaHAVwC8BiQWSwMLhShQgN
CwkNESAgoEOQUGhwNCA4TDxwKFDhOI6jAQcWHjgUho3gcERoWEhQOBo0OCYoIiwiRFQ8SGhAXDQk
Ih404MAAKhoQDg0JGnBgACyDxUIGCgkRAayx2CyTWGXDGpaUSQ2NSY0U6zVXkpaUSNHRS0d1NHlN
k1qQk7NqiH2p6PfotdyRmJGF2Y1sjMhGWqMRjeyXsZPE1kUias9+19OpTE6Xmyb3GXqKPzv5Fb2s
qHyFSlJ08qIpKllFR1e3iGSGiIbGRTK/WwZfhtBE5E00LBGVOGRDLw4ZD2joQ0Nme4fqzuiUIRqG
icEomeYb38SOTTVCRx7TGRlkYo+morvFdKUh13+vND2V3JLMsCQl8UKS2WbWEF2WKYl3PTLphChU
QiZzVxwhKQudfheikNiIUNmdxL9m3Ph8Wtm0ta/lDUuy+szsPHKqjfwm5KnRRuxy/Jj9+VT6IbP7
GT7nnvkp5a7Wb+U61QypbLmmxaqpUmmMpohXVkBBBTDIAAMNhgwq8ECkOw+RNc2YQRoynhdsZqGx
mu8MDT0zM6OASgAvwKCCDDKYEEGiUQHBBYQExYOICQcIRnZGzl3akM9uZq5KLM7RIIEFBQQNDhIm
qJLH0zHWnqKWaXo9VyvrnOMpT3WkFHdIpOzccp2wtDJJOj5bdmTGXByG6w2HjmhO5UpGpTk1i1Qz
pmTMyCeR8WUs4+NQKXNyd3d2ljnLtEWjm5vxddozWfHu3jPdzD2R8s1maZUxm49oYjbeU6Wd+B6R
OlnGvnvjn8y3TKP5hXf7svKCwtHgeLnOWCaW2WN57IrlspHBshIfmfTIQiNUliJfjkSaqIxMstR2
TkOFpkaG0LCIuIAwkrExtX4zLluN6cgmxzImVm2P7SKPbftU26puAyJC7Lmr9UXbMVzXY5varWup
a2tJ/0X6Sotr9MiY0SVpkqVoI7OdQ5OXSNwTn5hNq0mVWMRTPrsWkTjiuk2cq6+UMZq5vpcnV6tP
Z2ZSVUbzm6Xk1WNnGmhjpTFtnWHPTGzo3teIxiOS9d5Zch8GX+p9+Zq0/GcGy2rMZXablpFUnfpZ
yq1WzKpRKFURObvViuoMMJgwAYWjwYGACooIGhYODxcQDQsHiUbFhcXDBBAUFRHoRiVTqSdHP+q0
KrSpVNophS1yfb3PSGx0p7mppzdlVLQOR+Ysdm3uWKy0cseuS2WXSnyqurywbNfq5a/acuXe6oi8
nSLWldIM2UTmet9CNB6XVZaQaEgg4QKiIYFC4qFkoMvrZs3UVlbXwJYy0hYda19v7GnSM4skN5cK
yVnHkqlyj8xqjDRkv2es5tnN0NyMkSSts5CsX2FPamIm9U1sO9XJvhBvyJ+YpAcgIiQoJDQsJJT0
pLKY3O8qjnTG9hjpSv2XjNLi3fFYULigARZQoAIKLiqwgAUZSCACEsigAhMUjgUFCjCYQMEFEzKg
wAGBCRdIwIIMJlyAQQUZXGDBkQEDJmBAQcRExIMGxIUExQOFBUVFhIcIiQgRHOaGcSzQ2B1/fG/a
I5rp6nOytGb0+SQb00gjp0Xr0Om0tybe0dRLM/JfU0c/n72qT9OXl3J+WKwrKtLV4kmyTJFnw9NO
JCIi1spi0PaM6YauDYekmdpuhuyNmRmmK7qqZ1yGK+/LTNo0MqbQNDRpJE3TmBjs0F7ySBJV7ypp
+Z4lS5pTWS+RJM2OiGVDdadYJkvyZpsxYQCKCQJMTCCkHIVWJLIsNPWoSLJ3P+uEylc3ptDXuzoh
bWdiVCb1R2gq+TLDdrOJmPDmU8bF4hfeNH/ylX3hzzNP7lovfLWnk9YyZSyjaKrzTbmEeFdSYlVn
MkcSnl21uIjE6txcLYnPShIKXWWOUZuPjLBG7NNnPCQWWnhGC0/EJQtvoZBUijwW2jVdndKwQuFU
SHPUdjxUK3kKKaRwiNMamZYnhaVROGSGLSRRhKSj2UkhrRVWhCIUodkZh8yaY0Zvrv3Ziy6Xd7Sd
md2tZTREMlSLjWdBO7Ef2c/Mqd9vzqg/+lUdoyy/K3OdUdGqepbmpI5GyOiqjDRGdxEisUvyrQqd
xmauQ3Mm41Fu5jJ35ju37CNP0cfy0ffr3fTsXF/vLUvm3GvvPntt9XrFY5h355HorqTj4ZXLI094
PDmTu8sZjZzl5CgncvTf6MzqnvXMbubMNFWGz+x3RDR7DW1HRjya1YwmZndmKnGmNaqHbG7nn8Yb
KXa/okzLWHWVUdmUlQmxStoyykcyc+/jD8nILTJa2VVNRiK7VpENXc3HhmbGpMIxEaKVxyw4Mmcz
W6lqsz0Y22azmqFmfU2KNLmttDPGU3OtPL53jqSJMQzWpCY/2mlsNKuUYeVJ0ZRoRJuyo9FKSjux
s1nKejGxuo4hw5uYKzYmtpi1YiejY2p5Nx3bKfXqXqvFDFt5Ir//tfLuZ/7cTIaRndJf5lK7WWj1
WO+nkDf+/MNb+fjLzzOP4dfrr5hxv1N+/daSuqWcEtfoR+lbNTadTjqd9Nt4C+dm9M/vyPYzHvPG
NnMZ3/ae+EZ+Dak+S8L/czP5dU9VZ8Xva6TUkSJDeIv2lPbC4YU/X/aFHt58XUn8A1psqIwSntxo
FDkZJXPdcepKV1753P06OU3L7nQia7Ser+hzJXKs4xW17Fe7FUMZQ8NWN0bWzOHUpuG3mKVkdSSe
26ja25lZZq3fc0+skZRhi91FNumLR2wvLytqXT/bWlVnq1VVJVRTstPNqCyITuGpSkVTCd3YfKqm
pl5PZ2qqylxnLrrKRccC3Vyk7aKiy5RazdCy0Uoea71VrbfEZm69zipbRQbrrPZMAfITMzGLi51x
xMReFSNNxHpnJj5b+ODO835ny3Mm6Z1np9HKqiZmPIbd9trpaDKXavV21t2is1u9skvy/BSPhCRr
3epm1PuX6v+4LmOkuhHxdKGiX89El2HIS5cyf96cJTQ/zec05006/9mYXZ8xfBbdu7eNb2VLv7f+
5n6L5XLbJrfpqUVtT+fxxv4ltyLRDPOkocus4e6OBbqY54OTE8dnWclJ7vJ8FSAwYQEWXDDBAQuo
IAIKxwLJNeV1dkUL6erBnHtVcsUzsYmkplh1EtdL7E4BTYApQAEJQNDXEVUZpXdYLw6xLOTV22tu
SDeVJjOp7siskiqyzus8mxjVtuWoOEJ3LYSKPJZl6Cbi8gjl9SmL05nyq1wu6dhUdJ1rWLTWiaWE
VCxb5KJNlHOn2A+LxrpVsUTar6Rl3d0sUliUYnVuxEbKrKQsKvUrWist41HpQZ17RF+PpHRHZ3S7
nBbNLpfYTCMj0om9nPWATnL7nP27x0RFVUVFU0SXsMjMLDoiIxoT/Yio6HaaGrlCQ8OhDw1xiFPy
4RBJ5ohmmsQykenBiEmiiSZ+KkViiYSEMqXSnbNElkpHIpPK4rh+K7GOJFKMJCQK2S9UQq6UUYaN
zmKESEK0iJDxLdfd0A3nhr6ezHtnK4e0cceGY2cnDcVm7Mq614dGnI8/reGcWZ1WdFV5h6xha4Ze
DlvDGrvX8GhsWjQm8XYPmdKhaUrD6uVshh92TDxzQ8+QZs5QZsiah3M0eTgXD103Y+xO33lQnc50
XDqj4bHzKc2Wng05HHdY1B6HRLPk0FVeHdlOYjzO8K5Dy9zZps6sM+uadnSma7uMMs5Gp31XhDT7
VFaGFG0jzzgaNCI4SCDhIkKjAgIbW+10Nwn5+2YdLfWbvR/wlttuLxvZpZqSMlsyMsosa8nWIpNZ
RObYQza76MZlrzsyyKAx2dDmmx36mDa1a2R8m2XTZhk0705bqDbFphl6cmI1RaoWMTnvx75pWVPq
ocssoXm3Ky3X1mm6WHosplBcYmPTimMZ8YgpJsXk8e7MytfySh9dabOVylXfopLmmPSVzay8TlV5
K6tsq5W09l5S65Wx34ri+329dXTHKEt1qim6WtWhGWUyRiXtZCtrRRpLlXM3cE6GNrPexyX1ZGS6
lZRKEmpr95nS1baOpCln3CmnNeW5dtftEO2yLi2ua2ltGaNkSe21tN/forYlW0rJcs5oBtkHxfpH
NDQ2a1GWrLBXJ70dpWwprJKm0lbKupSyPLqfpuTl+DraR/bmpBzHyNsFkbmotIiObouSCAAAAMAE
CACTEgAAEDQQCEVDUsl0Qu8DFAAGPFIqGiIqHiIYKCgMBoOBIZFQEAYGBuPxgDgQCI4yIANRAGr8
/hom5K0ju/tWsd48YGPl1GfiiEtfzBK17iveCq9OxFiCrgYVAn6IxGMA999u4lQ46llTWkAQX4Es
ggkGb51v3oqZjeYKH+jkZ0EnGwgEv5aZI4aRJVMc5b/aMUMzj93RaDfyS9IpjuNXdFRv0ok4W9wV
5gBJyZCJ1CWglSAnR3Os9dSSVGGt45guJPGxDp9WFdIOt2qIvzQFGXFAHLa03Eqn1GDJgaJTRSHN
7CLiuGYcM5SMb4zkYswud2WIts6L0tnvVDD/xPjhGO9BDJ75yrZ2i9W+/+XIhxXOtkacnmuSGCdu
PX8AoSupwshyDMMm7SMnGsaMDVQqu5HoHapvmaBSe54uyeqPMeBhFlJ61+WsCtG75TVX+gdYtvYN
/7/hQr3AF0qVeXTZQSpsai4zRF1dM/e3459jKwWW2DVFEGuE7S5sR4C85s95MAiloi6FffFHb3Ya
W2y+q4aezyrigiClQi0Rr97EOcFYjFdybgjXDkwlCz0EpgLXvmuwVe+fMQoCv6VR1SKSqSTMytU5
yf1DsHu80c5FczFZVIUy04iYo6oTagGaOSNidqEgMVYdPjZJ94XOo/Aem+Hu+E+KSmHUI9xkkjHJ
eHt7jESI1obJPOmx/PncmLB9vZA99mbChtZjw0KfXfrRYGu2adXF7A4A5x8VZrybYWfn7CCoDfy4
eVxnACWLYBEBJd5Q3FBzO/CQTc+0mQxDAynj4oZJ3HwxE7fCtJvxZe8yg/1gqZ8zLzMwnTUEAl6U
n/nk2RmdOAtPvAMwG/p9EEJOjgq6dX2MZGvrMXVnJwbOQ/dc6mgl5nx+DCacJXj7UzLuvJ2kiUWG
fh6+V/nzYELW+KYiHkSYO0qC27aa22eA4SzELcJYHexATje2cRL4CaiaSJ0WoP4lvlxKSu5ZiNkj
s/QUOnOxoUwtImPWHuO+HBK7uHgnb6WbxfgTwOFZPrsX5u6+ypn1wNI+aCcwi/1zpldtRMW6RHtw
mobz+HWbM5R1xXZoNnf4qg75e+HHlA7+/9Ub6d/W0Y5rD1ypMnrrjP61UXfCVFx1tXbdjg3VqGwX
c07a/ozOYh6n/G88wZqEe41VSMtJeTpFEPx3o6v25JXjOCGdXYggnQ0Q2r1CKhaZxfTJCJ96770t
uAVG3LHl43FxFyubrO+5/2Y2LBQ5ZrSGKk7p2MbKUExuJirZP/NxjyWCWsh4gGdOGiOjeu1kEM3S
ql3P4NW8ubu6gC9Y7uaMwZxh5q5cnlPGRSVR4KtbRFKmOUxFNg/blC+qUfZCRGl2Rgs4Rh2JfwKP
SVYEkgDmuyKxoAOGbDkaCwm3ugO2PcYjprx2Mxr0SJAxUb+YXRnQdQlRkD91BbilFOQl1qtop0pn
5YLtXCXgBQKWmYArqknKu2Zdy+7ZSj/cjtDKPldtNus8omqgX+Yc9pJvogyB3U/6KDJcb7S685qD
kMY1nvVXVjZBR9JAGt2yVXZv3h38hLPi6xlNO5HJyhKf9gYOMmzh0VgRkTtumrCUxWE2Y1++G5Zu
BJimHfzANr+BDzCOflz5a1QjR9sJbQpcrX+2S9ufE+BQ+QakZo9D1BswgvMW5ZWox1E5pntQrFvH
VvIxFJItmwCrVooim20kEyK3nLo83ua3Z4R+gyGJsoXEPpzXtOH/cvaa3I0x/ibV18wJZ+FW4QnC
E+1vooMSiY165eMbqyHYS4ZIwQFNnsJMnrP+t+vT8hLvNdZ5XggPpwYqHO9evYoEM0rH0Yd7PP+J
pPl1dn1dXKVQ34ARtjqz9zqgGivQNAHDGtR3JASbVXWTSBxHAvv+ootBd05wF1Fzlv+FvC/HOe/d
cWsJW8lYHg80ONWqqVpfg32pxvqZfHj0V8Mbz4yyphQlnkCn/dUYk5QuFlmIf3LAHuSoWpH1n6hA
rFp864v/fWO1OQMxumoAhkLhBM5FfO84C6UtaY84RswsOBrZlS/kJ8tdZt26AQMVShFotS4lLE2X
Iz5rff9fx4PoiKVmBqp6eq40JH9Q5kD8AkyXmjdpkb7vWA7Em2cZx4RnktmANsQmTRjD5lk4I4Jg
juFGV8kaaWQBPjKqomXCB+3Yr3vvUWbdxZlXJBZL91oF898l2ZvcEGSRL02uXEHYFkr/X7hqNGMJ
6kBlBC7tojejYugtRh+WNvUz6lLgDT+KwYSJhBqgKw+DpFY8bS654kQhebGyyrEC8Oby5L2NUkql
3SRXhxTj6YLmb93XtZInyjBg9Rt9yVU+Mhneg8lQKsTK45sfaQ4rvLvOrz31vtIcFibx0ifxFTyn
OZX7heeNUMFX6TBYXbRMGGVKaWsZbvpDqRIaMxtiEI48+VrZW7sET1jjtV4xJqdGkqVZIaWlMKZu
nGEZf9qMOOzqTAHUqMmR8HgRNiZzeuUYH8kV67WFQ9n7kLYxPVWlsquPIrCF70MU4lQr1vjxLrHC
ExdfbLbGdQXzGU7DW5F0nOBFxPUW+YV43c5yyhmpvpheoFKIc0OvVXEw4RjzKMGuoOAe4Ojd6W+i
G7lsNpDT+DSIsPzYoS4Amj/CtoyIqjA0QGN/2bAAaOp2A/PCOFNOCRFLkGlqxy/jMA0/UxFliuKC
AqlrjguuxDkMLx5j+0hTOdWBcDWasrOH9TCF/QCZAE8YrpZa5ScjnGET+BVo95EsLE1rURUWHFMY
YX5vQT1ufzcWDr0Yf4FlsdrAJYVgYd8MRqQkCDYiCoomwP1zQF82vCESc4ypIF4jtGRQZWBZW65D
FunYMeKa4rby0mrOWfhJw3exILAaESWp3FlfcMtMI8KBFv/rUPNu/IjOaDmDwu5WjJ008tZEYSPN
XK/QVUJgj8OIEmjQrxo1wXDcfTR0bIlzn7np3OAAa4Ba7wRrDellAGEScAecYHXgxPAk0Jwl5N7A
xp6NQ9xzJkBRL9T0scgh/+LgY7TFyvpeXvxJhYP/z8obJZzi2L7KjvwIGuVjpOHi0j2JLenkK4q0
ToIDgji1oSRAH/IRTKbLoQEXClrPNbKuI9WQHEsTk96DUNUwAClgu71cguTa0HANhVhuaE5lx/07
2WZnd+F7g0VcRjVRnRPA6qeERZV4yMZVGwLQzfRstqR/nnO9GSGyNba2VVqW7gASDuqc5p45SjYw
b299LraxV/4dmZ0lumW2nT9c0CzGIEe44V7QXw7/xT1eOuoKR3sA5Z24YUvOT56kfypjnxJYh0fU
p7SRp+wEHIS9Qj3lYj+w2PGUzSJPHgs/hK9XZZdEAJvJo3E5pdheUZZRta/HMR8cAMRybUweKePA
JAXAkm+J9+cYASt7wHbJ+KNFiijZdZp0qMPxVlLlxtmxKdVAGOZ9EucXmYJnnrTzbYaKqa/oPr1q
hLU2lVKpyHl8JQRq9D1wTL9MUsAavqL7s8/D/deuj6IWGKFhydnXLygvewuY8UifA4TuDbL5xiMZ
XBl2hG+YCHKonhDHYA+w942kiTl5rzji4xhXcdTZZrF30MoiB42R0j8AWUAc1+9WERgEUlzyxXjl
gCds3cKJafFCcbQXfDP7EymOP5FDHRx10MfpLbXYFG+CXMjW7ALg0bdsTdWdEMk9qZBYGmjOYUGa
NNNRzk/dgg0WVcnZuZyJVeeGdHNe69BhvMY+kt20Ykc47Rly5mZrw+4rs0uAS90iN07NlvW/hEx2
rzy6Cq5vDINGqAhfhTVPx1DsdIMRadaRVhObqHy1AxqoTz0Hs+COQjgIDgk5DMG5jnvL0XDgD7yO
LwJ5GJSrT7uZOaQYUP2S48h7k1+Q9bt8Mnh3O1qKh7sBvU6cyIflqQ0r+qMB5xwzhbTimeoeNF2i
9tl0ddSTDSpnFRd70XD4tV1OlSKq9UKRh+I4U2G7RqhJpSEVxoVV0AvQiGNjP8QI7QHjM9JxNCQ6
pBiW5SSIL+I9leHE5OfAihDEHM3ui4QmoxhbEZBpjgFpcSXODg8TB8HCPONlwAD+iioRBu7pFzmA
PnoklfE9AAoPZ8R1TZcyLR3T2GT+6dPyW2KuAFvQoCUcM3HPfUvDchUjwY7pr9IgKaIiYtOnziSd
5TN39Scdc+glJuKCmhVzKOfqDKQgOiCYdtj1ZM+ds9JNMEMd/G4+OvaVUZwFs9SA0tsc/WlqScpP
UrZ1eJv5mRn+MTURQVZt8S9qEcXFzM7Yfqy0f3bDaGuz8GAFb2spKERnV8XSBhdON+xkVsa6Hzxz
KQo9mp5wj5u4/zTbbJ2AxMPxKuRegLM8iA2YiKgr1BUa77aShaxmD3dZkYWmY1b9Fcy2zIfiQqRx
scwIZDkT8e1qHSZ/J948ERqoaemZ7ZTBTjyLUcK9Dpg8ZP6lTVGqIcchwkM5vkHItqjqNRoec2bp
irD3ucK51DariBtqOgBt2dgzIPObSifldOB3WFCBloxdHYPJXstb62Eb7Cvjqio53IbZERQuKfRc
3Ty++lAfPqVx/TRoN33qO4Ah8oMgcaDfqSrFMnqj8dL/ov06SwS5B3SWPwuPNPxcnwhwcdD9QHwq
ANaaYNjnbzW9xzRbQlqEigcOVYRf0tjGZvw+lztz5Kt+Fu3dZWx496iW1BLLpMvibDDmJxT5i7mi
TQOWZHJA2HRRr+EBQ3B/rkgDcI3TVCfhD/6Y9RRzS7FBOMiO1hU8bp0cAgetZGcye87ZY9c8Vvm5
pooHM5G7RCU3NylfZU7ArXNX5DZKPuFGpsDArSRoxg900inzqCzDHADQhs1ZBknirVPjxGXHfgSW
VBKsQb2pncLGCsGNSX3EVHpuBMx9OjJMwQ936Vrs3RIlAIrccCRAwrvp/8jHJ6GL5MJpuaMU5YAp
vE4/bfwobgObjiFHBlVmi9lwDBuuqLi8RfdWSH3Y6SYTB5X6V7BDH60T32jBAMJZ9NUr4bwR2Sxo
ymghz4parlZ3hiDgffROFpW/6f5b3DUTKhonEQbkLq4hrsjmnrOLR4+pg1Bq0l+Ac/7DzOLCoikq
Wb77wDfJVSITgjnYGKva+L8BoGxyfrPy0QBuUOsCEm4JyqdJawTiHzVKatv9FvYRaYgdBlmzczwX
9KyOMyo98hLLsk0iUQbGarS7lLqiBY9W0m/PLg2OHohL4TQ7dgM6oIsgqW3TR/k/Zftp1GANCjjX
XgCeb05xuD+UtDvLlIc6iwoPjCSI5H0QJOsCoUMpXoTEbkYfSgGb9oASquiCuv4S2Rs7H0NFO7pp
qajVU/36huGUJqimEcihulCMJk/4DjnTTJQ4uKs3QUQD+2D2L5MUFSOf8AsyGuAVY7UKWLoe/k4m
ZC1sLJ0W4q5VOwu+47mppuRIefJpN65SFD5150F6j1CM8K7gH8Z5Pqv594Z05jtjXvEB9GGbgjap
EwnP5m5y9tyJt2KvBsH9vWantxiWX29wgBGIY+7RWBxCpb0d0I0LHUlw3OBTOGqu/VYocnRZVBXH
cRnVnbQ/BYF8+OPHj8DEiHH1Dcgp+RFFQUguowgJJ00NkBabxSRBMOJ6Yo7NI4Ce8mOCM2jl2p1P
jbbdOADMh4HrFxbDioMQRJ6vQpsmaxTBw50om7jXw2kgOQHlJAuYyl3eOQYxe1QCyyyYjItWGMyp
19xyIn8YKWNDLh8f4qJUncRUAQKtDgnvd/eMqGah/CmLKsBIQid1wl13U8PwulE74QlexVIbNG2H
iS7Hjl90UDiVRxDSFqKJpK/ni5d0jCv83NDt4KyWmgbiWJilZwRw1PtBoPR4x0VtJDObhbb+A6yY
RCTdRJFQxztjL0x5puTXg99L9AwL/kAWFyTHFtDQLer6t6x5/hSCld3vtRnv1G/1BkFhD9GBQ8QS
/gdHCo+hQDG7umTKhUOkA+T+NuJUbDiIhDy9sIHhVUESAECr65Nc3SjRbEPJCTWwYpSW6GPDu55+
Kvk6X4tM42USj+riKRYAK8rJvZzJnJtvXgNzyCBKhr58c+kAkP5mx7FdOqKHweIC9rG3UAokdEEy
NBVmCKusCgWYHfnxOTVKMnw3Ncxis7rVNaVAEQ7OLmb3FqzqTKpMI4cAmEsrnq1l41rCSBlW7a4r
G3PWWl1KqboiaThQ68cJfsms8Bqy4pVEZWQb1yzlJUbucsrYd2fmzOjxpeShZDYSEpp0un+Pjm9Q
aSPLexkvSYiDP8jghGgie8Wjt4WXUvi92ZTPRt1qtLZFOx6ixUdnp0HjMQSdCrPHKpshwcnkzbYY
f/JolZlpY/s7NAuqmq/8BLYDrDaNkc9SYWlTG3xJwQ+H4E2BrosEkAIRNIxPJ8tcf6fcSLk9Gfpu
cvvOwK4MvgpsTFBF2a8Y5DqDohuJgHW5FE7AGxKzB2z7Kf8xN+8P3m8OpJzbjECgB/3yEhXhjhjL
6ToUnNuLSdSTn3mO+pLMG6qHQL6yfGpo087kfZi6Fls/qIeZticY0ZgxC2PkTtKreAKYJEpquxNf
OBmh9EmDNDzcdPXQK8JEURP8PkapPwFErP3IjZyUV0Hx6jTs1WuYFprfpf4vH1YogQ56WYPMMJsm
TgrZ5Go8EJIVfwb8rlA5F1CVabMzGkoU2CHVScyCEM6J5iHN/P7LyyvaWY0ySD2eqLD/lw3xkT3w
u8mlK3yBoZdrQmjnu94RS5q/lkk4beHOs0RqtFsbFmWZhWlYa6KTzj8l+A94dHbtpywXIH4Gri1D
81ub/NhOHxVNGcwHYykfyelzviK3XVOrBAY7vacDSxvZ/I0+eXDLWAqqdPxlzPD9EBZxP4PEm0RO
v7ZHPlhOV6xt4FscybCrLHeMrGAhOAZ7Ej86YhK+m83OBM5iXwvjIgiEWMvyw4KLUOfCfP4jbUx0
aC4r1guxerfEsbTIdCzRc08mFXSNMGAsOlS65I4mcmrBD8sRIZENTpQI7RgZbvnEAtVBgSXDIMEl
ApLbUYj7QYNviNMVSf4awSm8hRrKpOBIntfKglSsXbXE28epuUD42MF+uPZ9AdVlzePFNCpJNeXD
hdOdcflJnkhGqfsTQMA4n0OLuJt3gzogQgLsYmakuxCK0wCQ2Bew7LstySkDP4ZjUu/TWRFstIlQ
iByUImRo0a4p3xVn1lHCMzqZAwlwfxyTh8RRjBOh1G1GtOE5lNzxXQFV2QdmADgSdbeqfKzoG4qA
uqsT2bruVJnCsGz9hz4xFwPxu41Y9vHYDYV/35q2oQcj5py9uz2P4GX7AZOatezNTyIdfxNlv7Iq
w5pMVQzL3btSxWr3RYLZTpYyh22yeYsl345jQFc3WYw4d7rHHPJhiSwKs92FSKNafFcnn4udcqDo
oSCzIxNd5B0mMYlw4ZquxOrweq5B9EOtrZ51GWdge/o/71mvqo4H3tKWqrfhK2vSisMHbn8WFSsn
fzpLGbC4U4mtLsCHhTWTjQOTGGDad8eoQsRu8fVDVM8hGZv9FRJsaH1RDpOgjjbT0PBgw0AQw284
nNs3R3wTaWDhSpk26gxeeoXfTmXGhvUS4j0+JT34oFLeYvLHvrmoD+Upn19TXiSdUc2cTix4Ryu7
InFKHuIeZuF90Qs152avcQwpHvogi1GprL8t1N64+vjrQVksxvsdKPuPlOGl5HEQrgGxkAFc7yI2
ehljzuCJrNEY01+oj1U9dKuF3JF5qLp7N1OPKJ208QQ1scU6Q4sJigK1VgEkG/JJGz/SfrKBw4p3
BDFaPWwsGhTCRe6LO16IpvqECmhfRkmnnIM3fRNx0+pRPXqbGge6zwjc9rET7ynuRkGQZ5ByibiA
ydwAc7Xz80p4n1jIQYKsy1P4sS0x0EpmxgiONJvTMpHgVAGkwwM4UisS/CvIzbxEuPeJCUeNEtI4
fsrEiXt5WwsjGXXiNfpktLf0+O1vRPYIkhvev5/ntTSlrspNYgfynKTUzljF8qRL5cJRY+cDssBJ
I2wXYYWZC2gBNSlzjLIKTgk2MJe7oIdBLgsv9+8y0pI2s22g2O4l1MiDFrqHpifqI2Bso05NqCzg
WCtCTGLV3Zmj0WaoYK6MD7K6O50iGA9MSQqDAnJuoafCUGA4GJNQZGhOXaUE81NMNeN50w9vkuVL
TscI1ylTV2NDIQ5OehA0+XPPWLz+bcZGNkUAALWwtnAf6Mn3++CG8Bw21mLE+YmcP5r8cMaFxvje
EOcoIwiaIh9nPi9m5sQyBIlQYShcZyPUxafz2M1UG46ZqqWyeKABierDBI53WC6FvML87cXICHT5
J+4CfkmQxEAlBObgL2Yd0OIGfUaMoSuiOLYNC0LoPgbN8T8I9+L3qQ06zWVaShspblOJqUgvqU7Q
ZQ7xm9EKoqkGGHYDEI2dqeqPZRP7DHkSxJioq6TSxfyvrvmm8rQWl/PYv0PW6yoEi7XhMVA0gaha
AGc7wMLdVrf415o7MpG+Z6j69iivAY4crkC41tWRiOjwu27jjvV9geN2PxukaCaCFNmBUBh4cehl
VXbmwvto1c0EBNurCJpBNMjBPXxNnNUbBa3+nj1yAPcSiiljJHOmUnjOwANvMAy3Twi1xKUXB+MB
yDraYpWyCHhjzd+9xZOrYuxCKxXf2C6xeqsY9W/+6ZW0Tww7wgY6Spfj32pG16CREykbO1HiACdB
uTYmDwtuvsr66BHXR18kN6AR8j9g8pRTMb3zUaYoO2B4KqXf/DhH1WRCjwkLCCfg1tGFSdO9rVKr
/VIxZqmnYjMxlYIzQgrsCZzycRVmRgXGsC44j9NtNlJ8hHEYiyRZV6AkMwjN3wZbQCArN1gh1eEw
IxFhEeDUzhuAETL3eKYXKAcvjM7Vpz/OUDl0yuV9F0cAMv7b55KsGEUlBhdc8AOR4HbfEloiWImB
9N3xcg4id705bgBbyX4t/8gKCDTlRPJxvfSvxrc82P7UYD7Ct3AD5RBT2fTJ3XNTQMVpomxEojr5
FnAgg8qWF6kI8R9+Kg4LFvAggMu7y8iouHA3QptKnZtpXUeQXBY6G9FF5Mqhs7b6WztSUp91OijV
Yx+WKICvXzgsXngMj+HXf5pMjkfbUoS5RzEf+kpA87BcVIwNVOR/ESmHU4Qo2fpXK2WxuKhk3QWR
ckNhgJn3jr6DuDWgtyPXjTGdI9B2gVpEi060zNZnPI1lNuGgUBu4gLlw+9e6IJKNoIbdpkT1kBgm
BU/I2FiVdBVyns3OABVwS/O7zhBsuQvLWhRHFjGUMETnfkIf5pGyij38Y1TH6NPzb6A9+V8+QNIU
cxZtNhYKm41AsriHH4rVPuSn7eFirAiETBk8d4MBHmUKk8mTYKaOsh0idXvAydLc1aCkP0vVDCpN
yE2iKadu+No+a7ItCWXS/tZuyBbZB2RBKUk0LbXjMrzLP+1xgd2jBtw6oFM1a2tRJ7bAsOmt497i
gj3bbZljOJ5ZUXKriGzLDynsH6gUuRba7j1sqD8ACig5xqeiRRHYPcQ7VMT28zHd5Vs2/HIKUIqd
yolgH86CQyywFqHVMAszncWNwydsHdQihxC+WjKuKO1J2cw5cPbyK9CGaDnPCBXxKx1p+koXo90l
3eXaqQbIB1UtVPKmkcfxw818gzNw6wqktpoXuT3PxPY5bbtdj0WRo1s5AHWs2EIGtpcclXgP74B4
PRwRfh1+0SGNBAPfwCN4aVS4n3SqMQ6LvXzMOsSS36UOrQQG2SbgPrtlR5LZyCQNIDAFO+7z9G4e
u+NBM7oe/boO/OcMfXIa4uvJ+Oylv/AEXveGKgNYO1/kxJQOSvcoqjESFY0enf3ZKeyTt8gmDcsK
a/zDHop6sYrH8PPgIi8X44sk1vFJm+3OokMx3vlzAUhrsuW0BcqrHmmrqiq5VhHJMMK73YfLU/c3
aBTlrj6XTqQSmuYMhzjAkRo4cYMiSt2gBGyA+gD+niGlCu4V6KDMHxNWLMFAX1eKjIealkYpr4qh
dx4QB4RfwLfHKxplk050GwBoYFN2QMBvk3Y7/vStfldU/qrUIYZmJRxG2ZRGj5Gk62KlTmla4j76
W5UwQQGINIAtOFf5ByUbrwIoPe7Wa7crwUOjwdusSE6GWABcZV1YFxfmkjkEWhQEHAujWcWq//pQ
GCSD9rSy/4EscJZ0PGyC55bYJIB8cB8C5oh1EE+AAfHiQBSyPzeeKuPKXjetXBJ0xtSaVxo+gKvo
WZ73ycmVGMQMaZWIIkcB0tlXFUSbbkw42BCJUjIWHrNCcRjPhL30eYXQI7e3v9Vyvt7eeq6UO1iF
2kSRb6f8CHhprnu1JcftCegp05P8fwHiuPJiKgtkRW7XzdtLiD+Fx/3o1hAMRQVRpYyjBI6GaB9d
iN1XhGnZIRbYWe2M0k2p2aWAOgFmnVslA7myILW79KkQscsNd+eyZAIw2Cvsr4RXpFtm7NRHkAM6
e0eFfLUsXLv1M1nkKnUs4pJ5naymN7AoLEvxEOwR8uk8N5ESFhiAVYk27jPYGTu+j+WqI5XCMRPi
o4jCmJfzkBN7UNpSqrU08xdkAhdTJIHEXleEFFb2z5s0LG459Ky8LYERs5RbuulmgOxh9Pst8k8C
QkivGUKuMoK4lLMcSWze/iVss5RGeAUNrD0hAnIrfp9I5ZcqiNZuDVKGQk9KbRH3G+6Aj7ZjllkW
I1wxMbiCzVTfNeB9deWzDoVZhirSEgaCAdYdOJSADSzuGwLJoj+BwJ+R+9/mYTtbxcRzljnXFyEn
8gPpf77Ow9NKmzqSPG0ZEwpdGCEpz4KQANaymnjwfG8qeTXWy6ggc5loEdGolOK5wJa/cSzME2Z2
hMEFDEtbkFcDJKWqpGdt6NETHLI1JB15ogMNl6YntbOVKdvdSP7Wnjh/f5W/GzqGJ/5D+SYwhGwV
QedeuuT6SPgOfWDQUU/waHwrQsy6w6nBxXF/XUeMN6chchfjMSuxxODLHaS7EHJYw2KWtaemmKsx
etVj9aKR0mZ0n0RIYPI9g81WMC/swnCRnpQ84MC9e7ct9y+p9lsK8frDN9PK8u0FJYS4oMSDmZQt
sD2wwVJ/A1Thl2KutTMX3Iki9xJQWRgs92F5qMDAi3W+Zj1TDZd1Qgldi1FfiQ8EL6gdQaZqxqAk
jAPv9Fzo2ICJItyx7M4pNq6vt0To3X1J1TENd2h06MW+EIHCsHxpPlnkDbRDr6Nvru394MtCrBKF
h6mUYYRhN6zAXdC5HK226FpPy+6kD2wFLmMAKBF2lWMM6Mbb7sz2Su/yyFUghIdDbvR5DKD/J2T9
ESEp7MgfI20oNlaSVQ3BSAmBhi8EoQH9N+zo/cXk041YwaQLPLnLAh1niju8tsGb3IlKSa65aEqv
oHxlSifdK1XzDNNeLIJw5U1AXSvARNq5TgM08Yo4ttFccNTj3LFl1udxzJe8MH6ITtYg90+RTRFs
nZtspPug9hdC47N1z9B4ofYUcZlTlr//tk9ScA+YmrdtQ15R/Ytlv6AR3aEDkiEZIDdPMC8f+cyi
R+ici82kUd0v40dmlHlb80jVSJmIVgdC4Cc4toAhUPPQwzdpZ+B9jRH+MdwufbZjsWTeA7uDC32y
XqB+bkYSKEoCWOzpYxQTGKnJNxLn3MKAsx9DJ+QWmhTnyTIDEu5h6LX9hn/GLLXgrdXMWbQYGcjQ
SnZ1ujz7xKwajIlQlJo1cA9rDSqM3x4wjNZ4q/JulYRIgeLIQ6E5mczF3tJ3ek1gWKtzqoX0Yl1G
Fd+JQRsX/ZwUgSWusENDJsBBVxJ0DsKzut98H2+5TdCHnciSHoAaKgYOnHahnGqgsEo+TDzEG0JX
6oUWJMuzemoVWwxV/FuR3USPcw2e5SdFn5oa64kw6n7Z9VnGU3J/S9OBL3KjhuGUgWUdCHLV/yU4
ahjotNZwstd2cE3jk22qnzu7pyfsNCDvzK52BlDUFUYyEeqfGi/FcePSvA4g8rZX1IPI/BBcDRJS
K+y2ncHMNqLwryQ64XvA+RXnULC8k24HvYIzheRR/0lBdtGohxKagDgMWYBcAHwTBFnne62QwEkw
L4mAZQUuwnNrUh66JxumZXBFOgLg+H/Ms8xpmPsgYMxRAYcMPeI2rQdaxyRUZIvWQe9NL3gaWWpc
OZtO9rA+KuC9yE/YgqtJ9IpJ5+ul3sftzBMRGM6SjQkOILsHjDu4/HPvwwAoYehGZcn6pEVw3KA5
cAjEHpeRPQ4KbqfwHB21ee3JYx2yHgBstBKTwyXpNg8QzAFfep+QjCOIEiSHqhtdXWzLWBcNVjqS
USDCscL0jJq4hVoLG8jjzTbNHs3NdHPig9V78tWp+G2BCZtZQXDWb72Ec1NQ5dLqoF67s1/K7Dj/
5sGcpqdInCSqLuJ6EjuKgHMfu6UEOthqk637hsZVxOtJSWvNjboMaccLiPuRF3ERAdAXhnDL5s57
kVPTt6LL5ggDGGtX5QhYa2z0sHpPvvJq7KRgk+D8E8lB6IUy8pkAD5OEUIv3f+lGweAKIuYxrsPK
B0Njj6nafPOqeBVTWI6UV1SswbcmX+x8AZy2L6CsYh3GJlEA+cS2FeGG+0QYU0vQyk0o/h8hbOGx
eQUHpYajCY/gEjD1DGQcYerk8AfKI697jxrYgV7Thmf6p/aeiXlcjCxRyYCga/+cBHN6w1ABL91T
wvt6lNjFILC32mxuM68m/ps7b+tDMRw+HgdSo2GbfC//Hc6yr49c/+CilQgOlR1H1wOyJKEyCtu7
YglPHCP7HLCloixq3PLT6JNKLMBAM9OvMEQn8OPfDtGtRberi6phT7OIsZpVw9hyeFE6C6scqAT5
IAKMbH0g0S+AaioHUHoviFa4gkBHbfAwLPw6aSqsVXSwaHfQeXY+IaxmpoD/CYNfbgt1z9sWfsv3
oXmOzsimjROp9VoJYsgn5oTs9drgDSmupztWu1WdYSJjQtjnp70hdwzh7uuJSFmQYlQLz1mDFLUM
yE6JZ+nrTl1FBi4b6VGHp0aacR1I7nFWe2KzJMlqPbU8dPxvqU/Jes7t/ym6mAmhBjPje4tqNMxy
4qV3aaV1PzyuTB3m7DBpBIITeyVeUQs4q14BmH2SW6Fu641pDAzi0sQlDfr5ygwKy0MZ73lGxDZl
amC2uVF8CWB11lS/G3VqP82MCzrJl1arw+uoDjxPvQoZdeAbYjPrb3/IKnhTWLEX5SrhOGMTDIw+
eoWt6+6pFC9OWLBAhsMYCjvFmbpMkoS/Y5EwYj55O6jGDfm52mLjPgV1rcRTS7lcizV/c/jPE8DH
4p1BIT1rELIjnBp+tZtqt8TRmThGPQf5COmCZFEhvxNmnhdxStcCH5Ic3GRFFoYHeNa9YtJrOldu
SdYeFLrlHWEjzxAiAtBr3uC7N7CEsGRIOoYzJ3ibk1RoyOwAr8X+hZ2kd1LRpT+TeQJqpuMooQ+y
CnVolkFlonvHiv65qGPNc2tF/QAYLNuYJh5i+OMFfYjkN5hm8I62Z9DwxAz2E3PWeQQHfj8mUuJ/
1I2mMEa8Idf/ixhR1gjozyVbVCgZpFPUDguiBso6LcHUBXSooJpTOJOzws4hk9h3uf9SJdjGWwir
0S4QaiPVHdFzKk1vIvVDbFZPQ9uPm4JFA312IZDElM4PChrYnfaVFrxm0addbSgPwvPQMzQwm4Yx
v0MtUINpUmG6UAYKRh9jUaQeDnh0JiC4EOZ8PdUYij7gMEJrJHEDYMxxHpcG6K2UBvBVDybVCZU+
PKaVa7fGcpUc0MW06BqnbE40FjinevuOggu1IWhQsfP1yMy/40Nshlb/ufFRuDnQ0MgvmVCRk/kW
U1DFek+ocG2RJwfiOugJ+y5NQBAnrkVTdYRC6L4Ya36IYRqxnAKqNZzl+G+BemeIjKkDVB2ORW+L
AzjIEPPQ9I6oOzMbOMdYbYUXah9N82V36sW8CKSxFgUsX16eedCM6dfNXQpWiy1LTHt1In3/F699
JedxsbnRnzDybx2hvQgLenLrfL/fV+pWQ32wVVB0zLXso4FgQUgSdBEizpLmyIBVpPClDmn8Xjwm
QN6NUu4b1D9IhRZl5Dg0YbPuOXygI4A/ArDav65Dj+oNiQT2WbGwIFhTq4XDNoN1JrY7aSOONFe+
BjdMqg+yG8IQA5nEhX7EHOh20mNLS9QgYLuG8BNCbmjjd6MiAeiV9E3E7Kycz8RnJJhA1Snb1FYO
bZBH9dKkWr5wDW6z+U7txFOiu7eHp5nPCWL5mkzxxcsCLjOgkXR/DCt1GOJ9HMz7Nnbm1mWdeZ4A
/U1Wsp2/DMFzM6G6qKpAI1jZMjr5iSJwqfmevJUdGRYLu/H6LJIlVcBCH1sSaANaw8ViqPAhRxAD
NkCXAK2MugDsQryOc7Uee5M+8gLK2YiSUajRNdBiH+dGZo96LZTItDNOpxcFbI6IL5IwFtlUdz3A
grX12jiM3dVYTh4+aBN0Sc2tjmgAu0wStaSJuq1fAHuiXV8o7n4ftRNdg0rAvZIDH7UIL3KYi7jk
poT553vMu9akmr+MmaHxicXxqeSnjuaCoLbIuLnd40WxQzfsMa158okwpC1BXP12WetSVsqkVkti
9Nu1h8iZTbO/eXCp7doNnqmLY+LVqBdK51b4TDSKeCFLlBYOKBdO9acsjoXBpD8+EouVnOrCld+j
wD8okt7Gh/bQYCOm+oPSl7DtTvyU4q6Lwl0E9w+Tq9f/mcoCLmT1XauNnZktZ/vaJegRGhUtixTO
bHcM/pwVYUC+UXEWAt3Lc/+azBMr93ERpKN8TshIBrx0RBYLEhaapU8hk/Mo1zl2EolfxCkke1Kk
HgAimf68lRXW2GCIz/5MnLcnHi6F2NBEd8ix7L4E8IeoYMv4JmTyZRKEcC03iUoZ2tNcFyT9LdKi
PPTWri16nWvBI7Nrxiev1TN/jNJP84XBmVvbTElYcUFDKiaCastJa1AUtBUaCMNQYFMzQQCLDf0m
VHHlY5+9+TbAMtl8JU2fHnkvg7xMlS0cnH6fFjVEnlCYBi+x+qSDXPSqCrBtKip8Jwkws3BV2ZUH
+tAzh/t/ZQhuHPyB61atviCcglO87MjXESQI6K4uhs38eRRLUJiCleBHM+n++I4EbgJnIIpde7QA
f0XlLwMxlBji6tbgmLMagEIaqTiFRyQF96LIgqF4iEdOEqOt4PaG3JKUpzpshSqNl4Lc4n1mLN0G
ahBnA1634x0au6bDATWA1Ceghyoy2CJTk/TSF8OF3poCt2uER0CxHEz+M8DQqU9f7vJtRQYMuoi2
YhlfG40+zv99Ga5wc5t2/bupxaqdt/MKuEs93uaTA/1W07H3b4fBwi5eG2K+/I9gtv5qoUwgj+lO
ZdTBFQYrSw/dk4sdfsrm7BRCEse5xBWjzSInFWvaa7azAAQ3/KdJTVVwVq3d4HCx5rRlmAcv9Hpz
RmNhu80ELG4TJ0uTbXkdRequewgTwsv4xS9NitbOAFAfvbSin671lpvxqXFcmHpy/lpLq/suerwJ
YO0deQj2W0p740eLaRFAgZKuUkzOgmGCYgLRbmpEz2J3GFz0Eb7h9/wvES0QgrMS/WXpiFlEdvCT
Mrhsc2+jtTl0tsg9wViIjAxDxZE8WMbQ4LgelYnR12zFQhQCFa81uWcDhtu3H4kkWnyjKeA00wD2
mQYAaF2yYk+0ynneyVT+LqpS3zB1oz47ibHbeRwqSEWVWgXTzCdnqYE17oD13wt4472btLWRHxbA
kYv7GYjU9G8LRJJWFkJnrmUBch5guCcs6oclOXPXgmRxDwSpQEguP3h26rWpGyDyh508M6gOOTyZ
XVD6O/OfYYKZ9vOd/kNk437F9R/FCaRPfp6DUSUF0cghuqD3wfTNDwHfi39eeqANxRDDZPUfS56D
eMAXnas38MLYC/pAeno4WBAAYJiUnUkjeqMn5vUrd+SsjJUPu5dXAXRR5Fmdz+/bpWAw/aronMqc
lD3FjS2bgIZTfv5N2tktKkD6EawMn0IVs7ZIMQlHHyfy+YOcIH9SOV7mwteSvXpAM2mJWyoRZn3x
xuoKp3Xox67hTwtbnZ967P3fCE/R+/Io6oZgjFoDrrO71gkkTKdJUsKnoCR6W4k9RNlI9Zz4AHHv
EwkfIkFLG+WERga/evRa0LaXvexEJVDXvALkC8senaULG7T9XjoDjwQ5CikXWX43YqwrXkEiVgtJ
Nybt5Qyd0f9Ar+hEH0+po5fxaL+BoP95iUqsNtOhfgua6dguOVhMWI1M1Kdeg+Nja+r7IJPQrhrV
Jo2WZocbODzxyrV7nA9EJdWPJhrSXaqamX2/41gu27Ez6VWSiN+hVAfpygzMk38phQSRbZfylvpu
rbCZrUkBqeiVnaPbBFBgfeiYZQG2TCSjgm4b0JoQEzp2SVtlvrPM1X+ZNP1hnP1F0N8isWW5boQj
wgoUYyc6gVZSW/9gxCdzEwQBkb1ZdPt+YMwEst/VM8ZU0XNmNKzKn9NFNzoDiQvvuKkWX3LsLRHR
iaYps7fVOYBPmg6Md5tOt/78snpmenwS3QjaTxS18AnBS/L81bXuIQKi/WPUdsN/1Y945H9+/L/H
6SFbPTDvt5uzb2dg/7JR7qnxpVT+bzS3oHFhF3MwiOPuPoAFFOqu+NHcsBrpZVDMM/EDNL0BelJ5
JSBQa5JCB5BuCwacwzQAtoYCdBSEUkqZUkoFOvBYZmaMCUoCRAJUAi9Jlm9XsmSULAohUVqaZEtl
GEeSUzPpTskkcTb7yJEcOfpI1+gUGkYKcvYpPsgizWCQrpoIa6WSGl8jXcUaixGd8rlNyabEVBpp
HI1B7EgzTjYfP8TQYShnMxY1RmSkEbrMxV5JIzuGjGM5Vr5Pgr+u9LhH9WOZPHoei7e9esSdDptG
3RRvEUpHt6xExxN9fJyquplicuPfjRvH2Vhd2BhCujPOto0U44z7Osc4zvJxSBWcapA3DLZWMkHp
UJBOwVLQQRoFg4I1E8GaiYnZN/YT5FR+chtasOR+kEWClllIsJwEhcSoeefBoQf/jXzwQcuDwjJY
5dodDAya5KCDYU81rBY8BSW4weAnTHbESMHORNdgcFbE4Iwp+wTNkosyyKFGLTgWacFVdXSYLeli
DToYYz94szYjGKTJgjP8IlhVU1VVNFXDqVUtquojekWcyqfoZeHtIqiC6iVK6eFMTZnKqak1pmiz
5HKp/SW1jba8Nh9frRdfrHiNi1ip2gK7Ocvl2lBb8rra8oQtWFGLTkobPiJ1W26pV6NkCmBxUyvF
hwirxI/FqpW4tdWK7gqHslp1xdHkb9WrqkOWooh7rRbhRxWVzKwYFfWKKLOiiuqsKSkimb7IJSOv
IRWxiGiIyo6I/BmOSLQRcUE05NrIfMhDHRoa0YhohGhblSS+qpASFew0IQxCtNFpTqXTumjpRFrZ
U0cbDN+0mu4ST8pETo80/6R1SqW95CmNpU1p5ZCOjk6ikqQJEU9TudhIqtFmNBnto4Z0RTJUqQvC
1b8SiwgJSeQkNKeQo6Ca8Wa4EU+MTEe4IBkj7GRGVigoBRWhiFDkwqpTXIS/XHrheKnZhRaWSxsG
kaASOsoiFopjUtEKVc0hqXTERGOFRZEJZWBKVUiOtVwmm9uJdPYmE6EpjISEcOAQRk1ohAuhcGUq
t06pc/5Dsc7VuTqFpHGGR+g8cJrOIBbp7KOV8Qwifl7ynn/tzKU6pzPmLHmUnLOU3/wSNVvDeZ74
c+Q//Xv9//NEjtyn6/JnV9dLY4rDat+e7Xl+p0yLITh4d3jeDOP44INnOPdXXnrvTm71Yx9J715E
8vwvozJOnoOIsyaVOVLm4GW6N1dUZgkFaRKTJ5pGZpBZxMf4sdCY9oxnInM2o5iz4UzaikLFpHgY
PA3x6u6nG7MqaL583xW8SRrTphR9m6PN16ZNN3gfaTIuXM2pJ6Tmxa3JmpyXq3BB0aRn5bDoaXpM
URSLkGZ1Q+bMR9mZs5RpONOce9dIfrrSYRY07IUjzEFVuWr1VRbLozjrG6lTrtRykPQvNviHnZmf
ZlKaUx6HGLaklBaIREjJujLESSllneiVyjt48bF2XUkrUyWPdLsuOZMn1ZK0lJZuSUIshHVbafu1
JYssBXFYdz1wmqWsFbJccBzWSlqJomrtSsbqgRRtdHsNg1E+yosw2igZZRtlFUkjm5gQvtwJt0gW
o6KKqJOVQrRJKZHIGk6thvxYSDIMeXJLSEKVllyklAsZpFfLMhpGdZIj+/FJhk8uThZJJklcqQSa
pGkqk1VySkoDZLFwXqtrV+kqdbuya3Ska4zTvhpaD7JP1nUtx3XBUSvb1nUTCSm304pRrINYOebv
WBsmGavIasZaVRWdWjUqi1bU9KqoqOscO4pSkHDRU5ROU8FRNGhq6QznUE+0jnLKaElUohP5jKMS
tUTp0TExZBL1rDrd9NHgTkKKMOpyFenHSLc+50WjUamFGK87eo1OrEIMmurpOd9GTKMdnmZ0hlHK
Fo2OtKjUo1ONctEtFq2IzkAiGtE6ovVOEg2jEV0VVU0VA6uKrmjVS4pDxYul8qE9UWaxpmj/1KJa
LMlWj9SApBhuMarlquBXI1KKkwqp2UcvmtZf9IuMF8eNdIlreBerwFVCV7HVInmSYd0tv9oquqI1
RRoRilKx2HNYZbKLKFXerCijufKh9KRqrq1KiPUQr4KCMXPAqJkWZe+oiOHapehFl5WsaEW0ckmF
iEgSJbVoUCMk3RZ8nNiVLkFiBEscEtUlFm1iujiNPKqRMWnIWzQmlTrN6dSOqqee+JCdDsQrKi2R
6ESyoHW5USLbIUmrM41I4jsUqMQSqdaRTBoi/SSWxJHEkYjIdmS6fDQqyYhGQSNBl5eMEhdUEEEz
6YfDGYNq/ooOq19NVNHMtDQMcsc0NCQNR7NoNw3OcGTKMzRxhqx0HQoeytBk+JShyDlF1CJ9yKF8
OJ8RZ9bh96FbnHKsxPFMiVGrzAytM53M4847dKedATtx6oQpDrkoHFaCHYZwSHLeEWdWC9/QpdqM
jLB2xrAxpAWHL8/4MQPGlIupGHX64koCiQhfjZmHqOjNVgEVD+lV3OitofnMS/O+racLFCRAIAEI
DCABBCRQYIECIDhgcAABEBxAAQMkkGAQ8wp+YmtVXr4xo1heYZGsr7wlC9v/Er3/KyVm+79/y7+D
Ir+v7c/v2xHqX2ngy5oaXOyt8m0I3/NlyQdfu7GN9llgw3zU7zWFyu+DIrEn/j5evqeR9KbcqXGl
3IdQW964EYlyhWb0adHYp5vGSk2r6A5GQSaiscV1x/VQXQ4bw5GExHUvtriUSYjru9/n7t3fvskl
8q4nuGXXZdESsi6YWru0SYfrkkPIdcuguqvbMN1yaaIJ3dN0S7dqpa8kGNR2bJiMV6vS3AfVrSuD
cnfNm9t7RI4Jh72FGw5L68lUtVqpsCzqHM2W1VadLTUAAQAMNMCABSigAQ0wMFS3pZbUUktFU3bx
1szOVyItZW8vrVvKpDQhIm+Jbcv2b7R9pVPy7f7FlDxypRW3bivjlm4tY1U3rVvBbecsaY22UVVs
22F7tmZbjuwokNbOWvlam1DXrqXoRCvRLsbW9zjI4VaGduoOabHFmq0W25i5GDWh0thi2RM7c5HR
jEscn9jZqiqmVnbYBZbZINZJo/m/sFvYCsuNnYSQzjaUfNsP4xyUSU9sWSBLmtQy2Z4tX3XZ0hpl
OeKitbVYiZy7RNY8SdrIDoJFL40i+6onKtYxlmMXq2BpXPVLkO8gscHXgvFicLxN1To1d63LnJOG
VnY9rSbHWj3Do7W0mKCZEdM6fGfduLp1WgsiGYysq6yyVlbKWiELWV8y+jpf5Su/r+u67usaJz12
NQl72wGP96jE666MupM0BOMRCABYGAyIRWIBiWBGsx8UAAYjWHgsHHxQUBgUaCgMAAgMICQsIAaD
Q+KheEQYBgnjeIRhEKDhDx+7tISwAeJ/XIG0NzB0mRuxSjcezSJSHD24tEiI/jvLosqk/2wa0UYx
/dmHuFFeqXoE9EiWnWJ831S477E5xvlIayTRD2fCMg7kYEMJU9a+/MExmEzSZa4X0WIQ+SbqzqnS
XBGoU8dqNxVR6ALdq3B4umUdfKwy4y17cbBziZNT5FgwYOGcvDrchtawpJz4vQ+LhFfkw8U2Jc0J
LNvBVIpgEAME5yWWPZIATAU2oDgrQm3YuRJWzpsFIUFPtYIHHawM2yyE0Mkshbt9VRfkXq/Nf9JI
vtTTyCzcjVOo6YKk9A0OCCFvDHC2jNv/WmBIonZOyKcALxLBV3Cm4ZvCbk3767Wsw4qrsoOMaSeI
NQ/MQ+MOc5SfHeY0+9Mx3/QOxbxf6ooZ0tqmwjwgV0NBU6FdiBZVZcVQ95eo3XXxgTV63jZtJGpu
h1K76l0IIkQoR2iHx+uUcglreNQtgP6gSGNIGl7MByWUaqg5amVEUrDxye5EwZL4nKjADb4xrR+p
BZQ8CsTwIMHw0HRsj8yIk6TRWgxe2/hYuwiS/5jDZDRVo6rUwMrozb/IXTM1EGKtisYxs2XxryY9
qKO3rYKqBC02K87hOFtqGEs4ELCWprBu7gvCC4yPN+VGMrdCBjn8c+qdBpL2LHSRKzcoAHxFMkse
l/106/H7IBoyUleQ7hNPeGlCpX+ENQXY11q1EXZDygHPvd3pcxI8drMZUlZYdeE00sd4EVeZo2I7
14+yca6HobHRnGyGZofABOeVV7Ez72Se+fGxzoJHzu/LWcHWaN5B3SYlFPQboY8i3esaHcFgBZJk
XVZHJtQ4wJKTylcT/G39OGp0rHzvLFLU+/ZZqxrccRS39QZbJ7nWFusmy1KcOMC9ryhQ0IpJUCFg
fyXhUPvR4HK3OPVCh2pclSaFqUBdsteJDFpcTzmKGAh3G4zYgWb6yBHnVm7DZ60WBiwATELSfPjk
JF8AdIVequTIAgK+/KgfeLcrvBsCjHiVBdm3Mhr7PMAW8AoAcNjBCe/QnT14yQT+tYyiJ/QxWYJ+
nc9mbyQEjSiCR2SQyo7n6FvwW74Fr4O7lhrSYeekeNJvMDcHmBjzjM9lw7GRDHpMV10kU5hq1JGN
WiSNnJ4+P1dVkjiNaCZlCkLYOmQM3/1mp3VcJCM4g3dAIs9p2nsZn3sU4K3xjTFRnD7VqnlT1zNS
CumykTxappk8HG0MZilIvn1g6jyin7gZRimwToq4OfIGjgkzFp9SYAFnpUv2Q/2U1OhfNBAi8cJb
9Tq6qQuXXCsRDddbPIzNpNqvBQ72Zjl9qQUIM+Nky2mzIb0hPoKXILdI9JdY+Z3Zw1Um4WTlMvPw
KyHYMONN1mHeknmxqrapOlDcrEScH4tSo9wcTgyu0fLjephRZkLnlM3xbBW+lO5XG6m6g8gbktKN
pAv6txMYkR7WOEpqmxbSTziPH2+Cx+4QZh0NWqZjvZIS+1c336HGi9Nkb/CAR9O5/pLtOuCXdim1
Kf2Akx/5E09Sgw/q0Vj7N0kLyPmy0ZqzbxL6Q0O24iLkax5Y0LBUR4bCZLdVYI3f+2+dwzBJ9LMB
iUIl+llmo99kL+Ftt+hn9uUxZzX+3aSJl2EzGK0b7b37G8+xHn2zyUr4tLEAgb3is1j3P4+hdnZ1
hTZqmYGnTnmCli5hUrZp+MeUK6060HWU9BKASTzeHD/roDMDL+EC8hO++Q97jJM1STUWY5DiSITu
o1TGlOXTT9u20CSIczAtgF2TVXbHOMcL6h8aQuUkAKyJPFfwcl2aj8UC+OWRCK4W2OpdC2YMej0W
o1wP73dSChrNlN7nEb1yY1cPHLF2DszuGJtNKyLZvw6vLd+FtnPWI3eFCISXJIViREaRGpOKkqPC
sP2pUbWoHHdkUW2dpRM0iunWb4ggEiNZTzRfPHAn6nqMPyLR3R3SWu6q/Ub27Q2B76+03bfyrJc1
ijENQGTfY0Eb+snEImL0EWa9qLegM2BkWeAzOQRAOif0MNXqQFTGBNTc0OQAnAx004TVbC8TIutU
8Xmt/wvUWqn2biSLPljhQ+LyiJNwuFOWm4LtHTPL6ZLOTMMgCmqmBd5iuZtFybK7IyQHGfWUEWYR
3V5en+JQuorw/C8KOlS/r9AyUKk4awZ02VuGrSVLVeVPMIpyA9xJmCWc6gJu2v5ds56bm58Qjw3M
h+Q63Sb0PUwTTDPCc4CruPt8FaCJ/8/ZjgSW+aZ3LwNA9RvhhixXPwDh/gXsxpa0WJCM9ciV+Q8a
U3InDxWNMYcGfYRw401wI2MyWHW34AjbjbLWP1sHdv4R4OdWzVtlh3mlaJGDei2KDd1b2IlDAqUB
ofggXrOa0aJxokGfA/HzlOOvi9iM+VEZl9nvYSl0QD7Yu44Aoyhgq5BuPx5Nq3vl2HRHCfPu7gaz
oXPWWbeHmLNuGxN2qZBUv9yY0gFfH0N2A7iMaya+ZyRr32mWaE9tvkSyfATjL8eY7+HGRXsuqJU6
0s5pzmxNhnuIZ3Y5JdYBjBw5tO0u5RUuuPx/uw0oEXpIODB/pSxRb6n+KJeL3qtHwe73PKn4mSn5
o3trWqaXFWXIunQBaRMsMoG4DsLsU/UYQMtmqjzfFu4883TUKvL5ouWoKlcv2EZAHAWylq+FzN0k
pNaiqbUIXVUkLysNk3zEhKoU+9egiVECAM0trCtPGgSlvjXwlsKNs4ifO07Qxl6e7QnPzTzEM0vG
Udnntd+vC8Y/PgGAnnjLF9gJSqUftBzBC6NzumR5g4rsrWnf0vBs8E6UW3WfPjyxnMtfA7yY0buy
XTHSWToldX0lUNnedCjbQCqQCXGlxpcHV9VnGNKYUgNQ8GLPY9wCj3yOg71Fda/ppkN1aO1zRrkz
xwSeXLlYVZJ9yeW4WN3FtnunRntQC0NVzdXiSU+vNWBCTE8BU7+rDvEc5Wg+BdmVigeSLKHiEk3o
ncU1WRy6IlmYT3kCZGMufBHKYe4z2oQEAepww+diRhGLLDxQZnnycTwBSJfla6fGjZ/4v1rx6v7z
kYy5pvBzp3vnjN6Pa7OhZDrvqP/2Mu2mAo4yHcnlLpFoc7DyyHGeyeshRV197bCo0VeLjmaH27Y3
8jSfnn+6OeDSbo+EtOS6HGvLQr8GgCrJW7xaAkFoHCCUdTEdtPVXXzXf4SKXtOR7HHTbFXCm2ueF
u+pwM8N71gdhRkfmxLZ5+lRvwAwQLHX8Mdq7yvz1+Ged/2lVU1Zqg+VsT5d+2kIZZxaRj0bTLanB
lzKQEZ7sIMdJoV8tBLNeB4TCWJeQ38FGfSmJp3BfJO3okqOlP/GE5VjQGyYru9MHrYvi5CtfWu9f
AtfFFnmVTz4oGjjCqU3q0Llq98KgMPnDRelKI5pRKMVf6UdkAs1Xd4Ggo7XRDl+acZDKEZoRVrBy
u5Y5uRUdGcfiaBQPdJVTc5N0aUd+VtRRIosEJCgL/gsIPJrrOX5/DxsFhgRNYhZY+/Abh/nexNlG
wv9pR8BeYfiKMQKdF3CLSoXpzr2sgcWz7946zWXzEC25lVHDpkHT0BqAGRtuJDPmZiDH2JREZHpX
BzEyYhb0AFkMsxV1naZj/CLuuQxmR1hevJlWLkgtcqzWAyEdIgvOmCPW+NWAZYlV0SeSuiTemk/W
ZR+ERjDMlDmxzCNXujPeQv4Gq6FGmsFWqdZgImXYghIgFxWjesDF71zTcGA3+iMnTqx1rdBkrFpv
x8UYwWWN60rYhCVgh//o9vlejj63FASfMzxEnSl8mDnBidlU8GaZyseAN7TytXlCNKiZJOlfgmam
dmv6Ar+eAI6r8I6BqJozrXv8Usf+Unipkcfxp7SMNDoMzs/5WkJtGo9qD/4VVHxJ4iyYaQp5cppR
6ldsYYypOJbaDHmEhMIRqiCGSxrCpq3pJDCMFE8phnut2rG3PC5KPWguto4nghd3c/iFCAQdxGzq
sCTERjMOSaoybcycImvgH4MMPoMjkMzPdr5bIfBzQWAdBX02YFTcnAisO3yOxzBdeWeFNlkzO7P6
xF9B0YR+s/XJb2oIoVfAjy2serUSBlTZlrM2SA2uYoymUKaMpBjF0/BMbqSxKjUuQcgnZ9VASiyR
JOae8Z1DgBmIhYUyDS+QHDRLWSGIN/Og2RBIJ9Def4kxmkjbDVidv6VNpGCszIA+eMzTQDTeIVt7
rZErmjuk51HPYS4asU4pMex4PWwelwT1Wyy6uRuMY2mlxLplnpB9EqY1YbQFsFh5YI/0PJwQqpGR
og8Ri/X9YYHg0l5ZT1kjSTxjXMKxfqhoXwN6gvUUUeLTwe+NEoud3AWXY1wYdAYadUMmvvu/khIn
pZo5BZVyJ/ERTnoHS2n8FcBUCJjMRZlP/9lnM9rM3rONtDoyP4nyQjMrXchrHZvC4nJlmMNImtx0
ptGxRDm2qYV6GOs7on6SAKPz1wCNdwyAnmvRlN3wwNO8yUvVrFZerNa+JfcIKI+04XVmAJII8fUD
/OE30tk+e0SKpnJALCxz54YS76+xzZLcKGMFMGrPSGsgdyUQYyS02x6JtfH7jh1ROGI+vrbcCaH2
Z0YdqiqGN2mG4c5q/uA5eZD3lOjBlkGCHZSGcMb/LFE07+aUnu5Y9Yry5jyp3plHYkaFWbOfzGlT
QcFBodX9AWCKJKHe8sDs9/e3qbCulA+1uC0BJcceyVSStx02uAI6jbPaYpXx60W3k/KOFbMFKJHi
Zu4tFZqVj03FstLfTnCd27oiNPwiwsz4lrCQMyhamN0qHBiRRlwfLmuhBwbA91odAzZvOSJnM0gv
YlIVCIzyKIugdEwT1FDqWBEwmPGcktHcvsMJbzwMfmFAY1qJrO91PVDiSkm/cTyKdiyX+KDcpk9W
UsuvNOmztj+0EJPuqW8xQ2zizZKaFOl0d4SmEaHIoxlB0ZcfPpnr+Iev8sgeT4E8SPhNLgsNK4rx
6j6mEo0U+RJ9/tFjxtRvU99uYihAeQzR/Yu+cbtHBirOK6BnTVD5qwjUBJT4d3Daa6czX+hiDLHm
nzsu70Ls3XW2hf0lg2cwBu3b3oUzo24BgXoX6Z63x+U7TL9ykDa8DDJbeA0ZB5mN4ZWyDzGrgbcP
I7ZpJTja1HlJrNQ2Qzh8dsh4c+Zd507+ccnf9JR9chz7tJbc3ySBMkaWdZfOM1U7qEypSPj3Z0gS
jUAiPzZRSdB8LFk3RbJrNIuNzWl7xUASzYMweQzuPMoHwVdS8qsAjTPMfzCiwTeQnFjoV0An+nij
+YUUq5DMpz4YV4OiThuG5vSiW2wD7MHmDTxCVxNFlbC47Bi6EBI3zXZX246xLbsikRBeYN3eAwRB
ibTJmkHU2XHhq96HKaxpnSHQ44qPv/ysZD3ir9t44shkMOKjzkj/tbOrLGTt8aeOjpakqc9NgGri
GMO6u73T4to27J98Znyx1XQh/Jmyw5kE7dG21iwmkeRhudDILaOaqZPhLrRTj4DIDXX0OkvJOrTy
Hcz2iHeg9cxBzBoQYedJEUUy+lCXCwfMK8eQ0kJzCvCmxvgWghClE5dgUztY5MzVUviQXmMyS/4Y
oVpdmUTLzj2T9Q3roCQn/0c+BOnBlbieNPj0wGktSZFA6eTW4QQGaqjoHlFK2OcWYf8AUopHp4Js
SSYYwpm1JDM2Q50XDwNhTLMh1dEgUdbDFNiA0rZkSC+XyZCcBeZJEYMIy3Ksz/nuuiVJM9gzUlPE
w7Eh2Jhd6HgQLmdnkR4PUvRNUmFKz/FdrWZCLItwmHMkGPQ1TZ2pDvF9gYrAiCdFCst5QL9LhMxI
7PNYHYQkfQ3Zbv5ZVkPg6kxAETyFOhdvqIDyMgjAENZ9ItQyh2HRjt1p5Lcv2KcIo4ID9lA3Axdr
tyDeNivm9NnzAR4SHTB62JCyElD3M1IZZXEW+wbkxTmPWFLdXNY2d/SkZDnrJoNa4dOSzo2kDuxB
FbqDvNc/QQViyM8ldsUhgczspfq+xpL8QgvZ0mpOjkDF0eSOxQ+l2jCSwGhaDiXYzAF9f/v55+in
ywXNE04MGPgjdgWte7EB1sf9kALwfe/SpmOhkX86TzOWMgO3JFvKDhrqyYpf6WUnb1A7QGj6FFbo
A4ncF2MRQlpRj2/itbw1x0d1TNDgU2cc6m7wxFy+18GpX8JisjOXWtU5k+5F1U9ELR0NBBs6sCtz
LEj1VSiR+Bai14IeYrwGdxd2bk5joJaVkD7vY5OJ9KXqMRpe7NyeW6HSH1ByaYQigAY3WL3Z9jU8
EbeF8j8KcBcfbaZl9x96VjmgIAVN5bUmV0DKiJLy4O0CKhFcrKOGgiAy32It94VMWMtCnSfE+sNI
9UVd5sTFNTtcWIDB8AJu4fBLcxDsvbqI1js3pMxlSchHwpuFvAgngjlHq8J4tuNd0tVllWKVL05y
BzJvlFrMKyi3aeWEGHrzweIAo0o3a/RF6LKLBa0KHiSIWKAeOEi8nX6q9urYTJQdF5szeYj0qfjG
S/AVGI08JIMbCzF3f8KvomcrsuaA3MZFv++lj+K1Sr1esUcAqNqSaZRhnJeKmYBf0z7yLHKRZ1MO
8xB1RWJkxR9QHKeFN0whTuWxGaB/uh7OqNaNP3B6mw3lY8jbGg7norXcUFZuc8F5ROQq9cz9kXEY
7scJK9GsPyyj1USVRbvgOJCzG8jphE+yQ4CsXCBX3anjYy6At0S0FkGenYK1WBtwx8cG5K4GD/1O
1EkH0/EsrEFNcCkkNRuDA3FH7CMP9+ESQb1X1azxlxp/VOhKx+cguXEhgoE8B0LJ9dCocPGKxfUc
FRLEBJ3gQ0G+7SgKVR6a32tqndZFQC3I1pKN5qdXdooH/Ln9NaeIq0pj0JOyt+RQgkWB9zWPa4Sw
4DP6FC86VqYioCi9SxkHoPhwwYntqN9zKW6yThpv9maZxVmGUu9/DMce3hleCWMRwGWR27PGiJQg
bo5aEQq+uyFxc8EkbmnFo1Cu+iNi1rOvD+i0AbvXLUB5HqRirBVWfAf6GDswqQqJQzVyPej1p4Nj
OL6DnsrboI0HVkWUXJvLOpcqOY0J0HLsGX2cIAmxz6WfOWZ0pEFeY8eyEAeGiQmR/Blns6P6AthJ
2hHnCmyoOqbbfoZ99hX+aICVErc8jtVN0BWhSD1h5FR/cqMNv27980fdEGjcWwox5iCCuo73MTc4
q9Ti78fLGyeUCHS1t3sksObDBOQdDkfNPxxgS9kaxLbFbX0Xe1fdLAZb6GpHBUCpEYk/nTmpSTV5
THRH5chJPGY506XIQovitl8jZvyaMI8DgJbZtoIaJBi7qLao1Ci7gHgSjtyYeXCH387dA7booZgR
O+pBYaHCI5LexSxaBl5cglAiXTWnp4kQp/poGYPAMNHd6xE8hmFsvzXCzMXjzzTMPGbV4eq80ltl
9PJ9VvGDbHl0f0xcBQEjZoptqzIJAekcQvmPZna/o46+D1iqUPjKMUSRYQKsqT6IM6yz4P+v2u0t
2Ef8Tb2vZxvWMGOvrsETRk+ODCrbRg9TV2TNuGerD7fwHeb8/For30n4PES/XQZCNIsUr7RFOXTi
C40gz+Ez5DYXQc4utPfnT3ZHMnk4CBf74prIwq1x0EDz/NSYMMZY5s0J4lEtKbmgUYpi/Q+LUk2q
DHrSIZwtpUeH1pBi2FlverU0yofloUCgEOAfLNc9G0npHVBQQw5/YQ0OcD8IdPkrzdISZCu9qLRx
LYzwITS6qmZAwFIXREncwu+l15I32Y1l7Q8hWOlKSdVakFNH0jX6SZwrdswph1hMwT861ewAHDVo
YuYcOzbIiJ70o/zo+PsOu6UKUcKL4od5ru9UpvYh0dBirfdL0mnwqkhiQkzmZG3tP3hDvsOaIcuq
3uqNFiAQ5ZrNYIq6K6+CtDgjUD68VgXt2uWyga9kaItQHBPprH3HtaRyAKJuxjFsiY7IgPeAxOUZ
QFm5vaIMiBebVQs9ikY5aPDNoPNmlEno+Njk+xoPfwmCELhyD1AuHoE0J1vIXWv0XpnppXFSYv3O
14Q8fRDHfUdyrgduKfVY7MXp2owc4ycIsMBQOZiZ+aiu/oTd9zW98dyC9Bx/zLpiA6drp8DUQxMi
fPPqAdE2zzDDFK5Smz3TCyOotKQ2qFrWoB55Fr4J0OFhkkhTAdcQ16uV/eHvwC3ryNaBMPxas+ng
lh/TQkGDe9lVfBghqODYXVwMfqLgWADFIQwS0v9e2ATOijfPssxcsB/1WKD1qqnU2nG1AGEgTqmh
DAFjlwyRQUPC1eRoD1+ySJxpZIGQsZSh0sIeD/lD4DEKaYIgjYDiCAPX8mhaH0J+lP6a8njwwBB2
u0SYvcgqI+nQT5GQZ6S0nQxffkbENDKIm1tf0gFPVeV4bL9OoZzzb9IWsrJqfOXsyBIiYsf7rbpu
rtgBWw8nAB5NhrU4LIseq8wplnu0D52B7OBrPayV/f4V92ygCMZOHRFhJWicXpU3ArqmTbYcSxdi
tZLDUc0geg2AM6PWPDYhUAKMA/2kWGrcllbQ7ObK6Z9tTIuPQaY9QAk7bzTOl5eHSNKO11vVOcLm
X+aj2fiU2Tl3/V1obuOLVvbtnkVxJWPhe+al7e5Rle+LbXXjYj7LhvfltDygiLRBAnhuBSVTd5ny
wJ0jmRMYqfDaKJVFNX0iUDweNp7rqp3TnKTtJa6ABQdNVd/ahc4xVfuPYj86va4RISz07Z0Okb12
AG58G4HYVRQIQpvZThZwJTEmb+FIFcTa6NfkyzXDDKRAf+ZyyO6lgRtFNGdZ6CR7ewWtIh1kkWhg
9vrgCeIwKGQJ5lGaTAXQK0yGnU/W0VHLcEcflNZwosVCb+/QDe4aKv1Rc3nzcRWTB7A8lfPZtoGU
KMoFt5g4caIg9guMkRZq9AwLibBkUCNbG8o3hVIqzv6IPEl2lACei56ul4tybcxNLII0Fpm/7JSH
E7sqtTmh4/1DZDrtHcAGrEbkINqZr/F0xfMGvVherSLT8huJUNTfQdKAa/mbPmFtpqkbe2x/xH+H
j9MRKWk7m9wM0U+XZMwORGPMjtRst8ike99bY8lplc9rK+/vqRt0qtltCVx+o8SrxSv/VeLc+4HH
8UhNRH7smtR3B1wcUca9d+cuuiFocxAPgcI8+XIKKI8qS+aO1nrEXFruW6us+sfjsHT+Hiei6PIN
p1MCofUCFfaIatYg72icAebaeUDptpa4mXxFpu7ycitqzzsS0f+cI3n8PYx/74NHlfVwyH2LdujT
VyWSLSXZZy5jEUdYQMrc8qvgnGfoiNOY58ZYcD3HmqXwzbJHktVN6jbI582wFUXo/Pw115IOJsS9
Ly63cAAGrdvfKX13FBRc1LgNkXGDMD87hBD8tclyzEqJzdI9f2ba58EJlie3ySi6wwRTxbNaKo3y
PnbxUNmo5BALuIgCPLFwz7bZZRVUrZVdJAZQnxoQ4BcDW3c5oBUrIxPdAKWS1PVaUoyl6jnjrWZq
umuyjRgBYz6is9CSl+qJSoxamoZPjKMDh0fypxcekou0vXp3OnGTI75BghEuoYJVmv5GuTZekHcD
o3KUbFuazaO7plCmJC8VHVZ2TOzN09yo5bQ10ZYezoKOomAVv6iYrZOzqWcBqKv6HYAFJqmDCqmR
ViAdFiU/2yck6Vnaja2MBdbdd7pUT/Jqh56gtDgifoPSj0Hc66M+ebt22PUpcqIKWPZnJfGgRwFH
kbJLtIulhbnsUmm8Lh3DaQ48XAU+0r3Q/ixZA7A7onqNTpikwen8Z4HvJGHIQBgnjJ6z2B3RT3Tz
XWZCaVZF3VK7T81u206mcyBsMwC+JOykC33e2F7GDSAF4F2A6i6mommFd3ShlZlWQqypfHZYmZal
C4nNBJDWbHpqKzA3XVvvITNx1nojH4rshmVAeQe+Q4uw28KEXouiDxhziM/rvfd6Dxk9cFCdoAI5
UsfFbGLB4nbR8g+bjAkSCYrDOAakjRRHYNPcw7F0LYWqSHzxp5VAAJpcbA3nS6mY6h2f1E2NHbC4
RjrSYIAXQ0MTMnFZMKRzooHpHlPtZJv8p6zirwNReWXWEERTcarCYKpRGvQiGDMqZIhbN3UNSCn2
UICn8RboUk9Kt56Faa+QLlyS8UDok5CBWGmsXd0GJcAVVKhu9g7OXDOQl0lglsrgvl7wd1FNIrgD
qIhB97hm6dINMHO/LRugmiH74JjwExE0p+bVG5aD6AmsrG8AtEJC8/SSm73NojaXimiMPhwRGdlA
CVhLe6253RajbeNWHA7kkYGCRW7qUJDtM2QysCS4gB6+TEcZVlLkZ6NsC4rdoU8zEvfF8iRQj/iS
Zzyax+fiQqEnw3v4fXP0ugdv50r5H6X26uik6QrxjK4jR1Gfh1qHZouhQg99RakLioA/WfJBHgqe
TNxTenyO9nhh4HVEDFwBhPjAPTYv76xO5fhsCeSDf9aYp6vZKe78rAnsKkivYipUclQKoFYA7FwT
QcmZP9BU4H4W0L1CBM/opx7h04HacWUopBaQlUvNshIBJag+jxOri5FebNB7CBBN4zgcIZBltk6U
mI3kJOFpGFXHpbNcywAhr6QZKBAYg4rjxuKBWvUIX8zvAj0eUigKbwaBnkicwlncfaij84DgWQLW
w7qXQMcqOa0biMaBG+8AJkL8DJjVpdWQL5rBH45W1lPiLvbFMz1gOsTPkZkZ+EzlexgEzJv8RT4t
RHgsDyhs7CFIR7IzuMeX2WDjuDcDoGFKLyytImOKH3EBzHaMl2vHrMugqGDw/sO7jtHb6Kxv52dy
U8n+hjKVJAq+KM1EqKDwRenirE7Y+XJy7AmlQ+GKVbr56xRuwjp0LrD79giWk8VMxw3wEnM/8JOV
xpju8Uip2CM5DqlSIGvbVk7dXOnzIQcyjVvJObfljCOZPVjX8bSCk0zPTrKWOylwIAmeVQS/s6Nn
GB1WT2IM9ys23+OXN/gBuPcRbmY5IuINh3YLMox87qM2hW1cc2QGOan7QCT1knOvpi9gSQOJXx2Z
+VoyAL5SJaX1iKYEpqCanHMBcIQI9tRFJHRGsiB9aSOyVl10UExL3Q+mpsxhkiMi/pOY4wr4grui
SwB4EDcSUHNMwOsSW0gGn2R2bi88+4SCb1ysA3GMnaaf94UvjqYy3rI+CO0whgelP1oKPtFOekxf
QJ8wdha158SFATpuM1bmGoX1WxDw/QllhhQbgzqTbmorbHKn5uEbQCBvA/bOuBYeexl5HFlxvALM
IyKjKt6aEGwwa9LCuD0XPmlh2N4njMBNqM5giHJt7tvKdOF0IhwoQ9pMz5wUYbRl/2eToEU0k0ZT
RacCH+eLlNjzOPpa6+SZafmIgFe9aDi5WKQJilyKJFHZLjlfbJdcC+BKbExG5KkWDT7DrabPcAAk
/QbcbQQEsq9yP77/lPA+3f//i5wc3T7uhwX7kd1J4LyilJzqbR3Z/z4dksg1UWAUC0h9mwZa01GW
VvVub1NmRCzpQcsbSSF+bACVAmYKNY8dDVvpBSLtdPKLiJQJWMckyhQ7lIDttrJITWwUT1JeHfJq
sEi8lr6waei3MP1byYDGYJs8bvk+D81Wx81tG8Qoko9H9gvHNodHtCibcUV52glMYV85bNSnoorh
oD8G5P4Y8LzkEgRNmtvI2o/09P1wz8MK4OJOJyhcUZ+fneeltgpiIwHsOSvzRSb8mAMPvs3oNPbP
bRPOS0fKEALrpceozMmQvpwAQFCErBOjfEYgsTZsCSGJy5wHBQzmkWVCfWPMIU84Ris1uTad9uQo
alUfmkJDjnHU7/CT92yzDvBDXG7E/JBidiOJeGJFlY0wAyiPntFBU+h+DJiHF+iKRGKQLY+d976Q
CiCSjAQdcBUeASWkIbtjMDh3kAGIoFtfKuogF0PejRwQ6iBGh3qUAfHB2kqkzf191JRhZbOjHvwv
f4ap4xqpQ0e6icIDxyAQCfUxF0+eGNSJFdQQXdsRdBMsiqdcsYPdw6vl10JZYKUcdWPu8NHscsTv
gWhjJYBM2tSb0BFJysJkyA/UDTo1KJllSscqzIXXsRJeJyafLCWJEhwdtXeDNKcpI3bYmx3UoPuP
AagEV4e3HzVw9o3nR/IT3JG5MuL0Ymd3pqDdPS+pvrbkpdXjR5Q1X70FRcWEVoL5BwYZyE7Lry3v
0KxlqTJU6KT6JQczhIHsdTj/rml4f8Qf1GcxyfTD8D4HUHnKk0sxkrQbAkZCKL3kk+KaddyLv+eP
O3g2iPlVufFL0dHOHYTYpyBlzqVr8Lnj+RfjEk4LwHAMhgJpEx4WLUiDKFWR0Q81HIIoS8iCp4FB
mMTgdUGYHlKJZJZgg/V4IUFyccckcpsne/bfL4uk1tSfAWKS4mheoJIRTgTr4BYhjswfsRBy3JWY
cdH6oFlR6v/VuIJ4cndbjzZfu9sIOcQXfpRFtvAX0FSoqRxTJJUgQkETTQbl8ffOdzr0ZieZ4dvS
VbWrMpgF39vRkkjkqmou0lhj3Wxa2ujRqh1PNARtlWlYCCVP8JKlFBIsvDjNPmwHR+hOkkADKdD7
4RKL0jzW9ndiF/hNevc3FvATd4wnzZmNFTU8X0ZXXrSUFMQYwUoLYuauWFUUD9smcQmhdhAZI029
qXCtLjxIqoUDYNdq7PzhIYJ8zCYTfrRPRVhldMQaBsv4qiJNBAwX2N3XT3O58nJ0p6xkdKtNG21j
urU3pVy945483Mdf67CJG3quhRR9nWvovpAgbHVs/NpA7ZpcjqIajsDMCRQyVs6F0PoPpH3SIWPM
/1BFBpjJRmrmaw3JqeynlNBR5x1hiPkRirruNPcdbR/WkaHnAwOuPDdSQwFiDRTE0rw+SagBmp/X
JR3C6zTWXqX8G2w50QUtOEAvV4op1aYMaM96UVOKlgsKElLaOWyxBy/mIuaDF9gQsxd+USBVMThH
VZo/pCIYV2WfOHppiNMh/R+jMkd7tPJOEqdWkHmoQ0uIpmRDL7EA2s5TJNzS4ij1V8mX4ttlygDC
8YWJAkGhOWbg0JbTVOGMVeU5nwfg6FJGPVSDioRX3BwP/FWiJyGZWdpazCo6lST8CdqQwH2zGFbD
pHvUpGmDrU+eu5Hb0Gb1EzQuv8JvrAz8ud2F3UpJbfKYLgmUG8MY9mW77+pRoa6NcZF3YbPqqcvu
lQkxBCqlBe8J07RikapRPEPl9WSMirNt7WYEZb2WF6EA4lRVWhpeJNqBHfIhOFJSNcZT1BkJoOuP
qBqlahwgcw7i95lliyd7x3AxuF3A+FBbYdlf5iII9Aqf3R7fABinUzj58lUZL54CmW15wOjXipSj
7GdKHBPBIjgmymr+khP9KulcW9+BLYXCoU+Nwmg3CdS+fs/sT3FDici/kQUOkYY77fL4iTrcVbG8
Rtjj2Rmqw/HA0TuLkrTwFjEMfxE/WB9478TYtIIZTkQKOzg+qxsydUa/4CO/eGeDzbXunDk6ct2Q
AObKi1DW5hxbxQ5249Ji1f/1DriMu63XHPcXvBcvR//AetrbYDQSIy7yJ9Fz5ATW7G9hmhr6j4EG
xT12iBKLZZlYNHjwk1IZ7EFcpIT8ryxrxnt+4JAR31unJzPAFAynavqIcVLA8tsDYETLPTM03qGy
OYyuTC6DQ3OiIzNRaEapeVPGijpG1VNOBzuwOiUw7m9QmdL2xVyQ1d0dK2wwFKh7s4gWMFoMGDqp
Jc4d52qz5BARTBPF2IxVl3V65y3qARzvkqUC3grsiguanfHIW03YHRNP8lARvfNOPjPA2m2eCaEZ
G02fmjNJ2XFXQE0AAFJdqVIUYtU4DYWTTPNOXAUKrJUSMA6hl16if5+6MiAYz5UlHMTbx587ishW
pNQ3PepqTvpMX0Ts8xSHmi3V1VwkPb2kDBmN0dbTuzGrysxbc71mFJ4umCbR1wPv1CxdwNd3SX9K
4HsgSCLGr96uwmTmkX0QDnQDmWOgQRrg9fqIw6hArKHJeLwyUP8t2PACLAzsQEw12plcPaXHqUSS
6ZqMg4Uk24zO+gTeTjkOmDWpwwCWb/2uJSPdOXYuaz+DYhWgZFt9j7sPaNnz0QXdc+AaHQ7HM5os
xAY7LA7HAsg8CjkFFyLYoGTL0QoT1t38WHYbmU9kcLQNr5B8lBk6oiXmgF45qmUvELR57GvQwiwX
/jc7sTTQTk5ogYuJIPihxcP3Rl7YhgYBhoCYoVMCleQCRDDcjgd0esO/XIPJzYi377FjObqGGDP6
+wKwAp4jQfYo2JnsWwJLglL8xq0k3xoOvb3F8D6jtSSrB27j8q/SeUyAidZhC9cbClcPcQ6Z1UOS
ZtpOkHUum2eAGasgRDLwddDtwS9YPogOTHM9C9TwvTSYp03RRfyCXgdr70LijzplRNIjfoZL9Txl
cDYioHniPDsT2TSEY1TAwHu1w+ywmg8O1MAb1zVMmfUt7EJjPNvzTrIzkhVng+QQ/G4rtaakTv0G
CLnjd5jf8GRarlGDbrsSj3vpUheAheyrBrvcRjUTPkEU4aXrvsGCWAYNpvohmNlETTfL2+neR4Bj
lmwVDcUOoG+sk6g0BLjp/ZgBBEU4h4Uaq6syiqIzR4VK5d85WNzA/DM7ZLajVfpPYMCB9b0d0J5x
t4ydTdaNlqi6ibF+vhCaKivomxUl36nwdPg3vSsMKT5eG1NvluMPbifJ4JOw+HRC21+Z2C+pJzcn
3S+43+7FuqATt0XNHclBZMttbdQg1VGW9844IdG1bNU4CJX1/nJqrj3zC+VykF38cBIbVi2KxIus
nmEHUTXL1I9O0pra5QpolFo2KqRF0JCBesiSN6WL/B0gha1EOAPUGpdq2WjnA8RuyUjR9HvM0Dr2
5dArls+p0QU5d5bZ9oRSgHmu5UChSkWbuocBJE9nbsdwXroZiQ9fbCl0erSLibpG4YnAtP1yWbV0
BFVtgmfpBVFB+vWvX3UBWnOZSJPUpZPmqTkANtqCUfQmOPXTd7Nz6IxONkFSSEn40kcHVbv6lZV0
GIxlxXQhJYCSK2J8nciwJP/vVpYnkYnZQIO3cMTYptDVj2OmMCag+W9mTxVUZwk54C7J/pc6QzRK
98nCFREskpIld8as5s2Py9NtX3ETpt345X2MW3XsmseNAIrXW/Q6vGR6eMygjzU4u00awclTfBeT
8uuGMfIP9bsZCu1BDKCu1Q+YTUjWQJcjCYjAQO+ZjmMVWM4ZdLnfmWc/LAPdo7x6NJrIjx/m/4dq
xHMPys3D7cWYHO3Sd6k6Xa6ebsq9fWxYBFZ2sDEA1Css8FfMUer0jBqqGbVRAQdvb2NVU/H8hqJR
0AQVy6sdaH3T5HNk5ExQUh1EkNNGZFgRewgkB8mb/gt8RwOIDeDSG5nBbHAZfwt1wG6qoxUnCzRL
LJncknfDty+eLHMNKcOAoIfGpIE5rwbFXlnEtFRG3xs61Hr0X5w9mow9Yb29tvqXC1+HfYwigoLV
142Cp9angI9cq7Dlix2jTqPwnrBSEIFmjhRHqCTiDOqtfhka1CB1IzvePuRv4iSPXzX6gTcV8pnQ
tmlwuFwXjQLngTpaWH6rgmOk8PGOdKhUvkyzfQckq3og6e2POh5BNM3ke2ix2XPMpT8SiVOtL3dn
K0JzF+9LmXjMFf4yYXgZUHib3jbzHHF3KfuPoVDqG9LiBf3WpiddIlVCPl06aAlKxhS8jAsG88+J
WnIyHLaJV+r7/zsvxJPaNAQCE/5CE0n2eQEjEo3oZfdjSLR9Girwm4DQuZCeKLpZIMPcoae9VNPJ
XcBVjqfvTtQS1LD69S88B3eJ7WZy2TB3X+T8ZrsHnmR4XWgIe0zjiXatuStUwhQEDAHNewBqXXwK
EpCnIDl7t7YPMlOiTXJbj5kPC6EAnQCfAPprqXQVLqSSTroLOPpQhomuC9FZogbPeeVOyxSVcg9y
b7Itm+b5+ZMBjuJgvlyQEwfXKScUg0RsRK4htovUhhy5gJzHwpAHzoH3o4HjFgYUAhe4z8YXx9HD
DUUabhPDj+PGSaBILqOsIYUuonHzUNy4zeSeW8BJJM7CDVfhgnDCqZZjZAYRinAN4dqPmgW3MJEw
h4fwkQjcEmKXphzuMDABDvNIgj5Y92bmVQ7yHlInRCHvYosr1ojFI94Cj7ome+KFPc2nRAuiRBke
xwJSwuFHJTbMzu8kZrO84e2826t3lnfvwtV1prtAd9FJXbjBvQ1S0iLtKq0KVkbVr13/S5JUYNhO
FOzu0LCG4C50ChK6CB07H5lUptKJp6bbNBbGk0cwtXW7dN0WVjJm62K9Rq5KdUEddVMndYt1olaR
Bfz4Bd+FQ8MXwsMXNOHpm4crIUldGPPJBGTmu/edC/vsk047HRaTrztisYe+OfQQZqSL/ruxUj46
TL7A0yPhcbMz0h4P38QFVpFvQOKLa0ypl99bWCW3gO7JG3aL6uC5/kP8zrMt1y/t1Yt7+1D0FJ7W
q8hF9S67FpmmN5xYFkjQkxe8OYTghSlYgv9Z08Q83rpe440jyEdjLd5sr7NGBwACDBAQgrN8qrQP
M6ZCxUj0YMYIYyYhxg1ihpgQPItZiImZCDHvY06v0zE0s7lwYkQiExOjjfRRoJmOKRdzchazGG22
mI5iNDFzfjRTTIw9shVziZFUYmROjLSLEYkRkJiHXCSJMC5IR0zMSUXMRMwiZoqZ8RQxYsT8DtYE
//gw/6YwsuaTvrGQwTCNv/m7SPYdfPpIdPR9ExzkkyB9v/MU/yIjSHmOaAGEaazjxbu5HyMSSCBI
HBCIhQHReEg2J/7dh1zBtSFiQsXXu29ZXfJQLYl1p2xZrg1rBfLQfwBXK2VQhxE023+Q9pUCa0Qy
U/0bzoosw57WihylhDuGNQt0gPmyELIb0cGSEd9QBSSje1GWWl9ytS1TuK/UhJT81NhoM21y7kwr
nsXPfW0omwNZ2PTZWLcH6xogvGfqBGttIPpW3wwT499Zx2MJSohkqKxwMI2RpLa5oX27aQR0p7X5
8UIzMgmGbJKAuMB+3koW365pqgGzb1vaJT9NbBnp7icLlSrqHFg6SUijvJ05ZPIPylX0PL37xVmy
o8efgzm+LqB2tdAZ3Ihe5lOBjgJGG76kszBVkz57aAgA3FwnfHjK9VUNIIg6j/uKXsTH76fQewMc
mBcZhebZ8LnVzZM/g0pXYRPzKoCx+FCtwWh+ygk0XsG8XqPEDpPVXan+G/DnVHjww9Nn9X8uGFqs
pFlsk0CRoHod4nYkwmAUpWT0Ac+Hgosu4BidaUGK9b+l7Glf1Y1tykkuXPCUzaIzbSewbZqdqnAn
mt8O8+FTEQW1sNbqUxFDupUgMeU+7yhoe/haNRSyUcS8mzRkekfyFg3hAKkYMe5KBhB3aYCHyf5x
Z0f9BPkriTQseaa4HsdIMSN3WIteISdg1xAbiYZYaMqQqXS8qqL4KJQtcbglhMG5lKRMmaob80QS
mo7i08M4PYaa9cMtJW5WhJaKgzWOx8YSCAWHG4PBQG6fgm1O/WDLtBnm0ioa7fDWqJY4d6GIjOpK
dz1/UUXTyTila5QU1bLnWnfSZ5gNWvVQx/ATxeDqr7U/pA7Q3FACaEUxTGuw+ZDawnN6WT7Sb2zW
DDtPh7AN+lkHQE5P34v6px75qoxBLu4dRO3gSkRSdGiiFLkYR7FWisxsnssO+Lz558c4ZjEk2ufd
AyFdxCIAwPGiNOgXZ2ZRpN0ELL9GfrCLmEp5Bk5niSJCJvXExmTuRIX8x+DdAz3zW/ysXykW+tkk
zqyK6KC2xq5xVGSXncaKzWg3x9kNM75ua7qALw0b51/SYxA1z6d9uQKatLgTkqQgFx15FdRuAwMu
qgR7LielECNOBhZ8OyLJiBEbpwiAsyoJVQeiJklp2JO9QefwbKnL+168ILGvNE6MASSOcnrm3riY
nlmK3JNQEJzmHDnJUhf2//gPFOhWe4EA/5C4NV5KHZVKNuTDB4MeqxhFaj4P7JRpWWVloFjVHljs
VBkcMwupoK/fEnEMh6NQjvXYJqzoNEsHggCiXztt4SsP5LLJ9FoOL6LnMT40U/QtrMCT3jpFEebG
hYREF+S8apuQKvlqqEzmcTbHB9bb1dNbPiDDTMVW7LkuQq8ftRYVH4LTglkX8k5fXf8DPKYbipVU
QLwYFnLFHJ1GKcRwE2mMnLn4uEOAuDQ18GPrc1bwHQjhCCFgAJJW8cB+nzCuAZDTotRLL/ul1RQA
XQsr7LA1gBNcDyIyoqxHQmAD4TNxhjqT9tEjUNuLZfOMD68xJgiDQSCs3/ne3V/osrn9RgZ9VqFQ
Q2fyneGKJ/LW321SIG1NcyrQBocG/9vHnoxAal1qeIQFSxzMzmQOPdIXEUsIUOFFCqjS0jmsZscX
i1UXPtAIbQ/yQ9LAZh0HaBSLTxnTkvYTM97UU63Ux4MvaWHeNDtP2MSJcrHGGzqHLfD8IVBEZmx5
VEVm4nyXrrV0QFYzye6bOQqPvUv0S1MF5QnsM/MEUjTA8zJ7/jBhiB2lMCB/iiThwWdGckSaWaG9
8Va9BEpMPUgil7wU/jIwLx+4g7kqFrXgHxn4KdiwLVAgydBgvIGAyfbt/1AYrsGJ02LLg3dxg0Bf
24qqfVyB1Y9IkhnRAXlQMB35jqHNPaACKFPjOM4P+6k6aPIrL5KXr71eBhOuQ0tJa1KH3aCbBPvH
lWDAxDGx/yiNCAuEUkvmn+2usD8uxUEOpaCNtpqRxAUJ4mO4OFr7zNyok6NSCvfY7poZ3vcZL2IK
renS5moEUol4wY4TJ7yJ0FMUAcwvp1J21RIuRGfwO1VjJ8ctdvBF1kRJH/IiLg8rF0zt/1QQs1/u
4fhGKwqjrMWwHQrksMrl9QUFUDoY8q8MJNQce5FMZnGIwisaRhZhqzGPDVCOylMxgyIxKZNjpkjA
8AXVQBPcg6xUwRzIVWmmgQz8MqB8kaYlzn++3byli8Ym6XWvBF4OlBbyg/DOs9wjOI+94THsp5wG
0x1HbcYABpYZ/ofod0EKxmLcJVbujnlcZul1KW3sduXv19+RziTeLF3qSbmk2HxsPA0o49HEac0q
TVmrS99nuzhjZOlURgF+wLkABkCRXhdQFHEU5HpBAxehD94UgfnApsdkRiau0aGp7h4ZetNyMqEC
JHmt6rh1F/lfCAte3U4w0ujPW6I6dARlPIxfn6N+cxE8K7xLAOpEyzVCH71NKk5QIdDhDwJAibWd
mKpPJk7dixQ9PfgzG1STRpljSAlBjMjMzU4e5TmNhcvYvuKTH91bGdoENoyQEYaF5RpX+b+bj1UZ
rze6mYHktyhV3eO88wdEt7uKHFeWjA6QNkYXhOhn0kOpJ9A4X+aWRXwZs64mPVvLJn8Ty4KSBXMp
JzcwHjnmvCahvwQmAldFOCpgwbsqDdE7ddQQOHTfL1EOVCHWPghtCdooGSIHAucRVCANBSZQ49Ut
48CqLONaW1GAFPZBvgqq9KkILl4RKrwXWFUsBJjv236hUbBhC6dySJap4PRCnQQ+rnlxuD8wAh3x
+NvPDzLf7O3SMWvw1gG2afOFqt0trGd8zauKhPYUD1JovY/jz/M/W9hZ2+JGyEqfDawyCJiRTNW5
d8c1n9zm7NqVW33cwfhkfXUvbjyY4uOxohZYj4O4PY27YrzerBd2M9F/6VIyD3GYl1XspGzuoVS0
uyOhzZqzeq7lFS1MWR+AYY6IlyZVnGJwMY/3CONGn/aSt4M8t7FIs2ePm/cMr5cVXZsMFVq1WRQJ
1g0oZf/5osWUNcnRdJ3y9SzVrflrcMnBKZ+ZrdMR1Xj4EBC4yKMpIGKCVgmjEpbLx/PzDUoZlC0c
R/rxQlVTjLrUMi4cDcqJUu7JlzpDPH4QVJf38SZ9wYP+3xGqVb8cnog6R2FDS5sp6Q0sFYjTmvJr
iQDYHCfBQBeFtwwJdQYd2bgQLPCffsBz3NjX8ruct+UyVAulWzmlDMKQJYaEZpeT3IGWvaQzEpt7
gIVTpBvNc034sXTsiLTiWOrInBugXxHdXkasJgtKAbH6xtC70sG1GH6zjam+qzSc1n3h78K0vk9V
dmrMt1zTJ7cyhMN9X7hGUqlClgTQJyxIgyTb4A3JaSKGPrTJEjtzc4avDHi0+1SHTj1bLfFQWUH3
Ua+U5ZrKrPp3W3QkBrVQNg2Nwlt0oHZDCy+XOu0oiszON2sd60RJEsNPMqAVq9FoO8DyMKF9K81k
UqoWTT4ykTLcN7YPTlorNtG4BeSEwKdFoEcZMDnPiTNu9SXIIWUfYOR1TlkOAKTWtNdcSNAhfJU/
vGM4AmxSwGXtKVOPYkgktLwqj/8MBAt6q+U5dEIO37yCabJWoMAnyqinO8E2AmLr40SnufIAgAZ2
w4Vvi2gVFVvFmia+Q0tppSDWrqMYy7FaNlXVvSqTioHFcXvQSJi9HsC4UNoGRtKx6qIZ2xdHbY01
plkTiqPNhh6iTQnD5bAUZaIBq2ZJ00NRftGipOk++UqndHvmqd4ClNvSN/Ahvb+srqKwK3/7RaAx
vkfFMPH+xIMtHMWvAYF7VH5or+P9FbhTpCfKAyHIhWSKxaaSC9JUyIs1KIWNKssJGgiNLt/W09bl
U9D1oXkibW9xPsxqCbdpX6KIOQLnnPPBn6tNZ+tRoTVcHr2uYj3MmMLZ2AFxIS9INnYY29zml2S8
WVY1FpASTx9NEvmcDN26K3DXyQPdtg3mvluvt0b4X/TDb163VMElShk+AKWOKCc4dWO3M7yn06aw
KtA3uXVg2iGsm8TDNNrwcUPN/3dfVRcNOFCecEw5g/4fmuQxeVpNBx6wMaH43jNwpLVS05flRB8k
3eBiymrgQg09qEz3IEYSC6vQk6k1k+Wpv5MMGMCBgepeFnUm3n0dvnt8V8MzK7M9BIqzfA5Gj7Am
xesf03DYb+qOfSN22tE5M4hgNTXfaOehA2jVUYUfO65O4JPo2x0bCTzl3bgDjtvHQMVtnMB5nEac
nXWBPiMfOC+LI9lwziYVti0qu0Zt9GCC5Yc2CmxVk/KcfjnhPCQFMei7t24LFZxLb1w7XW46mHZO
UySV70/xBUFtMQoWmAPJrUjG8LKW/A2rQoB2xwy94FlytQLW88+Z4ugL0bVwYznSUB39ZRLZPW5s
fZ3NI4Tbh4b2oMSE3CkqtmfJwMtDuAsH|
)
(checksum "03B6ECD0823CC66404BB325C957A1A57")
)
(file
(name "SN65EPT21DGK.step")
(type model)
(data |KLUv/aBqpgUA3DIC+mIeTizQkEYpNvo5WP+Q36GvHcjBjxr+Nh7RClxSVmT3TinLwU+mAM2qGeS+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|
)
(checksum "3ADF6B6589A85DEB7AFC18F47F5DE8FC")
)
(file
(name "TPS7A26125DRVR.stp")
(type model)
(data |KLUv/aAsaQMANEUAqnnAECEwkaoNQteErRY0/ecyz6rObKZyd/dOKSvNqKRQSwFXwQF6AdkA3wAm
RhOjsiurT1FNuV6uY7WkWFJlRyOiIqLSach0spBKJDtuhG6mjKbIn5lPx9MxGc7JHJVN3Y45Xeb+
3/s9Oa3kYydmM3hkUESYMFAPDwYYEREiMioeGAaoKsAxoA+PCwcYEQ8GERRkJKh4LKDAsGjg+AII
GRgGpnEhg4UMFShgqGBhggWCCwcSESYeFRQILhpESFBBkaEggYOIiwkD76OCYoEBQxAio4LCokGE
iggKjEfGRYSEgRLiQaAOsQBHo/FwYZEh8XhggBZAhzwIyIOj0ZB4XFBMGBALiMiImJB4YExUPAY0
NtDhrIODONBBg0NFAooHFBkWDCwyHEQ0Hh4iGDwUSGA4GjJClDo4JCooHCQyGjhAOOAgQXGR8WAQ
cRHRwMHicSHRABDAMaAxlfIiofHgaGRYISoQRWnD0WCAEREhgkTkwcVE4+HBIKJiQIMF2nAMaDQe
HiosKDIaUFxIYDwmIjwWUCC4eExEPBQACFCAhbBYCGGBQRF2BiGVSiu9dKSWXmqhtFJK7yjSu7k6
O7o6Ot9v7scefeyZHO/kjqysxkjGMZrtVrPVToxGq6qqYlUVq1gstsiqk7KzIaIiEvHEIZ6EWDKR
SiQ7oRsObVjj4QzNZ+bD6XimQxlyKEOnnXfW7fV/Tp/z/OmfybOnnJeXzWeaSWaZ5Jo3x/Zti+ma
9JVi3pRlpRbVfYeXR0u3NSnZkx6xjDUkkUPSPEuzPCEppJ3QLiRhjVA4tfBCs5DCCimsE6Hdnd3Q
1dH95n5yPR+vx7OTOyszK9sY2W3sNVsDbd32KGUttdFHG08Ti0PisDRPmyZdknVCOxshcUGQ+OIR
Xyziii2muGKK7U7Ed3W1a13ver27Xu/aq1x5cmQ1O2uZWdltjGzGauvNdlVaTYwmVmV1ZQ4rqlaV
qvWacr1cUqwWi46TOhoqMiIqIjKdhnoqR6kmlkyIdEJHUwZRQ8dMaWY4nk/H07nLcGTkQQTosPde
++n1OX3e+7/55eDbl6+T29mYXOQjy0hOfQm8Q0ZakbCEQN3i2qZr2noVExiIk4fLWndKfacv27ry
kJatlGjHsjqHxKHZs+aRpZAUVvTFp97666u3vvp3euqnd/+6x7OtlJUWjccxnvjiiS9/fnjz580L
yZcnf3LhTz7ykpuc5CUnueXykV9euVxuZ5FTfifyO7o6uzrPmW6OZ9/PPV/vTI4nZ+Yzs5vJyjxG
Nlaz3WymuUar8pWYra6spqiqqF6eekm55TKrxTI6kvIQ6JGLbFQmDxH5NHQilUwlIZOEaGw3LqvP
DM2MPf54jtOxDEembtep0V2n9/7n9n9fzvcmcN5ny3322GWbTXbZZN8e+y5Hbbs2MX0VX6llVvXU
1Clr9wGDS6iCwNw8EUkiBUmSDGPCNWKMQZPGOQIpDigRBCKBhBAhYsYQARESQTHGUSIyCg/QUuWX
DRBjA2PVsAhe2dVbpOBnR6Il630hUveJQ44OtITLBoixgbU6WQCzLaPcVupP5ggXcEqYUCgq49WK
AwDXl99KSmyFTqh6QWD5LrwXpOin8b5XqSvFIsShPSpx3hyJFLT1hZJSTv0YEPl2jEt5KMJSFFKU
g7UgImehFE7QF3qOAd2Uqw56W3b7SxbFnfY4nKg7rFdmrzur0bWzAkFO2TwQQPLTX5hQazTPswmS
0dCE2Cy2zhzU9DjkBRUFGkEIVtSJTbiBkgOjUvDEWoobGOzOKDBlJMQOTIrlja0zohRL4DfndCO9
Bl22/A+q6veD4IlRFq8OfPnuF06h9Bg51noOV7Ln04gzUu3QPMSuDR93CnK2HSCyEcDQgM0CkAcy
nCfHqSaKn6erVWbIZ3Y4CAMcjssO6+U4XMYxOkYPNQFzENPz3BdUFXTJyuiyOq67ROmDaggz9B9f
uJSdWJ0THDscuDf5nyxV7eSEjLR/1AfpCwuFDYXOcVCq7EXtUTkobBOTtPOWztmM84VI4fsYqgmT
uTWQ2jXeFyp1H40emHqDSDL2EW/ajSgRKdr1WpxSpCoNu9XgDDEnKYTt2WBZ/SDlTPJW2/+kuiJn
a2zQjX5TgRSnMboIYK66Y/iXVKfYuJzDrCSxHT9DIo5j6IRjrgg9P5ZwHcKCiwJUHf1x+pwviUYk
4BGhicSI0arEEmdqL+EmDPbOiGDF6R8T2pajdVTH0Iaf8ybJIhwbi9HDNgEA6fNB5f0gq5ewDPTv
SDrsO194OtiPHwDU5g7wnXu38KZwTxQ5b2HnKnVM7SfCiB/joPrIBVlVjYbCY3RBEDu16vRGw5Ui
nuKjzDKnAxKyFyEP5P6OL1RKvzNKizQOna8ashRGEApdwDaFYMPlfF8DAOV2XRJZsnZkum1aW4sG
gGQ7/4WqIhzYUBuTxoDubNT6hZJUqHGiNa6AWbQbBPyqYyQ4bqvzIgj3ii5nanLYzLxwQFFbH8Ph
4gN3pveSaEN8GWQIMyr6x7jHqC4jhYR5O5LOCA+0in7YSKhmCRhrjIliXiScEU5bkJKIXuKEUnzU
BrxEZYOiEVWvquO6VzM0aLDjwpFGYITCwIio04Mb10Z9nbKgGZKcgsj6HhlhsUg+yjnRGDFMAOTE
ZCIO9Z1asnBhJFRxCelfTQoxNoogYHqXswXPoZmcWXIibAEebhwnUs/ckdp4Hmfn1LGyn0GxT0Fj
/UmIebtdWQGkTvaM9beJcTVfqaXbPRA1nRrpnNZSN0ChrhrIpHTlzCfs8i8JWjNFLOARqpiMEjK/
x/L3KovqDTt4LJRZHvZy+AviIjKWKK/qiIwdeAP041xLTYCFJmsxu4kEk9eyQsowyyPDm/bGiwON
vUdZGyRlsCxYUCkHa7LE0bM5zDvQxYw4e08czR5xNgkL2AaSZDqWt2FcB0icAECSqfUCF7UQErSJ
MdICFDgAanKsDA6gJW3jkKSk0G73rapYBMUAxwDFACyRJESi0RDRUE2QkIkf1vDDDTv0kMMOOUPD
DWlkOCPjkpjXhVJxhRNSJiEcIQlFOEJ5VDCEFXTwQQcpyGCDCzI4iQlScIIRlGAEW3tV+V6xWgQM
i2orqpKaipKK8l//+vnrN98+fvTto7h888lXXnzl0bN3r569kufRmzceeeOHxRWu1u/sgF3LSkdd
p9RpMSp9dOeKH1eaZEkOieOJwg0n9FYLfrWP67xu27gtthlNNpOdKraimXYy0UilEWkkNES0oaAF
i1XWWEs9taimnuoRqaWSiDoiKqGhIKEgzyt8OvW0M9MNh2ZDEyMzI8OgpDEtodRyqVgqJBMKATMZ
KUlH+mhIRVrRkFbD0UcdZbRRRiVK0UUnStGJVkVUoiGiL1bxK7ZcrBZrimpVqghcilOU8lmP+us/
3/v9BDv5nXHOSaecc8pdZpxlmzdtMul6pmfxmDwOUxxu+arvlW1ZBlSu1JJOo9Ko+apwljTLIUeS
OBKDwqEEYY3B4uh9nTvaxm0z0jh7TFaxKvliUttmtFlRTBaLwE8u8skjl2wyySWTPETkkYkmEPKQ
hTyuCfrUfDgde9zxxhxvYjxDIzMjc6kYl1h8scUkprjiiSmeWGTEJB5xiEUc4oYfrrDDDzu8YLjh
MIUXpnBVJTzhCEs4wq5Xq1qtulpTXbGoVlRRUlOTqtf5+n/v9/Sd7z4vfX43Li/Hy7V923RruuKS
O3dccqcarrjht9V+beuyLTuldi1V2mmlLkZfJ0uTZcky2CFROBR+FWyo1evn0cp1G7fJZrQJwxO/
wPPCB7t/Nd8b13G0b6cVXTaLyWKmU9HpEWjpppeGPiIRjYiChIaEah704tzz6bhDs+F885nTfOYx
MhVTFd9yyiuniJxkMkIyUhEi8pBHgB6v+Bdv3MF444xPUHxxUlziE5e4qyL+Oqvl1sosr6I8RSU1
JfVXFOsOfP/26eb7nd/lc/rDfOKWS4jXvsu+Z7o2TfZMrlo8DovD7lt9GbR226lXlrpSo9KptOho
kbR5lmZJHMlxaKKHDworWJ2/ee48mSmDTKhieEz9GEI+wUgggRmnDSIJMJwlyEiegBChcQQRYggR
ECERIIdJIKPwgLUxZBBXpSLTerJXuWVgAqfyQJajx6ft03Pi2VRw8iIQjksnvyvQnPI2Hf19/8Er
3tdxE0E9rQo6fXZ01APKoM4adBhyF8ch0RFFPuBIIIWlp9FY5TzzRl794/0M9LjNSlJXGkJ6uKN8
XFqMcLY28d1z1mxaunqsxHG+1Dh5MTOx5jz22dz69hMns72B/1S+lDvhEqJH68ZxO4+VdhiwnIE8
EIL7x9u4dTwto75NY6/fP6Sfvc/Ypcab9J/yRojQWJHKX0EiFmBuf87fSPIXfL/BvooDdn7KbzCF
sPoCHRGkkiw3dj0nvE0Fd3cZ4APmI26rVy/gaA2tlT0ktcfkoTyKfl5dNzAYSxvZxVSXVJVigbIj
wrz/nL8nFx4EaXf1sdqCk+pgDfYg7WERvdx5Rzcr9csc2gZo/A+plvLg3KGw9Tg2dkffgNFBGuxB
CjUGqfPSxyTLPMiJOufZP1EVkC0udxS0Y3fIWlYnx7N/gvXGduuRKjod24JrznN/uo6qqVlHA+66
tYp5WZ/CTcS1jj1iTdU0f3rtoOtIIu9miFfZ3p/Cu7JDY+39RLRhOXo6B5TWKcmu4Jrj2eeFNpAO
ma+DM9kjw1y/lDsBxREJ0rus9CC5wuNXYEAXsnvHhrhWb+dejTuPs2G1P+fvMhKKCNUJLf4gF1XO
sn+gqkIE3fvMum5gsCw88MOolTw26z8UF6+SrYBHQQvZvWODWKvvP238eg7HLtNnaDTYXOZaIPAt
fAcGUt8nVqxxnv3zVvmxfRrJfASF86yfoZdDtB15p79fjXsyj8otlLSOHYKa+iihVhmINnuxo/PE
mSxw7kWG1I3ZQwZ8rAhRdVi4CsH1MOdYaZb+c/6CUhBVROxpc5oGJp9g5Mpp8BsrxnJuuKqi8zaU
WyTssHtICd2NJE/Be0w7tbwI5wDSjEodd7Stej0KUkZzNKPmefbb7LjWecorcUk4qMLw32j1lacv
MnI3ZlrHhqCqEzHir1/Gkdocosspg4Go7PHr+Wq+T6tNlPSOHWFVgxzVhCnjl3VoqImS3rEjLAWy
G34iFpMcyu8PIo5kgT7XA7njxnFsLfWluDnVYXtgfbFsoUPFLpT0jg1xqc3uj2XaGGj6Cs1pIrt3
bBGqWPcAii0sZbnaW7UvmA72Ci9wkk3Rjs4Bb9J/ypshScBL4H5jB4l6G41ef3pAFRdaaqcccSYL
uHDXBtCb/Smx5njWu6hvR8Gb4MtKBHVMGnu9/wjAHHUeVD4Aem0ADBOgJYUc4N+UcClbbtqUgB2j
6sIBuwC9ALoAn8ThD3cIb5ggoUECQ4QQJMIXzrDwiT+ucMcft0TjE3dDQlwihOKMiAVjYV5xjjl8
8MKXD7zwYSQfPCl+FN/d+/fZvU+Y7N1lsYfFfn07d+3btY+sX7eqj6pTD7rooQc9pOnU9Uu/3HO/
nz4eLg/hvOO8bevefVv367Ftj8WuxZ4ddrBph82P7NmyPx6HccczlnHHwolxGMdszNnMq/EtbacN
tTRUNRtd2dVy1b2M2DLiEIu44iAWcRBPAjISRCKVgUhIEC3kE1EkmUjG4UHcMEENDCFIgiKEEEFB
C1yY4ApaSIwb04hQCAktBCNCY1ihha44O9SomRpLTTgGFSgySF4chRT40xbWaWSdjFMszDFt0zht
c02+JZU2INKkSdOkhTRp0vxL2v/5/Ylf3ofLw3c+fl7/fr2+fY8nWFxf/PCDw59peZZn/LlnPjOf
z8x85rP5e83fSz+9+/bTNxp66UPPPnrW6nr1lbGMXF65yOQhQSghlAfJJN1UXyqyVUKEsiAhG+UT
S7aHzUEmbJvAAAACAmwSFhQ2hkXYAsOCHwqxxWIRsUmssRASIRZjRGyxWGxRbj43HgZOWHIcx48j
J47ieJ/dbbN147awyRZb2GLTto3btl2btku0jbVqUy20oIm2oFFbaKNmadMu7e8191yTa73ke1zh
4uP89V23b82WbduyZS1sa9aMZ0YzGq0zo42GoxhtOBtXr8avpq42jUrVKlQauoqNaqy6Sq1YdNGI
A55iUvx8f3LkwhkyMF7nbt02Z8s41CLmgmnT5mZOnk89nuGGM5zhYjgOO+xwL1u2nLRs2XIrp86l
HuE4cuSEHDlyDwyBIXASFgKDBE7BERwjGMFJcCEWwQhuwSlIkvSQJcmR5MggyY8W+XGezEJlDNum
kePGaXPVokesKE4UxYkUxYmT+M/vv/Xh38IZ5+D6N923Z8/exFswvbA33nj7zGY2s8lIGMZsRjNv
3W26tWvXblFh1YNMqHLwyPAHkjWBIcgYZ6ZmPZIQDOMSIAxDFEAMQYMRYIQYIiBESAQGcRIILhxA
DDWaJtZN13IPaJ0sR5k2PW9uvu29QSWQ7D+ccKzJ5kHTs4Jek0pxyGyIlRIV3Mcl0JOzvryiyfuh
KBgdIJFoZY2wK2gLxu/NW+SHziqVlUiU9DY1TwecsbPyuOgRkV2tDGGMpBoXSZx8KuX+r59O5GUk
MbrzHw73s2BH6kFasgY4oFt63nja69aBPrGM6Z00tWVmqRY9t53Enck4477c5rEzSeJtVnUqK7sw
AkIChqupAW0TOf8mJbHuAuayOtLyJlch2OWHwVSr4TJVyqcQWppemNpqSM2I663/dqCCq8TGLBxP
DW7tD05hDa+EGCmEdJ9sIiCTzfCASOWmkJG1hsH9F18f83VzAIQIWZxL4+shBuQIqE6I1uybHo9x
maMx8IxUBGpdIMsTmN43AnU/LT3LGOV8l/RxxvbT5Am0R/CU1mBSe7foyPotFKdphNVuORbWGEdy
oGivLJcMhGQBi2CINOCd9ElsHn7FlP/2wm0CGYbryQmlrbshNbNFjYsYf5I8i1ilBr53yBlaSXOx
lylZlDqPKBzyPea4RiCFk6cS68d7DbB3kTSSxH+K2Co9+IeBY2pAv8c6sRAjkj/7o63RKroIgC8T
xvsF6CwNuL8AXcd8U2jeItaxOJlSPMNupC/2kzhgym5NKQ5GKm9jfDVhTQao6LHD6AFpxicTZqiE
MWPtUHPYVfoJaJ+kRESAOM4FW8QZArBwFq81iSxa+dc2ulEWx5eLLsBqa0CM+ws8b3fsdq8ri2MS
4WwchW2ZvOowq12eEbziV5SECE3MOG4N07EL9haSW+yEVP7phj1EITvTZ262SRgzY5L+pEus8TuJ
zaBZdPe8KYwVl3bl6iu5CBP2u0xFv3gV8nKweGQtX0CHYH/3ROAKT0kyMSrqej8dBPS7SAxo+5VI
A4TUMCvRhqibrNz+mIUIm6dM3sfK2tcWWBReE2NUsD0LKaVxjg0WpUMAmVMkB7TkrxYvAjCBnKi4
gHqrJVi11KsL0QNnr7eGWLXyG7aFmEo7pFrOerTzuC+wseLSrqqWn2uRV6LMn62QBIwUEfX9lALJ
zO4cpHevwYHZcF82fgoIoi2GWbIwMqRfZbxNym6kEQwuSDptdgoWOF/NrbyWCXOGfNVSRsts9uTy
JKUN8PiJ4JM5bmUvFZmaWrmsHWtWeDXIOq8Ee1JvTUQMBj3GBbkdQFoVJEmWM1wODOhuKphcT9WL
XkAQfr+3WSVTTibERCTqIV6KfmSBXkujCqHSLI6dMHl7XAdRvEELr78F7+O0EC5N6Y3TRIQRxvvD
9CySD/YbEbqbCia9imeQ9qZs1GSCysWHodOASy280dn2sKiy2YN7xYB0U4HJ7YVwC76GR3F+aF/o
0m5KML89vookXUWQNCWbMXAA65ALBXQcJQBJ7YUgzxu6C7faTQnmzUUiZf7ugTKbFzlQvQ50HfFO
iT+owl+85dVjwLuRMHHHXgIdONwhCnxxrFSDW3cjw/QdR1MKNMKPYr9AZtjviNBuCjDroxrvs8LR
1/00puaXjW4yzNZ0qSBUzuFZx2qPfrLcQz34wK3rEDxyQB3EPgCqeCQOGFBVKgdoQr19PseTCLQp
KXMfQ5DNzMxTA/cA0QDRAOKMh48dPXLcKKM6ahxlB4lxhBZSKMIQHj5CiZAioRzEkIsOKDww0BAh
wQQKDxoUMIxoSogLpkRwTInDxlyI2ZgS35ieeBAePGjQwHBRlChKFBWUGFQwqCCDCh6m4GE6HOYd
Rh0mh1kcPpvOvBk1kzl8Mf+mn/fx+uTgxe9NPXsKCCzMowlMILAgTwAELECQoAFBAgYRHjCI14kh
PHcRrCHBgQINIDSIBAYVCjAcOnVvuOta6dhpnfSgTvQwLElyHEUGNQV/mGeTt62TjSsBkR1kI5sO
MklFKCKREMkU8oM8mq7JWiUap0l0kCbUQ2yiD7oxhhYRkwiVW7mtWrbSRtuqa6lWDtFzWLNlxwrP
iZpkSyHHz4TBiod11q8K9rBq1cpVXbdqPUgvtZRSkYb0oF6tOlVUqYoqylXWLVatIz1If9illXpS
SiUVaYMhHfVg9SrVqhOn8hRVlRo9RKdoVNGooopGxaiiEj1EdTgcDocDdThQhwN1OFCHOVBDDzmU
meF06BlqhprDY86fPffPOPf58+wr7jrlcR7MMaVTcZqu7QCUMOcLU5RjkiNFHsavMylTfCjDB29c
nmWl3D+VjJ4ckmZnpJALMiOHOFiHGR88FsedsSZG48M99+/e+x332LZF9uGl1FEPbcasPVzm8X3e
nTvdcrDjt8e2bKsHyrY8tVq/Hra1bau0SJumRdOiRdOiRXqeNWvWrHmeqea5s8xbW81izWKJJRZL
LLEsnlgUS4jHFMmHL1AiPOYO1aGH6WciloMccnkqW55MWUMJWfKEDw5fBzZsKiyHQyP8Q6eH+tBS
Dt3hUB1mepiyn049nG4qU3XK6UYyh8d03r9++wPZCfU+/SD7vby8euPVXnn1iNuVbduVXdkBn3s2
nMtc88M/39AyMdfch9+f+//7898v//3163H9B398+3W89MH3x2JbbT2fFl9++Jov8eWH3+ndt2e/
vuLdOLhlnK1wVS+N/sAP1St68RqW5smPFz7YkZOf8Xjxwl8Y/OyH/bv37pr9u/dOtl177Af5RfbL
49hHfpBTcrnkcskll0uuyUUOCvno161TByk+Gl/VLSEl+nTpoR/iEl267gEbcIg7rscbX1ziETfj
jct4ccUlPmHE5+DD4Qf74B6sOfhg+eABB8vBO1gHH8Yfd7yDTKhy2ITqkxSGzXJdQogiZEUTN0IR
EsEJEIxFCggREGMEjAhcwYhIKGIKmjGrdosqDGuJKvcImTQRBwzCZiWWWb4wYal+ldryF0tWRDiy
CKN12xkY2K2UaylUNAVt61Y4Vhjhv0IozFY1JGDiQieigoZgOEwUarawpMQ9eHhpbm/bcvgqe4Tp
w12VYGaIYRtKg1ZPzpaf1ywkIaV8saqwCz9eX/+5HkRv2Gd4IlqNCmh9Ob33t/7VMmiBiPZpfrMD
SZ25cIrhuscfS5DlP1pW9w+Hg2q0rd3CNBSUf2XUyY3igB05IMWq3zvoX43Upxk7ESaM465TF/o/
tVHQ3hCueG0UL9rderisjcOI0N3OaGL8pilwPTPQEZ5cRE59Y+i6CE0SuZioNtvKsyCPPWP1gwIe
HcJrA7n7EXBpUaS6iyoSA3R8MtMsWGkmuLYHm0d1rGxl+8XaEo9RxxJv7D3CEVHz1Q+gc8z4/WCC
AgjANNY1h3X9hcATEMOwqLvOo5bb+YafvKunqKoEZx0cd/xTTF0UUfyDS8b39Q+zu2LDnPIXjk9d
npJkYiYKCN6Wjh2UxH/TV9IlPOK9Em6SMywO62OdzZKeGtftkvAviv6kC2LYM+gXLGA0osBXBt6a
TMTKr/3447CEnyzWcnsnxKJH9CPCUVAdSVMNSWh6DKAW/R9GFpbprHSnDt3mXN9If8yESa9VqOsl
gVVatd+bHMzR55ug7DEZhLC5Cmten97GMgKuNFMPL5SBUnqhAEPIQORn4UwQbzBvNDCeJfd2UTPY
6N9tqQLzU991Uhz3Bk2YR3jWJfbXg038qZjcriMr2nveF/6e0Xk+L+ahOP7STHeUTFMLGRRH6tdQ
Q0Rs13zHe1kw1eCIa7QOzQGT2oRpOq2sdSXRsMProa0EnB39nM1hsesxVaGXa9hnozg0zCv6Ycis
6rNwN9gi9Cg4QOSzYYBM3kWZv3sRZppVIKscVRLP6nRFwvI1P6df5VTlGKGTjBSvVzQL4khWe5+C
Oec2j2uVIo+eUEoI3jDZfk16R7OcFfN60DmWgcSHYO6WEG1a/MIFqCLrXDG3te6k/CvFn9O4aMRr
mFtJx9RX5OjY6jNbsUzyGfd3kRu6GyTNnXc8OPEKnbPv0eBWbkHa1vj4BPzqBbkYJleKyOYwdvgE
SiCal/uqYHPtLWVcjAMuGhmEh2JmUbykCHKsoSzYmlmMltTCPtDUQxvWHYzjfSLMfeYGfgfK5cdG
q39n+zhD0LJGIa2uP315y4oxUPnzSduRg+MwIQ/7E/a+qv5b+RVDvG9WwA9Xszgvfex7OTzWEQ/B
3cSeGhR6km5YjuLMAz60xjaoLMJWJGZWIyjVTA5dB8zb8ZLDY0MEVtrN06opW5S+jgEWhYE/pMvG
38kU780r4JCiKKsS1zzEVUzxvKnAqQqmTBCBYQYs2OxUWLyrktQIcz0TX8MSb84Shgt8JAcB6hWG
PycAr2o632b23OZPl7+R6L9hx3ru+ZbDAqckpZQpldzeCfX/X20ACAGQA90ErgMly5VRsiVZrlEW
SZNEDllyZJEnUsghSZYs6siPQXqskUZ+9FgjaexIGTlujPHBjuNxXG2jjMTo78EKOkjBCUqQFaTg
BCW4IBmM4L/66AvWi6C/n0bqo8s378dvl4/9yG+375VHnni0TysP2ROXDm9+zbWq8GquKqmptcZa
1ExSHGmtxqJFVUcjjTTSSCONNNJII4RS0GifeVYzmqDt481TNSOzmc4428isw9nGclnJSEQs0ZWM
jERk8upkMsqkYyeT8R1305E66dqtOze0Sdno1rnnijNH3HDCsTgSNxwE4caRXHDfaptt3IgEt32j
rerO1k02bttiYzdu2yDEVjE6RrGJSayxivFBsVdMbCgkFp3GFmMsYn/4izFi/P05PeTR//OqkPPR
d/Z3Dztsh8Nkj+k65giHK6joUsyvCFeFSyUVU61gxUoqKlhemU5RFEQhFCSTOaOhIKIQmpcUFKNP
eKImaIITrJGZiU5wYhMxMm90ONwEy4kJWoKXkiCRoCVYEiQJjlAqMYmQcKNKEcbeYEhwOO5bDU6D
VCkbnAalwTaCPaNhRjGGUZ4mMYrCGJZjkMH4whsZnzejhXSL4Gwc4aKx4BZsyCNYEXTQSAQrghEM
yiLICD74778+8iOC/z/f1Oeny9+fn/9f///+4rdf/vji31/dPvnlb8avEPH9+f781X1/YaqqT13q
rKKaT+tSdVbI6kQnIjp9NEOk0kcPuuc0JNmMPg+quWdCI/OZzjnfyLxzzidCzeXyySeffHL5TB4m
KfnQTC6fXD75erl88pda/fTSt2dJiqZ7ST/taNjo1/Pmi9HvReHw5cmPD14qXP4fjjy+iIL3/r12
2mef99VO++zc13177I87zp1o+zj2oPfiOMUrPnGJNz6KT3wSbzziW/y377rpER/6yx/VLXS55715
73KvN+/dvl022WOLTWURUxCN6yK2Pdsu25s9ey+qKk9Zyi2zqDqa1VIdallYUV6dbHKRF+WTyUVC
Qy6Z5CB/hIaoNDIpKMj+0LhmxjLueDTejCfjTszGF1tM4pEYB11KbPEQiYhHKK5MHOLXo3gTL8Sv
63r16tWr6xlNbalprVfTq+nRo+mZXpGm6dFBb948enSNguHafKHN8+Z58+Z55nmdY97mhx2m8IRj
rs/DFXaYKOwJM9zwwhH+awwvHOGfXq95yasvnk5FcynJ49Pvxd8Vt6tc5NpddgUTREETxKAGSVAQ
g4IYVP8ngvzfnw+9PvSRf/g4P/3s/O47fpeH9rBcj4c84rF4Hrr0hD0MT1UNq2qqpoZT0xpKtYam
alhVQ0MaGpqGNCwaIpLQDE1JqBQ0I9JoPsOg4WemZjxDU0PTGZmZkZlwIM6wM+Q4ZjbzmAvJlLhk
RoYkw5FJZUSGUqE8ZOIQdzqslDrVmVKn7LTSdtYhO1zr0fHN4RCLOOFQ4XA4wiA55Yzk6C84M+UN
a91wNrSRzWTbcNMNN7HhNoxRDP2YcoXETAzFxDCGEsPGfDGMiZjFREz5vyHM6wH9cvkv/C+/XC60
MC632BbaFlsstrAW0g7LLA+/qKTKq5IpIZVwSqpKWFVCwpKSKCEJT2ISIpIiGSIaIklJSAiBhCQk
yajmI0Hi+XhmhKZGBMIIRzgjlInhSEc2nI1FLjEC4SIlQouUVEaERERGRCZC6SgiwokwhOpXylWp
TKkCYSqtUCpsvwor0TVa5j0PiEUhKZShlMIyKCM5fsKg8JuVJ7SidSKbyYScsBPOMdnksQeFVHhS
IRNCCpmQhbAhEsKQhjDkEbIQCBHiv/Tl9NY7p8/59nLqy5d8udfj9e0hl2XpclxxmG7dmZ79CjeC
vFxlVWuqVJWaklqV1bEmqlw1isgvFwl1iGhoD0qlUEsfKksqS69myrKcsjQkBggicJDAAQIMDhSD
gwQSDnBBAAIIqSWYcIALFBwsNOAAJ6b1gIELEUiwMIEDm0oppXRKKS0lKYJIa54tmsQWR7LB8Wuw
HPq4WvoRBsIgOMwnh9BIiyAPBIKDyKnKJZ5gIAEHDxloWGMNhymWIhABFFCokIAHCyYQAQwosPWx
PvCjnINIgx33oQgDQAAaeMDAQ4YHCxxkeMgggwMymIAGDhYckCijjXINUHDAkIAJFhyiPYYJLkig
wE0CAixUKICcPAQOEwow4QEHCS44mKBCBA8YiKDCBQgMgKACAXpGIIOGDRdkgICGBwvIwAMGNlyw
wQEPFTjYIIMMEpjgAQogqLDTZPBBBRlkqCDDBRhs2CDDBRk8bHDBhgkVJqhgQQIMcQYueMAGDR4q
wPCAgQUYbDCBDAtwmOCBCRQkkMCkSZNiBiiwYQMNDxdcgIEGBxU8bJDBgwYaZHCwQQYHGjxs2ODB
gYYNGWzwYAEGDw9wcMHDQwU2eGiAAwcPGjJIQAMHEXioAAMLHFgwAQs2WCADAhh4mEAEMlAAwwU0
ZMhgAho0ZMDwoOGCDBtosKECBkogOBSF3JFti1AGSJjAgsMDEVDgAE0BDEAALwcHCwZwgIABCQS4
YMEhARFUeKABB8IuARCCg/wbnh2pCGuggQkmREDBBAVgMEAEEjAUiyTPIqUY4QATVCBABAkXKJhi
HSCYIEULFFxwoEUWySoLFFSgUOEBCQ4WJGCg4MDqJIGDBQJggGAChQoUKhRgQgQSEOBAFE2kYYUn
Z2wwPqqRFrPqyj1WD3FEBU1QgmvU4q4LPebuiZed8bhXJjLHrofmvNe4WPWpkpLWWI46vTSkeU5D
ncXUKqNAweEAFy5UoPCAAyeiIg5RiCWSiFwOCSk0ktKGpCCOPvSwJogfempkZtghhzG8UIbKzoaU
GJZ6YQktJOEIRcgSkmTEIpyQFIbwZZVTTkgyhC5fUlnlUKdsKQGMLRaxn16PeciDjzi9KuZ9yPfg
JeJ23OUgx9iOOkoeO1pHFw5XRWlSzOWKuqITpYpKRaeirWBVVCrairKihbAynaIohqIUIxNRFAnF
EEVL0VE0StHoRCcanWhNdDoywYmYsARJiHQmODIiUpFoNCphEkbDJA/GeE23eE1EI7qHlDutrMFH
y8Mgkk9hgzF60UVLho3F5lNJRCeiEY1oRHQR/e+/fkZE//uvX37O33///fLlZ+Pfb//+Wb5P36dP
3/fp+eG/qupVQ/Wp11tR9dWjTmSaohN9qEJCI/roQ+fnM2eN0HTm807MfPOYU0pukREZqVzkMpGL
Q+q9e/bt20vfvv16Rs+zeJMnPzx58uf48du5szbbZ5Rt786dm2P1OB2vEIpOXOKNiDP+xSPOn/yp
mz7379/8/vjMXbbLQ/aYYtOmTc+uMl8O2+WXXZ4ylatMZSlzylJRLLe8Yq1MPkX55DK5qDRkIgsN
CY1MKpEcZI4cZBrT449r7HGNZTxjGnPGHVPGnW/McYw3jnGJLb7YYhKzxCSmmCIeccUirjjEE1M8
8WuG+J1W7ZpapbaWTqVmzdaso1796El00UUPTaKHY2mhyZJ8cJwIDNqfPRnNNc9oM86dzNJ5Mzlv
rjAfjtnhhx2eMIUrTApLmBOWcITJcMMLM7ywX39F+K/yq16vF198vV4vvl6veHGveJGLdt1VLrvK
Ja5xkYvjqoviql9z0RWew1XlelUVq1hVpKqqKlZVVVUVq0hVxdNQUZmKqIioVEJDRUUqKqopKlJx
impqilNTNTVFmprZdEqmOB3OYzYxZSleihYRkiqpEZIRSlVESopSpBQn1bdCyn3daVGrp5a0OC1K
o2y1tbKrz2idxaJZLJbDIpZwKByLLMkii2MFaf6qXJPVjFYCYcUVZcWuHsWtuIrVVrGqKEc9io6i
KFYURTGKEjVRjZKoRkXUohjFRf3EiPrndfKJXqf3JJ9DkBNP7Im847TT4zeZyl6ZOCaSieO5JjHR
Nf3wHCYX8UUuKSqqoimqKRa1pIgQWrQismhFRcQTRZGJTmSiISKiIiIRCRGHSIiCiCQq0YhINCIP
fSiIyA+xhuihms4M0ZDMjMyGOB1yKIaGhsRCFyqxlIjQCAlHiA8qRBGqfEIUCqEJhVCVXHrJJSqx
SlRiiVKaUktSailKK7G00qN0EolEEkkkEokkEoVEEksiHaSRHvxoVPNEYI1mRBrNaDTiiKPRKIij
UYz8IAdJECmoggLlonCGxBlOORUOPw45wTFY3r0pbVqb0jjZzKaTdbHZuCm3eUxj85iJacU4hmIq
hmIaIzETIzGMaWMY40fMYv6I+elS9+syl9JlvvciF77nb4nvcfEttpgsZRmTx7TU4nqW0jLXw+K7
poSqylRSKemUVBRLWrJirXyKkp6kTNKi0pAQidCQ0EhIpZFKpVKpdKRSqXSkMiMdqYx0pCPSjXQa
I91IL9IYqUV6kZZILVISaYnUI5GKSEekIqt8QiG9W1NlOqnZWRuNs8USO3xwvnodmrvhuPkhjqiY
iVNkQpEQecWVqkxKDRG+n7uoylSoIpVWWOlUKpVWyp5RMaUoRBmenZgiLAaVSIuhlCIUUkYJSksh
paMEa57QZCYy4aQWITQKZ53IvOAkJps8xCEV0pg8pCEVIiGdkIYwZCG/hJS0IUJGyELir9end155
vW/fyne+8d61W96pGp/y/mkPozwuWdy6dDtuxTXdVxuuq1VttdW3dJWqVYxW21arrVZbLbXaarUn
oqIOVaikjoiEQ6WKLEhBHXn6qSlNZ1pPW9PSdIbT6aYxvdTCIWNjnzEuLyW1jJREpJVS2pFWpK1Q
3pC6rZba6XuGS7a6kirtlG27NtqzZds12p7EYocVtuxY4mdzYcmWY78G67VWWvvVa2strZOV69ZY
H+3q5GbrBGOtRyvqKEUnKtFWtBSNSnTRMhrRnz7pi0otoiX/Ov0GXc55T567nD1Z2uzNMskcU0yb
LJYZJJm1sUSISbPmzDBfLM2ZDfNFKraKU5QiV6T6cMqjVJEUsSKRRJJIlohEYoklBrFDIplIY4kf
BsVw2OGwww6Hww7bidnwNZ3wRfIgShcJR36scRbjU8lQWAnhxI+fNVRZyUdHc4M1JLGkkFQjGeRI
jx9prNHejB1l5LgxxnbkuDEYYwXrIAUlyOCCFSQFG5TgjMHGgv8i6K8++r/6q6/0Xj5+++6V+wX/
7fZuryzeuB69Wbx69GbXa1WbWmssF9WqpDbFiNZqrNOiTCsa0WmmFY2IRistaJ7V0GilzYLa8NCs
RmYznXG2kVlnnXWzKbvKCsEECwmYWWSVkmAAhwgso5IRkomMeCKURXCorJOVsoask/VdQ1biS61u
pGvHbqXgpmLSR1/BCsW6c9GZK3I9Z67FIJbCkRv3zSsnRgY3EsU3Hm212WTrVto6m6xbbN32mGMU
k1hsj1XMsYlRrCQkxlhji9gfDY0vqDTBh6ZuWAQAAAQAQQDT6wQEMIS0c4yKA7RkIIMCCWDAIcQH
QCgACogG4HEY3AAIGAAACAAK1QRAG3AA3/K44+XQ70KTc5rG53QxmtFkFm7VD+xT8wJE0EjxtZe7
MBzRS6mHVoRYSqK01PU+HgWugpTeOXw+kiC+ifBhFrIux8swlrvQsyZme/m6FguxlIchTTGz8api
CvNhSVVx4Gqfgnc5F2npY6+C8LK+GoOD6IJxxAVcrfDyCv8MfQvaRhaSDmYLxdWqO349ZRZhufe/
cTBPtpEM++SQtxKR/uNA+TaVa1945VOYaHQVnMHtoIs4AhD7gzi4ZwR0WhsEPOhAo4ITste08qGu
fb3TiWWxAKSLQnCv9OGiKoA8vd9X+wbIGuuou3/p30maSoNI5fTkEx3uvx3rrrkMARcqkB89QIpN
MubykGXktfKBwolmZR2hFwSwE1jyrxQFATh+Gf4Trkiv2yNYSy6v3NV1ZYo/aAwpb0uSKCxR9Rsf
wtZGF6rhtBSD7RI/vDst+6uu5Qh8t6/gJ0gSf8e6VfHaF11/LtNoTEKJv1AVImSYVh+7Y80mej21
8IyceIqM01Ahw65lujF3vq+FODqElfLTRJlJbAcL83uBIzdwLpG0Zb+sWgcY5/qK9/ak7l2snOI2
gSX7ikLp+nl26eeZ2MuwxI9chyRNdQepSz+yLe0Zq+GF75kArnu4EBLajS8qAZ3eBX/o4EJtHQZ4
kvJ3pAvPeOfdnNhez4x3znEJL5P/uoTicAYFTAzi9eV425CDzrLbgpGhjC6aCexj/xqBtADLgfbW
EueYoWOtrbMHsCDV6dUEfGTwdNyVyPxFehfOQV4cEzzRloOzv1Gapw0rCSy4ua7nlb4C4T8zu7k2
3Qrxa4gFrxqQJP9ul3R9dSNdA+nj6/ufyCPpEV1SoezMfw9Al3TVm7t2CmDx4XJYy0C+XFDmt0eV
fwg22bVGKV/kNCk9ZIfChilDC/F3VDNDqfW1R4qZpRaq+mKyVbEVAej14JMBhCMC4teSC6GqAmtS
kyHGmM36YV9r2+SDVPr/vSwdV7drfvJ9+UmkN1qXfGKpMw7qtHzRSImzZgnIJZU92dGAOcBGGLzP
sUs/zQFtJdHCPw+gbQyZFjRAkovFwYF/T4P7Yrz+SaUvSqgj0FLMYwOGzNOXHy46apM9f641EVhu
gjvf/wg+RCxacWRrmC2aOFKlXTEITv6FZWA8kDjuqJmCYFaTBYwBkI9dKqXbMcEZoTZH2A6LdY9F
MqC+OVvWzzygUmoISbS2Gkx3N1qnyJ/KS9U6FJjPnFz7wVQFe4OZrraH48wbYYESDNLzg4Y7exdS
sFGHUN8Zprwzw2uiem0aRyTxCSyyPVA9lXP7w+n+zIeFV2mM+MrjOr3fL90aRckUaKWdrdsr3rTt
g0S8kO5UezXb5JUvinRtfIadYgrELoZj5wnF7Ccl4gZxrGDrNxyDt47ZceeigCuGlNcn8fS32ZO1
Tmb2vOCx3iSFMsLIFmFSRCGRwjoJ70CCP/FYyVIygQjLA7ne7Uf4iPpXfCzsYdFQpztzxO+UyzAN
9CBAKaZlB9SBaj902QemSceQfjbOlXtM4KACQIU6UtrLCqmmhKwvXbNZr8rpnByBdJamQQtgyVPx
I4KJMvzXwe0CmIgGYTydzbku1B2rmU29yFvTwrYWPt4CL+aju9O0K1lKnGiDwcIvEnzLZuXeP67U
ruFxwU4T+pV0iXUykf4x3xzaVrfGfOkEbF7oc3lzpNylQzCyY8DmNtRcoO27MK0JdtlivQtIlDFv
SX07cEkWebFx95KkyuNZ6FqKELYMssjxVNEOt8Iem5Qp9CDTyo1ZVG6EdfrAXxTx1r8pw21J6uSB
hSQfQJJOxyVe+fpdPJN7kF1wi3PypXrB4Eu8RAyTQow13FrcJcXXGPho/wx042kJI/wnc2BUxmVZ
bN033gdzTa8qGrj2dU/dYmd4UZ6aPZ0fLO+UcaGbRva1CNhKIfMdihfyv/m9YwsIE1HI0JeFKHG4
ANaXIp8sgyz6duVaClJgI+L1+BZsxLXBgjTg49hazI51YEedkNYccTBSA21S0z7qijorsPl+METT
KHqaKC6n54KVJqTRj7guRAHGlVn1+cPG5UwLJkojsjgLl2cq+ANlZTCBY1iYq7JQkvYW1J5woV4a
C0CeFTzBHN2ksoCvYNEzJ8fmQ2FTghHg9CB82hmfAqoI8SqhRiJfIe2ue9KSY5zj/FPyqvXRu7Xj
0o2j/OTXE1g6HLPX1Z0QlsPQLa94dXx+MSCZRSXk8yzybTmQC6uxDnOacwJ/zhJTgFV/Tg4bhYId
MjkfXiE9/d4znxI0h/gararerpJCWVgcapEbaI4uxCzglOV8yBbncNnAhbjJjsFZCw0IhgO9NIMh
KZklFhIdY3FTXqprimN16h/ImMLTyg+EPeXi7C1EeTjwb7+LJlS9SsTYsdb0xWmeocMEN3QY76Gi
wbq0I8SlbLuUAXz/sTAOhgatKoEQR4uATkOHS3yWRHU1w1Uftv8DP7dlEhf6fFM8AtKZFAQagy50
4bvd3Rw5b6sIqKZtBFHWYeW2M82ABTHMWYu3AlJbvLB0lIvQLXoRXg4tUVPeZ4guykcTKIU+IWwa
4b3R73F1wkdBjVgfJ8Ohpig9DZGW7kRo0u6ve6/3pCDtNctCyEgjYR5vEXKqjXMRtSm25nwBXjNb
A7r6xA2YuUD/p0J6GB3oohkiYhYlIsVGdfFThG9oG83BZUNAtw/6JPp1hnJnPppEpXFUI5G4Pb2o
9VIoVUeIyqHIqd+DpCS9WXYcboPML67M7HQw0Cj1JFiu3iwyQ0QHrHnN4zqF10vjruJPA0X/HB6Z
g+A3yobZliVBmbQZaJO+He0nU3Hw3dMQVm61v6m8NB+M4QiQmCUS4+lLALzernDMYNqVR69Imv0h
z+0TMe6gfMyBi1rnYlGUZbYd88V98TzJ+u44lAfLWDZ6JZcU7Gwbwl7rw55vhdD0xEkEK3FDuIvy
vVuGHdMr4xZTUPP0bSjgzTcHScfzYr7XLRR5+nbNDyJ3BoxNz+kXvLb6UY7ebQy3fF70f8Wdpf/5
PG0oNYLbTNzLbcbeTgR71yh7JSyPoWLhUQqlwsrXaVEUkd2Bq4jHlVvvUmK74i+eTxRK0RMig4au
xUp5vHRHLmEz2B/lURsii+HihcbvtmDziilO51tMp0AbXkvXi1HyThlp4unEQdADBp00Ay2ylWTh
GOZC9qf7nlT3akmKgg4OpTM8neQmXSSLXqGHwUK8gllnXFd+xAlJx52I6cYuK1hiGTqo72SX1WMP
LgAwKglJvtVRdKpJNeW9isAprZR4eEWIpGba74gwOL89ycJ8dj+G85naniUm0NW8RwVXWMtAl+Zx
UuFJJI3Psaqoro0JrIe9vKdQ5ec5fp6t6LtKqfriNIfN328vGGy/440AYSbKAuxC5RWML30xzSX1
E8vUAomUg13mQNeF2pwL/JXZ/6oepNaRsjuZmr0FlNUYpSz4PkQUxP2Jvh1FgVjTSXGau88nPAhN
xsAi9JbxLlIVRdjO7VuleIZEBbRJM57qMgXKS6p9x4OPMhqkhyXkwZimjOU6vWM5wnza0KoMfrMC
IpN0Mz/MsFFm7y8k8uSplBo45JXNwKp2yiTM113QOHumlKh1NouL9kjmppITd+ohkFgQSyBhUDY2
Rlrm/6kwSZYzwdHgmUq4U1fst5L5pV59pBvZlIWqcmCSWMRWmZn8jr983SWfPjkms+R3BOjg8pPW
08AyJvld02jbtTCS3zmYs/xDLZMh1jXnhCnC0vPeVZasb3ts107wf2yU2c/CQt8aOCqT6w4quc8W
wNBaBWcXLBHJ4Qquj+5t8kycS+IyP481P4Ls3fLwRQ8QriWSJsxkz27riAS7qM70f30wXQeegUBU
OWA8LLEBAvKXcUapw58MHlNdijSX04AeP9XcT2AbLxik9UcDd/SeyI4qrlsCR1qZw498bPfhR1Px
APMD+67xpf7pERB0GviuWtiTNQtqf+C7KuQ/+TRR5j1tXjNINBGD5MHY98RjSAELREC1ZSw9rYIk
Uy75vZ+r+TyA9Dy4Cx5nVx+JwA9X/Po/7AErp7M9Np2bzclM8mOzHDnECbeWjiTLJddqLevUGE7E
ApI/1S2HRbUl3vRn8VeQKJpOrHZj0h4bHY7bAmg1XRT5Bxj9f/QdHPkK6puH//X7PymVtQjvfOVt
s+jWUBmc+8FtM7N62r9xJ2L9j6n5yJNDnpr+UtMBh1FvKz7PJiftigj7IQh5K93Va6WrPM2Ep/wv
PzNDoJaRdJTcoRDY3bYJk6PC3zooo1Iu1DFiBaa7qqwxoIb+eysS7UZ7lVIoUvVlh/Ryo+j2bJH/
0gGUI6G/GeKLBT1R39rXsjq23q8/xUb7Q0+WvK/gK/U8mcybXOFzFPK4/WEYEFZQf6+C8WW/oWY5
atdEL0BPYHOD08cbzU50imoyrF5P6lLqnS6i2LXfVehFG0kyBdiA8X7wMv10sPGx42bfKUdBE8G5
SpGnCDD5pTR+vwnFXyGk3jlFoU/6SKCsMI8uYymXkJbaOT4SPufFkHfFB9BWgUcFCA0ADnl0554X
Adzx/osgJSRiOlKMe5xE+JCgmnuMeIPpmnPgMeSl9TTvLAbRkdnpEM4Z02PXWqanq0yxyA5lgW8o
NAKUXFW4DLi6BvN18bOw+53RMlJ3LAwP6dtCbmHlORE0wQuoEwTuQg8O2MggdsCUXy0JmM6WL4N3
0at+vqiv6pIuXEt/H/rBgVWsfdROPZEni7mATXy950wPcEEEyC4EcWf4bakm/nHP6Afes6tgwCCr
g9wtBlWKB41tLmkSnMzK3SswWQdvCoMl+H1OVyeNFgFlDbehITjFgefAFTsKtZup6fkDNhiFwWBi
HGIkpAqSFkckKqS9uYzwlwyCrSmBrSRnEGRsqn2XXLccJqK8RdwHuRa5nBPEjG/Gg1IDlHtqgXmd
mr+WYI8Vw3F0rTPnxKg0RE0OV6p3vsAdMKuM6g9ukpVjD0t15TpRwHNOWp/0hczBq/huupmJy3kv
27tF8vX7uX4d1kWNU0KdkDLpok6pHBv++sGlkuwCtsGBfRXgX7dWJ00kYzOVsBSHxrlbdXaidP4R
HlbX4+nslOt4bYekROIXutf7fVkToKn25HR2XqzbtnARvNvaXlmUXtQZ0S74Cr4f6eK1A7d4E+D+
cpkHp1AO6iv56V0YHFdjK13t6URBKe4xjL/O6VWqUVWMvZt/Rcfv0WQ259Y//Ll6piZwdWAMOExv
3Gt7WZmQ1t2d88vuhFc/MJFgrvZ0g4QgugkfYFxinCfwGUVYxBKy33Qrewmf+CuuCW9+SLs/2fFv
TSfZclUhjwajbj4YlrjhCqFazEHksNorUy5ZtkH5wm/ytj2+gtc7+HehqSsKhyQZZlURsqlTJuEa
d1mYEltAN0EDswjNkAoqGDjI6oa4WcH5GYCYkqNhQOBj+kyCRS2gfh4McfcbUiooozbv8wo3/esI
jhospmZJYDAUriDoG+786bNiXh+tYiFvE+YUtSuzfqqN4MWaExAZXxCG1xJbXDYaHSa23sB0KFxU
DT68nBrYkckqv1kJxjPVfquJan3Q4hRZhR3Ao92Cu7K6kAsMto7ohIVv1FzQLdz1xAT2lTQkeu8B
B1XHsDBlmp3fic8kigyv30JNdOXhY7YsVEElAjATk+ylX5UY3Mu+cYtClbuOmI0f140D9l2zZzQh
SipSEPawrzvCRV3LSKYAMzhTxOv5/QpDVixS0RD9KR254tdvfgEsFgDGq0kJwOuERK6Q/4sLRwBJ
AEMAnM0NkUREInHEEYnETeImR27GLDmUwYxJlpwkkuSQIzdJcsgRSGGDQHauIQ0fjszEcEMZjuM4
1jjaxvFxxs1ilG0cx3FbqgGLIaZycTxxxItlQgwPhgcPhkfwMAkLvMEBA1zlFVgCbgkwldWZd0p2
pZTR6SqNVrVIRRZXjKoqUk2RJcVVVIlQRSTiVGIR0UQJCy4c4ME7//v3+82xKx4Yyt//L8O8eLtl
7SnS5n7P3pY97tnbsgrskkmmPFKJuGSZ5CIFRkSehAxyQ+SQQW4cx4sXBwMkQBuQAFUBKIBaAGrv
1Cp19s5G16dLV2lraBR6ta6auqaadbGkXk29ipI6igp1tYj0RPTv/V/99/5/v//9/37HP+eBSLxB
OFYf7vumoWT5qubNRcyicX+mioEpbwmFVnWUWLxDWsVgn3qlE8zWlq5GYKieSm09KQkXwcSdpmfa
HDdOY962l+o6KpQ264Jd3rJmvWEFYLCWvwLhWNe+sTTJTW2Ryu9sKzibtkw5ur3Cz7s893qDZnPC
Ghq0bpZO1MzGCn2N1lfz3LokJXGFx8gw58epPQhLKlsE0g0mBX0vB1PNe2FNs7iow7VU+Pcmij1d
gxttC19iT9AelKO+67cZB+9z+44XWgMcDGb6inYUbkooUFd5q5vYYF/SAe/CktBwDWbu+JFScxdd
cgVKDYuIk3NAeLVcgR6eGSzJvpjYZ0fG16aZ0MttDbpz+zN2pt+wrSmga4j20AqOYQvP5OE0JwoS
y+wT5mOoQejZ7098byADqD67cDG9Al/HRZmBoSKz7tmJq59LZvT4sBEEK6Q5HgeB4vAlDYU2cwy2
I0eo1o9JeieSYzDYlGNXD3IPc93FOy4EtIRNbVoWLQsLlypeILp88SZKa+/DgFksqjSPVDnLhs1z
FN/P6YUDAmM2NAkA4g4VCrA3Y53dWugNA05Up0CtqN7/v/f9xN/v3vf/732XkEJNkLCAGCAE4t7d
e+z+vd+/gr4aSlRoSOiYGnNi7pwYGjDD3IDZyJyh+SBXDilkKeQkkEEGgKS8QOR6YKWx879dYHk3
Zopi1V0c3z2n0L78pesqmsmtQ4xSkLRFU5O0NN2aUVJtkH1usogz1YZtJlOfoXBmSIWSAOAiZtRJ
cImkRqV3WDbaATMpOOI38FfwBGJ/Wb0bgZEBgqdYd8RkddG5ob0c0qsEMw3jzx37zaEtLs6T5sPO
vQsVCljKLl10PqZj+XLYrvz/srHHgOVKeMWczRDpzyYmTRKLW/XATyEYsqBpJ8HqCxLaVRxkbcH+
38M6ZoNFdzYLiLZLs+BMEUiF+A8JDAgAQo8UC8AXGgNJtrWQVnU4N6xsG676tWrkSpEMUqQggwgC
yEAkX7/W17Jetda/af2/q3V9/b+rdb3+/dW6ag0xiFIEYsQzmSAGQJxZxM2OIJMRZsNoFoCl7JEr
O4W0Bnux7WvxRdZaUy+mKUvdkq2H9u+YnHVVRUmqrvhrZ+GvYouNLBqZYFXmOMqUhm3l/5fNny1H
+xeUiwjZ36jHUtp9K53tMTQcAqb+WIbADKkQ7+CEvGskoDXcUGQZZrLpiClNU5p8+11DAqzhBiXL
MJ9bJ6Y0PUyDMI5Nz99rJMCa3FCyjOazdWIpAZOl/adCwJJYuORFzgPAUaxYCb34NWaWBBlEKQBq
VbQIDbAlbQzATZolSVIlySCVAHwAiAAxbdto22i00Tbatm3bto022kZbSSmdSDowSxi40UbLp9FG
O9EQERIFoofEsSgjIhqNRgCcsmECZ4UAh22jY8mKoxhmnTWANcIawLhXWWMvpnXjpG1FjaCOCqhB
BdRQV0VdpRqhUp1KndpKbYFO6HRCRzoBdKRrdO6wUbYz6jrqTGdmHmAmzMgAI8OZmCdmw5lNqGam
AWstWrTWWrQWrbXWMlprvdZar7XWeh16WrptaK3XoUOH1nqtQ1dX69A6dGittdaampqaWmtqTV1d
rak19bTWHK319PT0tK7W03q6WktraWmttdZaWrqtrq5u22ijbTQaXWc6DVOZxnQzMw3zVIbTmNk0
VDOhIRQIDZ0QQgMDYofEsRgjYhhbsRdTAJxyYQLnhAAnXHDPHew4cuIohlkne++99/b23nt7a1u1
tVWiHUYDtABooa2JNmvUDo3aVNq0VloLVKFThUqqgUq6RnXFRtmO1FWP1lrr0aO11qP1aI42ITRI
owkNEyQICCGI1lprHXTQWmtAiwa01loDGtBaa0BrrbUCJEmSmwyATU5OcpIdOUmSe4yR5AjscXKS
c1JEioc4UeJ0QClyYjuJoZsODOidNDp2642y3XvPnj179t6zZ+/Ze/aevcMOe++tgb132HvvsPfe
wN4Se29gAxvYsgcmwDawDewte8vesmWLbNl7y94i2fu9B977vR/f3u8dm1iICImCkqhiwPD4A4Km
UERoapXh0ghABkuAICBRQCECQpwAEQEkjhCREBF1qRQHs64sXP0wNLAUKOPOALLEuH3iFraTOFUD
ut0HMkg5i1ZNUfMWskUrtWN1l1KNjXew0eQc2CHxQsqOmRWR0yMIMeR47yvARlhN0/u5NeI5oxHg
W5tH7J6iQjLiA6eyiwMN54EQA3jrH2OnaRnBeAp8obFttHQVdog8hQ2sN8eOeDi4cCVm54wwBNbO
ynepjjHeYLYz2GGCUdonE+MeQGkBGXfGQQqYolDFhwFx/3OJsyLI74SX695vDt3rUHbwigT23skl
1T0xJUn4XKLNcXmbaRfVcP116ym8rBwG1GJz6wlroIDU+QciVaZkJqEs6/zlFvdTcolrt8AOA7al
xioE8J9MyKNjg9K02c9OrJt/60oof5SiNf+AF/+Jq5gr0uvqFt/2wvAkLlRysRerW6x7SACjpL6B
jWILlf1SAh63eDEgH2XfaHxSFzpZusSqCesOWVbmkz70orqIl7SD7YDkRSgfecliX0qXcHVa08wI
IVxU8rHv7OMzNZjNdiKywU4G+yBhLE0laLLbjF6phy6RaSOm5JJWOqmFmfaWURfFsQtsahhphh/Y
mw0uWALemCNio+tg1zJIwIkhY2onwXb+0wCUKkmy6veNBkCqv2EMBTJowfP1YO9hkyub6QK5iXIw
QTXZcdWCA3GZCu4xxrsRHFO1UqTKd1PcRoVUSXKjf4we41YGz/eaEfXATEI+uqmf8Eidz+Vem/D3
P3iHHepDoIo/gVimARcMDCy1AlQECcT+Oe5yRFoR5J9tbGTNt93CiaoZyECPHdpyiXC+vhIiP7fS
dgrcSqc5E1IrV4gdcQaNVDd4yztGttWv7NpG9lFUihWMtC7DfI5aUOElr9/FJbrc4ipvsbJpeWYT
MPfEUsXUsJ+zJu/KlceVhOniuCireTJ43z3D6211K2uzAo5iAAM1pfEHwyLtZiR0FLvyB/Zl6Vx2
DRkvuYTmFAFMJABqR8wGCsCnA0uaTCn8X1x0AFgAZQAAGIAzADgjRmNkNEYbLUabMI4eaRzNiMCE
ASMZkUWIhmgiZCKRsijS0lqStLTWWmtJ0tJ6hIYQIaGYkBBaTCyCkIRCay2tJUlLa2lpLfCkJWkt
LS1JUliEFdZaYI0SNVQQEtigmQniEoaaEmqlknrq1SppKf//h//X3VXX1d1HV1VV1XV1x3C56qq7
rq6qqqrr6u66roPNQt5Ysa6rdl3FoU6F7tygUt11V3XddXdXdXV3hYMLGg4GEAxBwXUHfAhQAIcA
LnDggEHXZQJvXswmjPOzxtEMmDACZhkRWYQ85ImQiWRlWfl/jAGyjBkyNhZjjMV4bPwAQ2PHYWiE
ISPAkP+FYmIhXkwsglhCsf////////9//f//////r////+/+////////u/////////7vf2Ps97b3
3vbe3ntv297b29vb29vee+/tbbBZyBuLt7e3teztTRzq3MLt3OCkTs65FZLRhkRDa5OQbO8JQVsa
UBDQkDBB9t4Kh70ww8EAwkJQ2PbeA3uALWACbIAtwBZssIFte28ZABbAZgDYM2IeIzMmgpKoUojl
9gGinlBESkqV4VIIiAiUAEMYoABFBIQoASMCJIACIyQCYihUKIUDk1ku0DSyagWTEhdirNhgfq03
9Rczd/tWAi2FEuzQnL1E3JwgCyJfXe/RCYTQhaReCMd+gjtqXFLLfqxoPnvt+urm9FfDijb/vnYM
lKSKJkybfW4SXB/MiJRAbp32xJ16gC/WD2QiWcYKj/iEDe3B3iRcD0ruCj0HtbyFDftgNQmTDUpZ
UpLl8qbDpog1gJ4kMgoWqqmnpyF6mxIbRTBTsxKUDWTqmxSWICSShbEk9LvtE0GLoJSWNQ2FgnDF
HHxSFnO6xpYcxM9IG0w5lb6AkJFWpWLX84YwWW+YlEJkYZZx69pjhwG3sE9RTELj0BBaOftzMYVK
t6gOYI/s3SgloWPESHEAWXJFxZsN4BfADOgRIIyBUGUwYhkz3//mOxqgDD1baR3+sHkfOC1i8LFB
C7bRIdZkV3gHujIIsYyb73/zOw1Qhj5jeUH8WXjdAYoR6l7/zTdUQLdabpH6o+PxBcu6hCkRgg8b
2qCN1apkh7nLrL4+HdZNZiLFkow1O8iv9e2/nLkPuS4D+CgnFdro45V20eQT2Xs8BCGekdTLwthP
wx2auiRKQuT6pIXeevBkabjAiz6/x3aMzqQKx5haSP8Ta4Oy03Rp4NWc3ZCs0T3AbW22UO806hQh
u/gOetg4s2DxgArP2LCDUs4SWffKaCuP0T2wi23znS+Mp1/eeeITlv2c6KzYmkrXDCtE3clIg7L0
9NOGTYtSxAYayULRNDNepTWsOZWKQxbwXYqUhkICeI/OoXWPuXLXyLGQELZHWxg7sR1D9opqsYrd
uvT/uigdW05Cs+AY4Wk5/rG+TUnW6B5gI/Zu0wig46AQJtz/mUucxgJ4a5wPGICIN6DDnk6XUkKN
jHST40NsVeZbMK6b2U98vuD5883pt4Hq9nwOhxc/rQPUGwA2rlsZYDdkOCEQT9bhifspoMQmMsm0
SQhQgyB4QDYATABuAEvu/u++r1b7/u7u7v/u+2q17+/ugWj3f1f7vtr3d3d3f8nVaiUlJSUp5ZFS
kqSUlJSUlJSkDGYjhxICs2RXYBNoki3JIskeyZZktT0SypIPR0RMCPbWrbZm61avkl9fgQCDgQkF
vb7lPd6jRbQr62hGJiFAplUrrdGq3d3d3313/w/OmSVmbubMNMZMzUTMNK8xs5ghL2LmYXaQJcjm
nAmyAZF5yksqECIeRlFgylHKBBoOIpCyDI0NDI2LjYAKCQsHg4kEiISFglKmjnkcsxw75ziWnM8x
xzNyzCln5BgtBCPacxCklB0ERcAMJJx9FuuIKJMgBbHsOI5yEgCBg2wJQMBZRCQsWDgYHDAcnCRJ
sumU5FM0pBQCk8xt2962c9vktv22PTcfr4xcntSkJc3jTjm0xDUMFIgGieNMnHPqNE7EKTONhKgk
p5gRlCOBSahhUNU2qJVhN7GKiIjIDGlB2vIQJMMTYAzMEBiEGEUEhBAlsAIiJAJClBRMaZwDAJ60
QBAfQYgVvkfHozNQ5K8pT4nlaQQyachraqy8XDGRXNVa1aysVhXhMokyCu+TccbqXT7CuCyVlCD7
jN2R7XN46ZETw+uH50qB5lUP+biei8TlXReJoszhgR6CoYTR41J1UKYkrbsRRZjH5w2zO/74wyi1
kcU/9FMHFswzKOVyB2KMYUwr5AVnd9iruwgLfutqylhlCeSkdmtRKij0gBOAELH8Jo++sWJ/R2tC
RkC5RwUdGM4JpQ9AX+2dyROCW0C2DUFZKRM2ADJRqYWgzaXgCWXYztWlqKTkKKsJsuPpi2okwJVg
aqGR2PFsQ1WFSoKurpIvPt+4lE8ck3kUQLJWxP99bDWGgZ26mGQmnRIdN7jU+uDSaH1nwlQnWFRf
nJmlSEGWikwCtM1WpCDL0BlxjXIuAfGIS8Wh5+IzVb8osyTKDhcO0khjlNro4h+9SRgVo+j6GiXt
AG9QGoMTA6c/3HNQvv07JL0xZWLdJFSnK+BP2vhz7cavrJTUfeROmmBM70P2hXad6klM9tbe4yJZ
IszAQxujxYEjfOhW0sFH/C7b+q0irqc4bIOFmmbHgzf4ka6mwJ/wfd50WmW5HsUWOqF96MvaUZif
l26k/oL1S4aAufb6QcQSANatUw2wJR0UcyVpSWo+zIEBTgBSAE0Avm27pulZLJbDwcHT93Xbll2l
UvXRaOhweJplSY6jUBSjgaPh7/A6jttkmhYLC9v44eJ2KMpEREQSEhJkdOn0Gx29MImkUChoYuLh
CJYGPUcmywe5CUURGxwFcvb45jmU20hG7RFbmMOIXGoZVSSLSowUEREhIkTM74ZgCAYuPCRMwSFC
hBAzn4+n0+FsNjKamJgw8/nv+z2/73Jdj4eHT8OLdsUjS2b4wRG8qd/witt2WNGscCQy+AjcbJNJ
NyElMOQX9+LFa5dccumKKx6usW7ZqkVrlliywgoz+DHd6+BKW3a0UqpKXdQhVIYB92fPiyAkREcq
sgGyPf/eNLf/+3HRrHBEiQw+MAI38xc+8doNJ1oqMhJJGPIgEWQjX+ESq9VQomNbbNu2bfRUZjTS
MOZhIszm/sMvfvuBSahBKFy3vwEhUxBpkqTNoiVXJkhBQRkFZdSox3LU9u6OiqEXkErL73Y8FYdX
QkQSqN6lEzn31N9hcqIXZi80V9ii/ge3Kc6FpdPBzdydt7yCly/LEoqaadT0aw2YKyA+M239yJVX
OCPfYgdPqcOkOr3phOdA7LgoSc0DLU3MgS8fu2B/AVN7dmhIBiynsEgfZ793H9m06n0Hof65G0dr
NJymqpVDnnTiAQ5/hyl1JfWIUkAyK3WhqUZ4NL8YBBGvTSwGSEDfkqzjSIPwYtrOnPv518/Ou7dX
fCdr45s+w6Zd3RRM215/fqUo+VxJ41/6ig32uaPIYPndXmUHPgUyeGU7hW5YAjRqAKqcLBUn8M6o
2gooko8Dc5KdB8Rf+PbH1TY1ioVKkd07ZTJ0DNYtA8/AM8oDkgElARcBt9yU8zpoKUfVjnkQASMD
BEsZu2PIQIGCjMUWsoUiTLhwHVdpq8CDwqMUopDMQCEREiEREiERkhCRMXEhQpeL///F75Rw0O53
Zz172c2salVUrypq0WfoRDSlGc9nxh3bt12LCv/DhgUiqKBiA4YAEnT4wMAEfVVYoHhcgJiyb92M
ioj2SHwZi5/yQlL4ko/lIyf5jFzkY7/7PxFxGCQwGg4JDI8ELCgoLCQ0HAfM+ev9CxeP393dSRQF
CAn0LseTOwgPiwqKBgXFg0KFRsTERZntxsgwYGRUsAChYsKOAg4PdNjAoYGBhgga55AGAY0KiwoJ
iNk9wmNCxOMiw02xruWK0DqJI6IrMpIoOomKh4VE6XNCJAmhGs/N0GSYOQsTHhcNx4VGAA0FLB5M
VGg4JsjYfYKEiCNKCxAWUI7pq+2MR30WEJCgaDgyrtQrw7CQkGHhUY/2UvaCBIb0bGw7RQ9ZVGSI
kMDweMPjSVBkTGQcBgyLCHLz9kRUUt5NDbly4iACHAwBEsfOi3/ljjqgitDhP5Kp16lQSWSedvop
EZGIM0IsltjYIaHFNqTrZMqMZJfYVRP2LI9XVlyUEfuGhoyEdDed0JAfOSG+ZXO0ChnNYq6Wdx1Z
kVWLblVfp0e9M53KyKYxD6vGjkWzl5ZlDTs3KpaIWWnHlyvVvW50rdXaXk1NxzQyVEPnIYeMeBgQ
UfG4AOEBQZ8ZqT+a4W32WbEd6+5SiIpC9H0kK315+q+0Ox6JJ0ePEWWs/PJSZjRTGanmvu3laxt5
qo0da4ik0SPEM19+RfMVlVHqn9aaOk3Z0WnEobtMF0kssxxV46g7awcOF9TQcw6j0vTuO3X82LGT
tq7qlDuu2PvskTjMddwdOXd0HGZWr47DiORTpsMvxRxEI/bCs2beXchR2spB8iFH6aQxRwO1SH3y
81QV173MfnZ069lmzmhErk+RLL6dbr6Vr+dzodOn+efzpL760/zwdMorv9/JaWZ3ZkR15VpZV/z5
aIgutMVTuT0+H310svp4PerdtezJ8cgTv5bj0Yyc3G53K5KFeLM5o5Ny5aaMNKuZ6WpcOrLTXWM2
NT+natu4NruaRilrxzoS7Texs7Pjs9Om2IxfNXcvp96ONNfI1cjt0u29rFOtCnmIjHZjQ+fY2fi0
9WypWaWKNvZRiYldN/djJdERPT+ibWglVBoXz/WxG5t1XFfdtGhqamRjX8itzdOajMpkfk+lsKV9
xCKfq6aUbZSaW/W3q9p2OdvQbaRWkSw/kcc3Jkc8zhXRDX1KZCSysIZYFqp5nRQychvHLePb57uW
meyxy65NrjFtsWv3NV3i6tSuqW47Lfe0oo+M9lA0XXrokjZdnpSYxDZiiBIHPDQ0ZKDBAhJT3N9F
DPHbhg8fNkjg4YMEDQ4MND54cKCxQQINHCaAuBcHCjpcoKEDAx40UKChgUYDHSDwMEHGA8JOjkZD
gHrLv3Sf2PXBtUVzrQlgQpho0IByzZho0AEgSDywoIjQwANAWCKjAq+F8MBwOABggLaBQ8LhwDFB
wTFRAcKMZdWr3pRaapWXntC4MzJmzydPSme50vba2+W0JW3tSTsssXRKK+XF2OJ5vJOQLd2cFPvT
Z0XGugvNTMgTsdjqcFgqEprSXMs0sdef1iJmhy1d1/X4FivsCS/8/WShezKfzJ1d6zaUMjPWS4wV
0kZldteHSIrKHpkREZb4bsVC+762equnJ9KiWJ2JfS1rvtIrlNYrEoUjqENy1LylmUmS9g2DGQmF
0CBRQ6iqThujQvAkJIbE4nIRhEJYkEUopBwxAiMghJAiEkniA6COqtoQJTcpomLSebbFYB3SNYQ7
1YfR0GHm63d3VfdnNg/tCxZtVfcz2ravRQZ6GK+IU1uSC6kAuGTGQxhmPZJE4SgAZtaGzgYQ0TdW
x+DmAyQfJ+bpByUgiTlpf+j4uqvgWwj2XwWcFAlTDrOHcOsj0Nkt1lSs+7t4T2QNrDOwdhQqgYKw
bMfh+oE9ndsdXaw8kpDq3yUzxmxz6tlrjPmNsiJUVIufH1KR0t+FaH8GLrEpKuMYFZyOASQ6cb5O
ZZtrnWLCCILNIhtbfYSuVyLBhr7XiivLbshVIYJISwIuHLIkwLgiFqVKpYxGH+XjbrJ8IzpNlPOr
K+UyuFNlQq5GVfFZcN8V9+Q8b9i7IiEYpTvj0grvWATU8iakQDaKt67kCoau7FV3LW87lfNBkWv+
6vfWCOR6iWBwlzOdgCMjeaC8ivgkj7RQMG4CEvoVKgFjjMbiB2CQytceRSFuNJch+2FqVTq7czYH
J0XujjdhXPv7gWdjN4rIOIRCBdCmHOhRAH/7nb8jnLk1B9AFwQ69YwTb+4BnbeOA9KCGh6J9dPBN
YD1EciKNzgHC0WJ++/d4FecnS9mbizNdKEkk0vPpgQvtBbnAEYfeM1Q0xvkTuHq7t9BDrKgAWa8w
MgEbnH/mpDe82YiF0gxKzaIPIHvn6F6oXsai1eLxDMZHLXatcw+P7Kf29CNXRunmnCEhlSX+N7dB
VJ/lYQlTXKdxYPY0yF1/lxENEDvhqE/o+SYI4B8ssMknZkCVe9hw6Fvv0yd7pbx61SG5fiCZnqG6
7lBZksaj1JQRMd40PLpmMwktE+01DrOeHipWI33cNZlmbwSvtefzZ4NQmc4m2Gk6RgYQZmI0nLHR
8cSeoSuKdjhzZOalhZ9ur8/Vy3OLB//aBbXd6MG8N6M6nj3w20qiw+Ua0Qefe7zcAtJCH6O0xjcK
/OcLEiUUDSC1BCdyZbpMQW0DBw4GJrDWd0BI+oQPQ6ndyXxtpmMjwR1pYzF5ZZtU3bWxa9w9xgMi
QgBvYoyRDeRKtLf7G3xCH+Yv9IU9OKYP9Uz+vV/4hjWQ28SNhSD7LniZVJVcm2FpfYMOW7LcIHv+
TmZGe55HK3er41J7Zg71SnxzmMtbszr0lxccLlfSvg55ELombwfIM9zhNXhzlBxPNT4mh3apWX2U
MuKNSV/A/n4fYoT0h8BgMOYN2W0MHUndOR9q2cJit8kE4UPgxw/Owq7dF0SjIULOfHYhOBCcU+SA
VfvEIW/xwzdj8p9UcsPgYaXX+Hc427nowiF4CsUNPxU6+tdoF3du9DSuZ/ZmgL/n48R8QEMWtyIt
azx30+N5CbuJ+cfti7wV8psyM4A/WdP5EIM2bfZUTR02v668Tmf6thE9d7JHFaSyfS1Hi7Or+Zro
Qp0f11Vmzi6yEElHAC53sge38g7blgilCaRxBbkT8pQx/iQKORNWRehVWyeaTnLFRPAS60Xu+T51
4clBYIAWTHirKP8cU1o//SgE0kSPgqZ6fvYF6kHhOsNNDJOach5r9eUPTfgt3Q7Yf6aU0LECnX96
dD8lQYqavcdZFp1dkEzkcENjGOXsftXNhd4f7JKtRdTnc7hxT2p/yr65NPnBprRxDdtVbmuD2Yqe
74v/t5EBXGvtm5INodobVBawH53KK+SdFMwo0r7jEzRUW4FX8CQ9eK+e0zwYWMRq8p4PFmfBFg6+
Ei/yFcjBzNmiIMr0ZnL70Ryf4gio53LDk9tkDT11zPN2oCOmH8eDAxTgV/SpAolfz8NmFCp05vIO
lo6XGk8zyJCDEs6PseIY386CXT9TonhUCsOcXn02I2UuIdkDKE3IUa5sB1xcIkETOmLC3GUQx0Nz
R0zohsfyBVntqTYpf1pd5/C4iDm9mVvGG4zONoH5z1Ewa12omBxxSAwDgetoyHML0mdFrIx6wWXZ
TnBJ8YDNBzuUkZt294G7R8jqoz35bu6XKxxtI4wL1sl17w7FhELStNLo3pnYN9Yet+DZgsLEOTSy
ejdrCXFYQC9527ilMLV0FemvGO6+618sV4HeFMKh7163JWqoN4Vw+14XDGDEd9CpCLKOi+UFpDNF
HPqv6zcf9qoAMfGLiUUgUkGIqVTMXFhDve5jQCYb9k00+EYdUikoBGcFiF0nFFIB7ixzIpesXExL
G02hEpbApvehmZ6T6E8bC0RM1Uybb7HgXUWRydCQgh0eY3Q750OiSupuuQzQ+Fw0BzxJbSRSqEab
6hyhrmUV5/DvNyY90u22InGRbFZC4G5AGYKdp1EalzKB7gj+ro+gmTmWBVU9yNL8ql3kPWahgnVC
zTmg2xXYrJL8huGasFY2/yDfPNRe4mhDiq4SuDrfcn4EfqmUWhe6abXbNL2Sf7K3Hi2jqgTA+LGu
9rpQMAzNQFdpXPTEmlakpGolTj64uEqhizpxqSXmJSxXzlSB3akSEbVBbur/H1i2fieMFulYuibQ
Kie63NOOR/TEYdHKZyn8w5E7GhXEFN3e6aKCM32qEAuSJiNkquU8b8/K0tUOgRgYNkLUZO4v70K5
KAmVmZGpRtxyAnnR3/mUMf2EkBvW9+z1eovWeSYeItdcRPSf9BOpIqEHqTr9sehCfVb1/ENpkDE7
5sjk+0Cfho9AP5kOVHFXWHnVFBtOe4UH3NADJCoA2k+MCRlw2XR4OJjosxdSyVLkk1KSMiXJx+iB
/xcCpwCNAIoAj6oXlW2bVUG2Qyo2ijEWIUId2oXEElEJPeSPcU7xyXSph05STp1jkbtl3S17EGWP
6ci40GtmhjSMIdnJrr0kWLzJz72nvach4d5e51ZVrXWWETuNvSli5P9T5Mt0neMee+zPzJQ/pJEb
ksNRuLmw4QGDBgkZAsCDhQoMhgEExEsMFCZoqCAhw0OHChEscJCgIBQYaFBgAYQHCAgkMOBAwQDh
htxyJS2kg/9GqF+QrEnHyvlo09k5K6nMZI9OXOJjE82Ii2gzrZK+GjNRvfSWGVW4MjFzzGO+KnoM
vYoWY/mlNcXjwqL4+LbMany3LJXKLGxVVIWmwsSKpapSIqmSibJCSqQmToya+hTJOvEqHKHp7ZiF
TERGJL6GTNGKQu4+/JneTaJNOXUOukrxl6O419YropM1qRoampTPIZGiL4pRN6m/nGXDN8UpVh4h
ITJN0xzTaC1yg/Qxyo84K3JRxJFGmok25MiJUSbCWXhh1MEJT8EKrvxFsDzf3tk7zameVrWhJ1Y0
u6KKo5FkTH5YbsEJR/Hs3HTmWcO7Z9u2bWKLhWm+Jx5tx51XOh2amlW507tOMjSjV5w8rSiqOgLb
bJtts602nHETG9kmLmseI8OaoclQSCky5IwICf0YEh6wUEiHhUISUigPoTEJhcIYhcKgUBifUBik
kEJhMBgMBoP/g8Fg8H/Qf/ALBv/f/7/////f/7/f//3f//3fsz27rT27rat1Z7dtte3atm3batu1
1bbaVttqWxvWuImVbCOhmkdJgpKoUniZecMYMj6BCA3VRGkMchEswhBAINAjAkIMtIITqiA1Su0G
bqfk5cMpry7yZMiZ7pHoUxzs8s9zAiqQwqfPsKhz5Nn7e+kVZM4rPwP7JIPM8fwluGQVu08xPUWb
9Ti8qgC5Ww+D28rSaYIxE8ltIT9l4SeBy+0MQ0gzKxTTz9qq1jFvUhqHEaEufFji1MRyMAMGGSSI
WfImTmpZkkm/h5jzQPseiGN2MGL+BwMdIsRZegYnulhKofAdG+KKECK8AzOPI1Mtk1OW/xAT/aSl
g+J9h81ct9idZnagF8I9wu1PeA0cK6EfV1Eotj686DsGth0lN3Tpn26+DHtH0oPKuEpO5MGbCTJa
MiQoZX0X3wg23HMLsnskPfVIdYPP8x3kbALFpfOybV3UoHj3RRAGjWxf8QZIO3kyZWUc7NVN1drd
KqhVV3eDh8HNaFlRQ4vrJyFfNG7Nj3CVLQnh+Q3lAvg+W/uN01MckrJ3iN06+aN/S2gfwtDY6dcg
1OG0neI2wveZFLEmEpB5pEMSXA9ZI5YQ5i4wHGqYroRCviV9sV5R39cS6ip4rUJjkXCXrJunfTr5
LPBMHUAunZ2JiybAHfe84I16rIzTOzwIkphJiRnjLAdDA5swNDphuBhMndZDuzxoxZnbClPn+Cbl
dd8QLG5pYBYpL2MrtUXfn5LoXRZriCWQGR89wNZzvFMZoIAJ+zfxNM6qiobXt9W8DM5jX1lQ5t6x
JlpaKL9kLmJgWnit69VYm3/QTE7mqg5ygPjV1QhWYTOxS0MBEbINaP4hOQ7mBxuisZEVQoBgn9TC
0MxCCx1XcpG7/m+y4bncLC12ULnlpwxjk4YOwDPT0mTGsB4IMkGtrOPhmjTohStqA5mWVi84yr2b
1nR2RwkiCB3QUo+K50Q9FmDbY/ipUlf4ESmutSG2OpLt9Yo2jSBD8YlCA5RjvdtkNWrvcroJB6WY
tCA4pjBIKdPOCBQXABYlQQ6QJW0DYI1Wbm5KvLuLLjMAPQBDABqXkXNyzm3knNu4jZtz29629962
bW/be29729ve9v//kv5f0pLWvySJJK0lkiRJJGktUQeGWQhCmGGEDg8zGz7kaPjmiZmWh7J8Wq6y
5dKgPJBHh4ElYMhJXs42l+OHepGLPAgyjAu5cNzIOz7jHA8ddWrc4AaVmiidtLJQJJ10kR5IeoQG
IiFl0EBCSIODRtAFXUEDBw26yGGI3iijE33RRh9GV1SiRw+iij4SncDABTYE88wcxMzT2x5Mb5Ck
DROhM9PpbWfaklIGC0LOBjuKfQZrcNbXsK7PgvXxyqr1YJU11mA9uJf3r67cdxUUgUmoYXRvH+FS
IBKMkKZwDJII+AhLgCAMUaAQIZEEhgmIgBBCjCHGzI1IoHN3Br4KXCA5CjI1cSEcFVSRx/RcTsiI
40J0rB9BDLmdydWRdZidBcbkcPswDUBDSpnxveXLOj3eQKVd/qTRK/Mfo4u9GsNvlpMEW4pZTq2c
/KlcoWCWdAfpjuL6grNOiOlHrFLemS4AEWZJ4tbwLOP6AAvMdBTBJiYkWAcBlA8yPVGQPjxbSb7t
ejw2tbulYVQ5okI/gQ5gpCAweSli4b9SvYjtKicoIPhu8TaHR1Vcpz28/BiNhTs66UdPaZkfteNq
6LECm8cGGGKERrYlHhRkCrrgpu2ernICBVZTDW1IC9JG8LJKTi5TcFF6mXx+zXg2UToQmQfcp9gg
w/8tUTncthf6nr9EONj+RiwLdIaaxOa3X9LWRC8NXdABZORF0nYSgRLxQqqNNhS/yE8U0hb+TDGG
zOT1EjmP7ERhobKwJixA9qHYZUiSAqHlBW0AAJ11qQNw7k0mpKQ/rJ+rW4bGilC9t1XihBBAQqhM
d2NqNbijRBsLiHaTcaKzkLA0M0fFYyLPAS3NxljhLLweee8iRKgN3mFievKhRDoWEVZj41SzgHBr
MUdB10bvIQowBG0WAIbkRhSgGQoHWOELWfxHuJjkkky7wP8vZkMAQABBAIM3eBg4dNjwurUG922l
Ps1GpQHn0EKbA4cIwtEjDorjSMUTD5TK5A1L/IaEPzMiTAkfBBh85swye/Ywc2Sm5kG2KgeRsKDw
cTS++MBoLN5d4XeyX+disuuji26dg87RRZ8+d+iUzunz3rsHvt9fW/drsT+mw+LPyNjDyGw8g2M0
mxkatm+ftj/zZ05/zpn5zDkzHzYfhnM+nMMwfBjOYRjeDW/P4T3bvj3bnuvJs+dJ8uRJ8jJe5OTl
FJGLnCLyIBiY+JICAKNGFBRHiagiEYkiVFGooQhFqKGI0KaGpk6bNnXaNEmVOkmVKlWqVKlSpUqV
+p9Sf/7/f/4v+O3z9xmBSaihRLIP4UogkdBIkuQYkghYEJVgDAFBAgUhGYYRI4wIiXKl1QEgaasU
6gYCLdPwH/m4SwWH+EV6ApEsz28fkGsFEG/x+D4Y2ScbDAMpGCitIpUWiz6OgfmtgWEgBQPlWjGd
WCRwUf/Q01CBzck31ABfV8x5K9LvhvdOf++4C6ZkIBWoDNt/QvbImtdPWkirk0S56fWOu2BKzqkH
ybnpNa49gbSQUieJctPrHXfBlJxTD5Jz02tcewJpIaVOEuWm1zvugikZ5FdRYoHoRiiDjEgvIxH6
fng59efQj5r++S7oOZIBnq+hgqSUHXATjueDCEjBIFz8e1TLn0Gqlelga+LrVeoDTlIyLH9r4vtV
SsBT8AgpMvyUh7VLoZGdcLwfJELBq/eJcQ/J5WMJrrYZQ9F/B0VElwIGeu8VD1zU3+lela0em8UD
F7V36qIhWEF4txzvktozu+g98nfvaXJMPQAJUM5TOueeiJ+zxQAX9ae0l9OGxUXi+yACugp+FolB
Q7F8YkrQZJKXwuC/aBc1MyUGSAEKGeqxoxzJ84m/mZFSz9kTy4S4BWSnTkmFrg==|
)
(checksum "6FF36F57C9910C11AB9E9402FAAD4931")
)
(file
(name "XZxxxx53W-9.step")
(type model)
(data |KLUv/aBesxQAdLACfgUFHgknAI8qywFTrP47w5mxofUfA8GWWjzkmnmZUkpSypK5v8rr+v+X2gUe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|
)
(checksum "CDA58C0C7123DEEC56F827B9D3EDE3A1")
)
)
)
Reference in New Issue View Git Blame Copy Permalink