set eol-style native on new files

02b73629 · raburton · 094c411a · 02b73629 · 02b73629 · 02b73629
Commit 02b73629 authored Feb 22, 2009 by raburton
5 changed files
--- a/AUTHORS.txt
+++ b/AUTHORS.txt
 * Copyright (C) 1992-2008 Jean-Pierre Charras, jean-pierre.charras@inpg.fr
 * Copyright (C) 1992-2008 Kicad Developers
 * under GNU General Public License (see copyright.txt)
 Main author:
 Jean-Pierre Charras <jean-pierre.charras@inpg.fr>
 Maitre de Conferences
 IUT1 GEII2
 Universite Joseph Fourier (U.J.F.)
 Saint Martin d'Hres (38402)
 Laboratiore GIPSA-Lab
 Saint Martin d'Hres
 Contributors
 Dick Hollenbeck <dick@softplc.com>
 Jerry Jacobs <jerkejacobs@gmail.com>
 Jonas Diemer <diemer@gmx.de>
 KBool Library http://boolean.klaasholwerda.nl/bool.html
 Rok Markovic <rok@kanardia.eu>
 Tim Hanson <sideskate@gmail.com>
 Vesa Solonen <vesa.solonen@hut.fi>
 Wayne Stambaugh <stambaughw@verizon.net>
 See also CHANGELOG.txt for contributors.
 Document writers
 Jean-Pierre Charras <jean-pierre.charras@inpg.fr>
 Igor Plyatov <plyatov@gmail.com>
 Translators
 Czech (CZ) Martin Kratoška <martin@ok1rr.com>
 Dutch (NL) Jerry Jacobs <jerkejacobs@gmail.com>
 French (FR) Jean-Pierre Charras <jean-pierre.charras@inpg.fr>
 Polish (PL) Mateusz Skowroński <skowri@gmail.com>
 Portuguese (PT) Renie Marquet <reniemarquet@uol.com.br>"
 Russian (RU) Igor Plyatov <plyatov@gmail.com>
 Spanish (ES) Pedro Martin del Valle <pkicad@yahoo.es>
 Spanish (ES) Iñigo Zuluaga <inigo_zuluaga@yahoo.es>
 Remy Halvick
 David Briscoe
 Dominique Laigle
 Paul Burke
 Programm credits for icons and others
 Icons by Iñigo Zuluaga
 3D modules by Renie Marquet <reniemarquet@uol.com.br>
--- a/demos/kit-dev-coldfire-xilinx_5213/kit-dev-coldfire-xilinx_5213.cmp
+++ b/demos/kit-dev-coldfire-xilinx_5213/kit-dev-coldfire-xilinx_5213.cmp
 Cmp-Mod V01 Created by Cvpcb (2008-01-06) date = 19/1/2008-10:51:47
 BeginCmp
 TimeStamp = 46237F50;
 Reference = ABRT_SW1;
 ValeurCmp = SW_PUSH;
 IdModule  = SW_PUSH_SMALL;
 EndCmp
 BeginCmp
 TimeStamp = 46238965;
 Reference = ALLPST1;
 ValeurCmp = CONN_1;
 IdModule  = PINTST;
 EndCmp
 BeginCmp
 TimeStamp = 461BAF4F;
 Reference = BDM_EN1;
 ValeurCmp = JUMPER;
 IdModule  = PIN_ARRAY_2X1;
 EndCmp
 BeginCmp
 TimeStamp = 461BAEE7;
 Reference = BDM_PORT1;
 ValeurCmp = CONN_13X2;
 IdModule  = pin_array_13x2;
 EndCmp
 BeginCmp
 TimeStamp = 462389BC;
 Reference = C1;
 ValeurCmp = 10pF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 462389C0;
 Reference = C2;
 ValeurCmp = 10pF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46238468;
 Reference = C3;
 ValeurCmp = 1nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46161CB5;
 Reference = C4;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46161CB8;
 Reference = C5;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 461BB5E5;
 Reference = C6;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46161CD3;
 Reference = C7;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46161CD4;
 Reference = C8;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46161CD7;
 Reference = C9;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46161CD8;
 Reference = C10;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46161CD9;
 Reference = C11;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46161CDA;
 Reference = C12;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46161CE3;
 Reference = C13;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46237DF9;
 Reference = C14;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46237E36;
 Reference = C15;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 462382CE;
 Reference = C16;
 ValeurCmp = 10uF;
 IdModule  = SM1206POL;
 EndCmp
 BeginCmp
 TimeStamp = 46161D3C;
 Reference = C17;
 ValeurCmp = 100uF;
 IdModule  = SM1206POL;
 EndCmp
 BeginCmp
 TimeStamp = 46238286;
 Reference = C18;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 4623829A;
 Reference = C19;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 461BE364;
 Reference = C20;
 ValeurCmp = 1nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 461BE35C;
 Reference = C21;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 4652B365;
 Reference = C22;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 4652B33B;
 Reference = C23;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 4652B354;
 Reference = C24;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 4652B35B;
 Reference = C25;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46546CA6;
 Reference = C26;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 4652B486;
 Reference = C27;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 4652B4C7;
 Reference = C28;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 4652B4C4;
 Reference = C30;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 4652B4C5;
 Reference = C31;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 4652B4C6;
 Reference = C32;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 4652B4CA;
 Reference = C33;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 4653FFFE;
 Reference = C34;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 4652B4D6;
 Reference = C35;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 4652B4D8;
 Reference = C36;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 461BAE38;
 Reference = C37;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 465306B1;
 Reference = C38;
 ValeurCmp = 10uF;
 IdModule  = C2V8;
 EndCmp
 BeginCmp
 TimeStamp = 465305FE;
 Reference = C40;
 ValeurCmp = 220uF;
 IdModule  = C2V8;
 EndCmp
 BeginCmp
 TimeStamp = 465306F6;
 Reference = C41;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 4652A9D3;
 Reference = C43;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 4652B4D7;
 Reference = C44;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 4652B4DC;
 Reference = C45;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 4652B4D9;
 Reference = C46;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46A76BB2;
 Reference = C51;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46A76BB3;
 Reference = C52;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46A76BB4;
 Reference = C53;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46A76BB5;
 Reference = C54;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46A76BAE;
 Reference = C55;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46A76BAF;
 Reference = C56;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46A76BB0;
 Reference = C57;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46A76BB1;
 Reference = C58;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46A76BBA;
 Reference = C59;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46A76BBB;
 Reference = C60;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46A76BBC;
 Reference = C61;
 ValeurCmp = 100nF;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 4652BFF1;
 Reference = CAN_EN1;
 ValeurCmp = CONN_2X2;
 IdModule  = PIN_ARRAY_2X2;
 EndCmp
 BeginCmp
 TimeStamp = 46540159;
 Reference = CAN_TERM1;
 ValeurCmp = JUMPER;
 IdModule  = PIN_ARRAY_2X1;
 EndCmp
 BeginCmp
 TimeStamp = 461BB62E;
 Reference = CLK0;
 ValeurCmp = JUMPER;
 IdModule  = PIN_ARRAY_2X1;
 EndCmp
 BeginCmp
 TimeStamp = 461BB648;
 Reference = CLK1;
 ValeurCmp = JUMPER;
 IdModule  = PIN_ARRAY_2X1;
 EndCmp
 BeginCmp
 TimeStamp = 461BB894;
 Reference = CLKOUT1;
 ValeurCmp = CONN_1;
 IdModule  = PINTST;
 EndCmp
 BeginCmp
 TimeStamp = 4652BADD;
 Reference = COM_SEL1;
 ValeurCmp = CONN_3;
 IdModule  = PIN_ARRAY_3X1;
 EndCmp
 BeginCmp
 TimeStamp = 4652BAD4;
 Reference = COM_SEL2;
 ValeurCmp = CONN_3;
 IdModule  = PIN_ARRAY_3X1;
 EndCmp
 BeginCmp
 TimeStamp = 4652BA65;
 Reference = COM_SEL3;
 ValeurCmp = CONN_3;
 IdModule  = PIN_ARRAY_3X1;
 EndCmp
 BeginCmp
 TimeStamp = 46545507;
 Reference = CT1;
 ValeurCmp = JUMPER;
 IdModule  = PIN_ARRAY_2X1;
 EndCmp
 BeginCmp
 TimeStamp = 46237F86;
 Reference = D1;
 ValeurCmp = BAT54;
 IdModule  = ST23AK#1;
 EndCmp
 BeginCmp
 TimeStamp = 4623846D;
 Reference = D3;
 ValeurCmp = BAT54;
 IdModule  = ST23AK#1;
 EndCmp
 BeginCmp
 TimeStamp = 465306C8;
 Reference = D7;
 ValeurCmp = 1N4004;
 IdModule  = D5;
 EndCmp
 BeginCmp
 TimeStamp = 46A76BC4;
 Reference = D8;
 ValeurCmp = LED;
 IdModule  = SM1206POL;
 EndCmp
 BeginCmp
 TimeStamp = 46A76BA8;
 Reference = D9;
 ValeurCmp = LED;
 IdModule  = SM1206POL;
 EndCmp
 BeginCmp
 TimeStamp = 46530747;
 Reference = F1;
 ValeurCmp = FUSE;
 IdModule  = FSUPCMS;
 EndCmp
 BeginCmp
 TimeStamp = 462380B8;
 Reference = FB1;
 ValeurCmp = BEAD;
 IdModule  = SM1206;
 EndCmp
 BeginCmp
 TimeStamp = 465FE6C5;
 Reference = GND1;
 ValeurCmp = CONN_1;
 IdModule  = PINTST;
 EndCmp
 BeginCmp
 TimeStamp = 465307C6;
 Reference = J1;
 ValeurCmp = JACK_2P;
 IdModule  = JACK_ALIM;
 EndCmp
 BeginCmp
 TimeStamp = 46238092;
 Reference = L1;
 ValeurCmp = 10uH;
 IdModule  = SM1206;
 EndCmp
 BeginCmp
 TimeStamp = 461BE327;
 Reference = L2;
 ValeurCmp = 10uH;
 IdModule  = SM1206;
 EndCmp
 BeginCmp
 TimeStamp = 4652B0AE;
 Reference = LED1;
 ValeurCmp = LED;
 IdModule  = SM1206POL;
 EndCmp
 BeginCmp
 TimeStamp = 4652B0B7;
 Reference = LED2;
 ValeurCmp = LED;
 IdModule  = SM1206POL;
 EndCmp
 BeginCmp
 TimeStamp = 4652B0BB;
 Reference = LED3;
 ValeurCmp = LED;
 IdModule  = SM1206POL;
 EndCmp
 BeginCmp
 TimeStamp = 4652B0BC;
 Reference = LED4;
 ValeurCmp = LED;
 IdModule  = SM1206POL;
 EndCmp
 BeginCmp
 TimeStamp = 46530639;
 Reference = LED5;
 ValeurCmp = LED;
 IdModule  = SM1206POL;
 EndCmp
 BeginCmp
 TimeStamp = 46237E52;
 Reference = LEDABRT1;
 ValeurCmp = RED;
 IdModule  = SM1206POL;
 EndCmp
 BeginCmp
 TimeStamp = 4652B108;
 Reference = LED_EN1;
 ValeurCmp = JUMPER;
 IdModule  = PIN_ARRAY_2X1;
 EndCmp
 BeginCmp
 TimeStamp = 462383E5;
 Reference = LV1;
 ValeurCmp = DS1818;
 IdModule  = TO92-INVERT;
 EndCmp
 BeginCmp
 TimeStamp = 4652A4FB;
 Reference = MCU_PORT1;
 ValeurCmp = CONN_30X2;
 IdModule  = PIN_ARRAY_30X2;
 EndCmp
 BeginCmp
 TimeStamp = 46A76BA6;
 Reference = P1;
 ValeurCmp = CONN_6;
 IdModule  = PIN_ARRAY-6X1;
 EndCmp
 BeginCmp
 TimeStamp = 46A76EB2;
 Reference = P3;
 ValeurCmp = CONN_2X2;
 IdModule  = PIN_ARRAY_2X2;
 EndCmp
 BeginCmp
 TimeStamp = 46ADE55A;
 Reference = P4;
 ValeurCmp = CONN_20X2;
 IdModule  = PIN_ARRAY_20X2;
 EndCmp
 BeginCmp
 TimeStamp = 4652BF26;
 Reference = PULUPEN1;
 ValeurCmp = CONN_4X2;
 IdModule  = pin_array_4x2;
 EndCmp
 BeginCmp
 TimeStamp = 46238519;
 Reference = Q1;
 ValeurCmp = 3906;
 IdModule  = SOT23EBC;
 EndCmp
 BeginCmp
 TimeStamp = 462389B6;
 Reference = R1;
 ValeurCmp = 10M;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 461BB661;
 Reference = R2;
 ValeurCmp = 4,7K;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 461BE039;
 Reference = R4;
 ValeurCmp = 10K;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 461BE041;
 Reference = R5;
 ValeurCmp = 10K;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 461BE046;
 Reference = R6;
 ValeurCmp = 10K;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46237E28;
 Reference = R7;
 ValeurCmp = 1K;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 461BE047;
 Reference = R8;
 ValeurCmp = 10K;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 461BE230;
 Reference = R9;
 ValeurCmp = 0;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 461BE04B;
 Reference = R10;
 ValeurCmp = 10K;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 461BE051;
 Reference = R11;
 ValeurCmp = 10K;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46237E2F;
 Reference = R12;
 ValeurCmp = 20K;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 461BE054;
 Reference = R13;
 ValeurCmp = 10K;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46237E3D;
 Reference = R14;
 ValeurCmp = 270;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 4623847B;
 Reference = R15;
 ValeurCmp = 4,7K;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 461BAF5C;
 Reference = R16;
 ValeurCmp = 4,7K;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 461BB790;
 Reference = R17;
 ValeurCmp = 4,7K;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 461BB795;
 Reference = R18;
 ValeurCmp = 4,7K;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 461BB798;
 Reference = R19;
 ValeurCmp = 4,7K;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 461BB799;
 Reference = R20;
 ValeurCmp = 4,7K;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46238545;
 Reference = R21;
 ValeurCmp = 4,7K;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 4623857F;
 Reference = R22;
 ValeurCmp = 270;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 4652B5F4;
 Reference = R23;
 ValeurCmp = 10K;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 461BB65F;
 Reference = R25;
 ValeurCmp = 4,7K;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 461BB8C0;
 Reference = R26;
 ValeurCmp = 10K;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 4652B061;
 Reference = R28;
 ValeurCmp = 270;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 4652B9D5;
 Reference = R30;
 ValeurCmp = 10K;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 4652B067;
 Reference = R31;
 ValeurCmp = 270;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 4652B069;
 Reference = R32;
 ValeurCmp = 270;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 4652B06A;
 Reference = R33;
 ValeurCmp = 270;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 4652B111;
 Reference = R34;
 ValeurCmp = 10K;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 4652B9CC;
 Reference = R35;
 ValeurCmp = 10K;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46540063;
 Reference = R36;
 ValeurCmp = 1K;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46540164;
 Reference = R38;
 ValeurCmp = 62;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 461BE50C;
 Reference = R45;
 ValeurCmp = 4,7K;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 461BB742;
 Reference = R46;
 ValeurCmp = 22;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 4652BF65;
 Reference = R47;
 ValeurCmp = 4,7K;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 4652BF62;
 Reference = R48;
 ValeurCmp = 4,7K;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 4652BF5C;
 Reference = R49;
 ValeurCmp = 4,7K;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 4652BF48;
 Reference = R50;
 ValeurCmp = 4,7K;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46530638;
 Reference = R53;
 ValeurCmp = 270;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46A76BCA;
 Reference = R57;
 ValeurCmp = 4K7;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46A76BC3;
 Reference = R62;
 ValeurCmp = 1K;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46A76BA7;
 Reference = R63;
 ValeurCmp = 1K;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 4791D59D;
 Reference = R64;
 ValeurCmp = 3,3;
 IdModule  = R4;
 EndCmp
 BeginCmp
 TimeStamp = 4654018B;
 Reference = RCAN1;
 ValeurCmp = R;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46540184;
 Reference = RCAN2;
 ValeurCmp = R;
 IdModule  = SM0805;
 EndCmp
 BeginCmp
 TimeStamp = 46238597;
 Reference = RED1;
 ValeurCmp = LED_RESET1;
 IdModule  = SM1206POL;
 EndCmp
 BeginCmp
 TimeStamp = 4654007F;
 Reference = RS1;
 ValeurCmp = CONN_1;
 IdModule  = PINTST;
 EndCmp
 BeginCmp
 TimeStamp = 465451D4;
 Reference = RST_SW1;
 ValeurCmp = SW_PUSH;
 IdModule  = SW_PUSH_SMALL;
 EndCmp
 BeginCmp
 TimeStamp = 4652DDDF;
 Reference = SW1;
 ValeurCmp = SW_PUSH;
 IdModule  = SW_PUSH_SMALL;
 EndCmp
 BeginCmp
 TimeStamp = 4652DDE7;
 Reference = SW2;
 ValeurCmp = SW_PUSH;
 IdModule  = SW_PUSH_SMALL;
 EndCmp
 BeginCmp
 TimeStamp = 46530763;
 Reference = SW_ONOFF1;
 ValeurCmp = SWITCH_INV;
 IdModule  = SW_SPDT;
 EndCmp
 BeginCmp
 TimeStamp = 461BBA34;
 Reference = TA-1;
 ValeurCmp = CONN_1;
 IdModule  = PINTST;
 EndCmp
 BeginCmp
 TimeStamp = 46530806;
 Reference = TB1;
 ValeurCmp = CONN_2;
 IdModule  = BORNIER2;
 EndCmp
 BeginCmp
 TimeStamp = 46161C39;
 Reference = U1;
 ValeurCmp = MCF5213-LQFP100;
 IdModule  = VQFP100;
 EndCmp
 BeginCmp
 TimeStamp = 46554FB5;
 Reference = U2;
 ValeurCmp = 74AHC1G14;
 IdModule  = SOT353;
 EndCmp
 BeginCmp
 TimeStamp = 4652B22B;
 Reference = U3;
 ValeurCmp = MAX202;
 IdModule  = SO16E;
 EndCmp
 BeginCmp
 TimeStamp = 4652B03E;
 Reference = U4;
 ValeurCmp = 74HC125;
 IdModule  = SO14E;
 EndCmp
 BeginCmp
 TimeStamp = 4652B4C1;
 Reference = U5;
 ValeurCmp = MAX202;
 IdModule  = SO16E;
 EndCmp
 BeginCmp
 TimeStamp = 4653FF97;
 Reference = U7;
 ValeurCmp = PCA82C251;
 IdModule  = SO8E;
 EndCmp
 BeginCmp
 TimeStamp = 4652B4D3;
 Reference = U8;
 ValeurCmp = MAX202;
 IdModule  = SO16E;
 EndCmp
 BeginCmp
 TimeStamp = 470F38BE;
 Reference = U9;
 ValeurCmp = XCR3256-TQ144;
 IdModule  = TQFP144;
 EndCmp
 BeginCmp
 TimeStamp = 4652B26D;
 Reference = UARTCAN0;
 ValeurCmp = DB9;
 IdModule  = DB9FC;
 EndCmp
 BeginCmp
 TimeStamp = 4652B4C2;
 Reference = UARTCAN1;
 ValeurCmp = DB9;
 IdModule  = DB9FC;
 EndCmp
 BeginCmp
 TimeStamp = 4652B4D4;
 Reference = UARTCAN2;
 ValeurCmp = DB9;
 IdModule  = DB9FC;
 EndCmp
 BeginCmp
 TimeStamp = 4652B289;
 Reference = UART_EN0;
 ValeurCmp = CONN_4X2;
 IdModule  = pin_array_4x2;
 EndCmp
 BeginCmp
 TimeStamp = 4652B4C3;
 Reference = UART_EN1;
 ValeurCmp = CONN_4X2;
 IdModule  = pin_array_4x2;
 EndCmp
 BeginCmp
 TimeStamp = 4652B4D5;
 Reference = UART_EN2;
 ValeurCmp = CONN_4X2;
 IdModule  = pin_array_4x2;
 EndCmp
 BeginCmp
 TimeStamp = 46238079;
 Reference = VDDA1;
 ValeurCmp = JUMPER;
 IdModule  = PIN_ARRAY_2X1;
 EndCmp
 BeginCmp
 TimeStamp = 461BE319;
 Reference = VDDPLL1;
 ValeurCmp = JUMPER;
 IdModule  = PIN_ARRAY_2X1;
 EndCmp
 BeginCmp
 TimeStamp = 461BAE95;
 Reference = VDD_EN1;
 ValeurCmp = JUMPER;
 IdModule  = PIN_ARRAY_2X1;
 EndCmp
 BeginCmp
 TimeStamp = 46603376;
 Reference = VR1;
 ValeurCmp = LT1129_QPACK;
 IdModule  = DPAK5;
 EndCmp
 BeginCmp
 TimeStamp = 4654003D;
 Reference = VREF1;
 ValeurCmp = CONN_1;
 IdModule  = PINTST;
 EndCmp
 BeginCmp
 TimeStamp = 462380FA;
 Reference = VRH1;
 ValeurCmp = JUMPER;
 IdModule  = PIN_ARRAY_2X1;
 EndCmp
 BeginCmp
 TimeStamp = 46238129;
 Reference = VRL1;
 ValeurCmp = JUMPER;
 IdModule  = PIN_ARRAY_2X1;
 EndCmp
 BeginCmp
 TimeStamp = 461BAE2B;
 Reference = VSTDBY1;
 ValeurCmp = JUMPER;
 IdModule  = PIN_ARRAY_2X1;
 EndCmp
 BeginCmp
 TimeStamp = 4652A9C4;
 Reference = VX_EN1;
 ValeurCmp = JUMPER;
 IdModule  = PIN_ARRAY_2X1;
 EndCmp
 BeginCmp
 TimeStamp = 462389C7;
 Reference = Y1;
 ValeurCmp = 8MHz;
 IdModule  = HC-18UH;
 EndCmp
 EndListe
--- a/demos/kit-dev-coldfire-xilinx_5213/kit-dev-coldfire-xilinx_5213.net
+++ b/demos/kit-dev-coldfire-xilinx_5213/kit-dev-coldfire-xilinx_5213.net
 # EESchema Netlist Version 1.1 created  24/10/2008-13:19:38
 (
 ( /46161C39 $noname  U1 MCF5213-LQFP100 {Lib=MCF5213-LQFP100}
  (    1 VDD )
  (    2 VDD )
  (    3 GND )
  (    4 /xilinx/XIL_RTS )
  (    5 N-000011 )
  (    6 /inout_user/UCTS0 )
  (    7 /URXD0 )
  (    8 /inout_user/UTXD0 )
  (    9 /inout_user/URTS0 )
  (   10 /inout_user/CANTX )
  (   11 /inout_user/CANRX )
  (   12 /inout_user/QSPI_CS3 )
  (   13 /xilinx/QSPI_CS2 )
  (   14 VDD )
  (   15 GND )
  (   16 /QSPI_DIN )
  (   17 /DSPI_DOUT )
  (   18 /QSPI_CLK )
  (   19 /QSPI_CS1 )
  (   20 /QSPI_CS0 )
  (   21 /RCON- )
  (   22 VDD )
  (   23 VDD )
  (   24 GND )
  (   25 GND )
  (   26 /JTAG_EN )
  (   27 /UCTS2 )
  (   28 /URXD2 )
  (   29 /inout_user/UTXD2 )
  (   30 /URTS2 )
  (   31 /DTIN2 )
  (   32 /inout_user/DTIN3 )
  (   33 /PWM3 )
  (   34 VDD )
  (   35 GND )
  (   36 /DTIN0 )
  (   37 /inout_user/DTIN1 )
  (   38 /PWM1 )
  (   39 /CLKMOD1 )
  (   40 /CLKMOD0 )
  (   41 VDD )
  (   42 GND )
  (   43 /inout_user/AN0 )
  (   44 /AN1 )
  (   45 /AN2 )
  (   46 /inout_user/AN3 )
  (   47 /VRL )
  (   48 /VRL )
  (   49 /VCCA )
  (   50 /VCCA )
  (   51 /inout_user/AN7 )
  (   52 /inout_user/AN6 )
  (   53 /inout_user/AN5 )
  (   54 /inout_user/AN4 )
  (   55 VDD )
  (   56 GND )
  (   57 VDD )
  (   58 /GPT0 )
  (   59 /GPT1 )
  (   60 /inout_user/PWM5 )
  (   61 /inout_user/GPT2 )
  (   62 /GPT3 )
  (   63 /inout_user/PWM7 )
  (   64 N-000008 )
  (   65 /PST0 )
  (   66 /PST1 )
  (   67 GND )
  (   68 VDD )
  (   69 /PST2 )
  (   70 /PST3 )
  (   71 GND )
  (   72 /XTAL )
  (   73 /CLKIN/EXTAL )
  (   74 /VDDPLL )
  (   75 GND )
  (   76 /BKPT- )
  (   77 /DDAT0 )
  (   78 /DDAT1 )
  (   79 /DSI )
  (   80 /DSO )
  (   81 VDD )
  (   82 GND )
  (   83 /DDAT2 )
  (   84 /DDAT3 )
  (   85 /DSCLK )
  (   86 /ALLPST )
  (   87 /IRQ-1 )
  (   88 /inout_user/IRQ-2 )
  (   89 /IRQ-3 )
  (   90 /IRQ-4 )
  (   91 /IRQ-5 )
  (   92 GND )
  (   93 VDD )
  (   94 /inout_user/IRQ-6 )
  (   95 /inout_user/IRQ-7 )
  (   96 /RSTI- )
  (   97 /RSTO- )
  (   98 /UCTS1 )
  (   99 /UTXD1 )
  (  100 /URXD1 )
 )
 ( /46238286 $noname  C18 100nF {Lib=C}
  (    1 /VCCA )
  (    2 /VRL )
 )
 ( /465FE6C5 $noname  GND1 CONN_1 {Lib=CONN_1}
  (    1 GND )
 )
 ( /46554FB5 $noname  U2 74AHC1G14 {Lib=74AHC1G14}
  (    2 N-000006 )
  (    3 GND )
  (    4 N-000004 )
  (    5 VDD )
 )
 ( /46545507 $noname  CT1 JUMPER {Lib=JUMPER}
  (    1 N-000015 )
  (    2 /TCLK )
 )
 ( /465451D4 $noname  RST_SW1 SW_PUSH {Lib=SW_PUSH}
  (    1 N-000012 )
  (    2 GND )
 )
 ( /462389C7 $noname  Y1 8MHz {Lib=CRYSTAL}
  (    1 /CLKIN/EXTAL )
  (    2 /XTAL )
 )
 ( /462389C0 $noname  C2 10pF {Lib=C}
  (    1 /XTAL )
  (    2 GND )
 )
 ( /462389BC $noname  C1 10pF {Lib=C}
  (    1 /CLKIN/EXTAL )
  (    2 GND )
 )
 ( /462389B6 $noname  R1 10M {Lib=R}
  (    1 /XTAL )
  (    2 /CLKIN/EXTAL )
 )
 ( /46238965 $noname  ALLPST1 CONN_1 {Lib=CONN_1}
  (    1 /ALLPST )
 )
 ( /46238597 $noname  RED1 LED_RESET1 {Lib=LED}
  (    1 N-000010 )
  (    2 GND )
 )
 ( /4623857F $noname  R22 270 {Lib=R}
  (    1 N-000003 )
  (    2 N-000010 )
 )
 ( /46238545 $noname  R21 4,7K {Lib=R}
  (    1 /RSTO- )
  (    2 N-000025 )
 )
 ( /46238519 $noname  Q1 3906 {Lib=PNP}
  (    1 VDD )
  (    2 N-000025 )
  (    3 N-000003 )
 )
 ( /4623847B $noname  R15 4,7K {Lib=R}
  (    1 VDD )
  (    2 /RSTI- )
 )
 ( /4623846D $noname  D3 BAT54 {Lib=DIODE}
  (    1 /RSTI- )
  (    2 N-000012 )
 )
 ( /46238468 $noname  C3 1nF {Lib=C}
  (    1 N-000012 )
  (    2 GND )
 )
 ( /462383E5 $noname  LV1 DS1818 {Lib=MC34064P}
  (    1 N-000012 )
  (    2 VDD )
  (    3 GND )
 )
 ( /462382CE $noname  C16 10uF {Lib=CP}
  (    1 /VCCA )
  (    2 /VRL )
 )
 ( /462380B8 $noname  FB1 BEAD {Lib=INDUCTOR}
  (    1 GND )
  (    2 /VRL )
 )
 ( /46238092 $noname  L1 10uH {Lib=INDUCTOR}
  (    1 N-000009 )
  (    2 /VCCA )
 )
 ( /46238079 $noname  VDDA1 JUMPER {Lib=JUMPER}
  (    1 VDD )
  (    2 N-000009 )
 )
 ( /46237F86 $noname  D1 BAT54 {Lib=DIODE}
  (    1 /inout_user/IRQ-7 )
  (    2 N-000004 )
 )
 ( /46237F50 $noname  ABRT_SW1 SW_PUSH {Lib=SW_PUSH}
  (    1 N-000002 )
  (    2 VDD )
 )
 ( /46237E52 $noname  LEDABRT1 RED {Lib=LED}
  (    1 VDD )
  (    2 N-000005 )
 )
 ( /46237E3D $noname  R14 270 {Lib=R}
  (    1 N-000005 )
  (    2 N-000004 )
 )
 ( /46237E36 $noname  C15 100nF {Lib=C}
  (    1 N-000006 )
  (    2 GND )
 )
 ( /46237E2F $noname  R12 20K {Lib=R}
  (    1 N-000006 )
  (    2 GND )
 )
 ( /46237E28 $noname  R7 1K {Lib=R}
  (    1 N-000002 )
  (    2 N-000006 )
 )
 ( /46237DF9 $noname  C14 100nF {Lib=C}
  (    1 GND )
  (    2 VDD )
 )
 ( /461BE50C $noname  R45 4,7K {Lib=R}
  (    1 /RCON- )
  (    2 VDD )
 )
 ( /461BE364 $noname  C20 1nF {Lib=C}
  (    1 /VDDPLL )
  (    2 GND )
 )
 ( /461BE35C $noname  C21 100nF {Lib=C}
  (    1 /VDDPLL )
  (    2 GND )
 )
 ( /461BE327 $noname  L2 10uH {Lib=INDUCTOR}
  (    1 VDD )
  (    2 /VDDPLL )
 )
 ( /461BE230 $noname  R9 0 {Lib=R}
  (    1 N-000011 )
  (    2 GND )
 )
 ( /461BE054 $noname  R13 10K {Lib=R}
  (    1 /inout_user/IRQ-7 )
  (    2 VDD )
 )
 ( /461BE051 $noname  R11 10K {Lib=R}
  (    1 /inout_user/IRQ-6 )
  (    2 VDD )
 )
 ( /461BE04B $noname  R10 10K {Lib=R}
  (    1 /IRQ-5 )
  (    2 VDD )
 )
 ( /461BE047 $noname  R8 10K {Lib=R}
  (    1 /IRQ-4 )
  (    2 VDD )
 )
 ( /461BE046 $noname  R6 10K {Lib=R}
  (    1 /IRQ-3 )
  (    2 VDD )
 )
 ( /461BE041 $noname  R5 10K {Lib=R}
  (    1 /inout_user/IRQ-2 )
  (    2 VDD )
 )
 ( /461BE039 $noname  R4 10K {Lib=R}
  (    1 /IRQ-1 )
  (    2 VDD )
 )
 ( /461BBA34 $noname  TA-1 CONN_1 {Lib=CONN_1}
  (    1 N-000007 )
 )
 ( /461BB8C0 $noname  R26 10K {Lib=R}
  (    1 /TCLK )
  (    2 GND )
 )
 ( /461BB894 $noname  CLKOUT1 CONN_1 {Lib=CONN_1}
  (    1 /TCLK )
 )
 ( /461BB799 $noname  R20 4,7K {Lib=R}
  (    1 VDD )
  (    2 /DSO )
 )
 ( /461BB798 $noname  R19 4,7K {Lib=R}
  (    1 VDD )
  (    2 /DSI )
 )
 ( /461BB795 $noname  R18 4,7K {Lib=R}
  (    1 VDD )
  (    2 /DSCLK )
 )
 ( /461BB790 $noname  R17 4,7K {Lib=R}
  (    1 VDD )
  (    2 /BKPT- )
 )
 ( /461BB742 $noname  R46 22 {Lib=R}
  (    1 N-000008 )
  (    2 /TCLK )
 )
 ( /461BB661 $noname  R2 4,7K {Lib=R}
  (    1 VDD )
  (    2 /CLKMOD1 )
 )
 ( /461BB65F $noname  R25 4,7K {Lib=R}
  (    1 VDD )
  (    2 /CLKMOD0 )
 )
 ( /461BB648 $noname  CLK1 JUMPER {Lib=JUMPER}
  (    1 GND )
  (    2 /CLKMOD1 )
 )
 ( /461BB62E $noname  CLK0 JUMPER {Lib=JUMPER}
  (    1 GND )
  (    2 /CLKMOD0 )
 )
 ( /461BB5E5 $noname  C6 100nF {Lib=C}
  (    1 VDD )
  (    2 GND )
 )
 ( /461BAF5C $noname  R16 4,7K {Lib=R}
  (    1 VDD )
  (    2 /JTAG_EN )
 )
 ( /461BAF4F $noname  BDM_EN1 JUMPER {Lib=JUMPER}
  (    1 GND )
  (    2 /JTAG_EN )
 )
 ( /461BAEE7 $noname  BDM_PORT1 CONN_13X2 {Lib=CONN_13X2}
  (    1 ? )
  (    2 /BKPT- )
  (    3 GND )
  (    4 /DSCLK )
  (    5 GND )
  (    6 N-000015 )
  (    7 /RSTI- )
  (    8 /DSI )
  (    9 VDD )
  (   10 /DSO )
  (   11 GND )
  (   12 /PST3 )
  (   13 /PST2 )
  (   14 /PST1 )
  (   15 /PST0 )
  (   16 /DDAT3 )
  (   17 /DDAT2 )
  (   18 /DDAT1 )
  (   19 /DDAT0 )
  (   20 GND )
  (   21 ? )
  (   22 ? )
  (   23 GND )
  (   24 /TCLK )
  (   25 VDD )
  (   26 N-000007 )
 )
 ( /46161D3C $noname  C17 100uF {Lib=CP}
  (    1 VDD )
  (    2 GND )
 )
 ( /46161CDA $noname  C12 100nF {Lib=C}
  (    1 VDD )
  (    2 GND )
 )
 ( /46161CD9 $noname  C11 100nF {Lib=C}
  (    1 VDD )
  (    2 GND )
 )
 ( /46161CD8 $noname  C10 100nF {Lib=C}
  (    1 VDD )
  (    2 GND )
 )
 ( /46161CD7 $noname  C9 100nF {Lib=C}
  (    1 VDD )
  (    2 GND )
 )
 ( /46161CD4 $noname  C8 100nF {Lib=C}
  (    1 VDD )
  (    2 GND )
 )
 ( /46161CD3 $noname  C7 100nF {Lib=C}
  (    1 VDD )
  (    2 GND )
 )
 ( /46161CB8 $noname  C5 100nF {Lib=C}
  (    1 VDD )
  (    2 GND )
 )
 ( /46161CB5 $noname  C4 100nF {Lib=C}
  (    1 VDD )
  (    2 GND )
 )
 ( /47D80202/46603376 $noname  VR1 LT1129_QPACK {Lib=LT1129_QPACK}
  (    1 VDD )
  (    2 VDD )
  (    3 GND )
  (    4 ? )
  (    5 N-000114 )
 )
 ( /47D80202/46546CA6 $noname  C26 100nF {Lib=C}
  (    1 VDD )
  (    2 GND )
 )
 ( /47D80202/4654018B $noname  RCAN1 R {Lib=R}
  (    1 VDD )
  (    2 /inout_user/CAN_L )
 )
 ( /47D80202/46540184 $noname  RCAN2 R {Lib=R}
  (    1 GND )
  (    2 /inout_user/CAN_H )
 )
 ( /47D80202/46540164 $noname  R38 62 {Lib=R}
  (    1 /inout_user/CAN_L )
  (    2 N-000121 )
 )
 ( /47D80202/46540159 $noname  CAN_TERM1 JUMPER {Lib=JUMPER}
  (    1 /inout_user/CAN_H )
  (    2 N-000121 )
 )
 ( /47D80202/4654007F $noname  RS1 CONN_1 {Lib=CONN_1}
  (    1 N-000071 )
 )
 ( /47D80202/46540063 $noname  R36 1K {Lib=R}
  (    1 N-000071 )
  (    2 GND )
 )
 ( /47D80202/4654003D $noname  VREF1 CONN_1 {Lib=CONN_1}
  (    1 N-000116 )
 )
 ( /47D80202/4653FFFE $noname  C34 100nF {Lib=C}
  (    1 VDD )
  (    2 GND )
 )
 ( /47D80202/4653FF97 $noname  U7 PCA82C251 {Lib=PCA82C251}
  (    1 /inout_user/TxD_CAN )
  (    2 GND )
  (    3 VDD )
  (    4 /inout_user/RxD_CAN )
  (    5 N-000116 )
  (    6 /inout_user/CAN_L )
  (    7 /inout_user/CAN_H )
  (    8 N-000071 )
 )
 ( /47D80202/46530806 $noname  TB1 CONN_2 {Lib=CONN_2}
  (    1 N-000115 )
  (    2 GND )
 )
 ( /47D80202/465307C6 $noname  J1 JACK_2P {Lib=JACK_2P}
  (    1 GND )
  (    2 GND )
  (    3 N-000115 )
 )
 ( /47D80202/46530763 $noname  SW_ONOFF1 SWITCH_INV {Lib=SWITCH_INV}
  (    1 ? )
  (    2 N-000123 )
  (    3 N-000115 )
 )
 ( /47D80202/46530747 $noname  F1 FUSE {Lib=FUSE}
  (    1 N-000123 )
  (    2 N-000114 )
 )
 ( /47D80202/465306F6 $noname  C41 100nF {Lib=C}
  (    1 N-000114 )
  (    2 GND )
 )
 ( /47D80202/465306C8 $noname  D7 1N4004 {Lib=DIODE}
  (    1 GND )
  (    2 N-000114 )
 )
 ( /47D80202/465306B1 $noname  C38 10uF {Lib=CP}
  (    1 N-000114 )
  (    2 GND )
 )
 ( /47D80202/46530639 $noname  LED5 LED {Lib=LED}
  (    1 N-000124 )
  (    2 GND )
 )
 ( /47D80202/46530638 $noname  R53 270 {Lib=R}
  (    1 N-000124 )
  (    2 VDD )
 )
 ( /47D80202/465305FE $noname  C40 220uF {Lib=CP}
  (    1 VDD )
  (    2 GND )
 )
 ( /47D80202/4652DDE7 $noname  SW2 SW_PUSH {Lib=SW_PUSH}
  (    1 /IRQ-5 )
  (    2 GND )
 )
 ( /47D80202/4652DDDF $noname  SW1 SW_PUSH {Lib=SW_PUSH}
  (    1 /IRQ-4 )
  (    2 GND )
 )
 ( /47D80202/4652BFF1 $noname  CAN_EN1 CONN_2X2 {Lib=CONN_2X2}
  (    1 /inout_user/CANTX )
  (    2 /inout_user/RxD_CAN )
  (    3 /inout_user/TxD_CAN )
  (    4 /inout_user/CANRX )
 )
 ( /47D80202/4652BF65 $noname  R47 4,7K {Lib=R}
  (    1 VDD )
  (    2 N-000072 )
 )
 ( /47D80202/4652BF62 $noname  R48 4,7K {Lib=R}
  (    1 VDD )
  (    2 N-000113 )
 )
 ( /47D80202/4652BF5C $noname  R49 4,7K {Lib=R}
  (    1 VDD )
  (    2 N-000073 )
 )
 ( /47D80202/4652BF48 $noname  R50 4,7K {Lib=R}
  (    1 VDD )
  (    2 N-000112 )
 )
 ( /47D80202/4652BF26 $noname  PULUPEN1 CONN_4X2 {Lib=CONN_4X2}
  (    1 /QSPI_CLK )
  (    2 N-000112 )
  (    3 /QSPI_CS0 )
  (    4 N-000073 )
  (    5 /inout_user/CANTX )
  (    6 N-000113 )
  (    7 /inout_user/CANRX )
  (    8 N-000072 )
 )
 ( /47D80202/4652BADD $noname  COM_SEL1 CONN_3 {Lib=CONN_3}
  (    1 /inout_user/CAN_H )
  (    2 /inout_user/CTS2/CANH )
  (    3 N-000074 )
 )
 ( /47D80202/4652BAD4 $noname  COM_SEL2 CONN_3 {Lib=CONN_3}
  (    1 GND )
  (    2 /inout_user/RXD2 )
  (    3 N-000111 )
 )
 ( /47D80202/4652BA65 $noname  COM_SEL3 CONN_3 {Lib=CONN_3}
  (    1 /inout_user/CAN_L )
  (    2 /inout_user/TXD2/CANL )
  (    3 N-000110 )
 )
 ( /47D80202/4652B9D5 $noname  R30 10K {Lib=R}
  (    1 GND )
  (    2 N-000109 )
 )
 ( /47D80202/4652B9CC $noname  R35 10K {Lib=R}
  (    1 GND )
  (    2 N-000091 )
 )
 ( /47D80202/4652B5F4 $noname  R23 10K {Lib=R}
  (    1 GND )
  (    2 N-000076 )
 )
 ( /47D80202/4652B4DC $noname  C45 100nF {Lib=C}
  (    1 N-000077 )
  (    2 GND )
 )
 ( /47D80202/4652B4D9 $noname  C46 100nF {Lib=C}
  (    1 VDD )
  (    2 GND )
 )
 ( /47D80202/4652B4D8 $noname  C36 100nF {Lib=C}
  (    1 N-000082 )
  (    2 N-000078 )
 )
 ( /47D80202/4652B4D7 $noname  C44 100nF {Lib=C}
  (    1 N-000081 )
  (    2 N-000079 )
 )
 ( /47D80202/4652B4D6 $noname  C35 100nF {Lib=C}
  (    1 VDD )
  (    2 N-000080 )
 )
 ( /47D80202/4652B4D5 $noname  UART_EN2 CONN_4X2 {Lib=CONN_4X2}
  (    1 N-000107 )
  (    2 /inout_user/UTXD2 )
  (    3 N-000108 )
  (    4 /URXD2 )
  (    5 N-000076 )
  (    6 /URTS2 )
  (    7 N-000075 )
  (    8 /UCTS2 )
 )
 ( /47D80202/4652B4D4 $noname  UARTCAN2 DB9 {Lib=DB9}
  (    1 N-000083 )
  (    2 /inout_user/TXD2/CANL )
  (    3 /inout_user/RXD2 )
  (    4 N-000083 )
  (    5 GND )
  (    6 N-000083 )
  (    7 /inout_user/CTS2/CANH )
  (    8 /inout_user/RTS2 )
  (    9 ? )
 )
 ( /47D80202/4652B4D3 $noname  U8 MAX202 {Lib=MAX202}
  (    1 N-000081 )
  (    2 N-000080 )
  (    3 N-000079 )
  (    4 N-000082 )
  (    5 N-000078 )
  (    6 N-000077 )
  (    7 N-000110 )
  (    8 N-000111 )
  (    9 N-000108 )
  (   10 N-000107 )
  (   11 N-000076 )
  (   12 N-000075 )
  (   13 N-000074 )
  (   14 /inout_user/RTS2 )
  (   15 GND )
  (   16 VDD )
 )
 ( /47D80202/4652B4CA $noname  C33 100nF {Lib=C}
  (    1 N-000084 )
  (    2 GND )
 )
 ( /47D80202/4652B4C7 $noname  C28 100nF {Lib=C}
  (    1 VDD )
  (    2 GND )
 )
 ( /47D80202/4652B4C6 $noname  C32 100nF {Lib=C}
  (    1 N-000093 )
  (    2 N-000085 )
 )
 ( /47D80202/4652B4C5 $noname  C31 100nF {Lib=C}
  (    1 N-000092 )
  (    2 N-000086 )
 )
 ( /47D80202/4652B4C4 $noname  C30 100nF {Lib=C}
  (    1 VDD )
  (    2 N-000087 )
 )
 ( /47D80202/4652B4C3 $noname  UART_EN1 CONN_4X2 {Lib=CONN_4X2}
  (    1 N-000090 )
  (    2 /UTXD1 )
  (    3 N-000088 )
  (    4 /URXD1 )
  (    5 N-000091 )
  (    6 /xilinx/XIL_RTS )
  (    7 N-000089 )
  (    8 /UCTS1 )
 )
 ( /47D80202/4652B4C2 $noname  UARTCAN1 DB9 {Lib=DB9}
  (    1 N-000094 )
  (    2 /inout_user/TXD1 )
  (    3 /inout_user/RXD1 )
  (    4 N-000094 )
  (    5 GND )
  (    6 N-000094 )
  (    7 /inout_user/CTS1 )
  (    8 /inout_user/RTS1 )
  (    9 ? )
 )
 ( /47D80202/4652B4C1 $noname  U5 MAX202 {Lib=MAX202}
  (    1 N-000092 )
  (    2 N-000087 )
  (    3 N-000086 )
  (    4 N-000093 )
  (    5 N-000085 )
  (    6 N-000084 )
  (    7 /inout_user/RTS1 )
  (    8 /inout_user/CTS1 )
  (    9 N-000089 )
  (   10 N-000091 )
  (   11 N-000090 )
  (   12 N-000088 )
  (   13 /inout_user/RXD1 )
  (   14 /inout_user/TXD1 )
  (   15 GND )
  (   16 VDD )
 )
 ( /47D80202/4652B486 $noname  C27 100nF {Lib=C}
  (    1 N-000095 )
  (    2 GND )
 )
 ( /47D80202/4652B365 $noname  C22 100nF {Lib=C}
  (    1 VDD )
  (    2 GND )
 )
 ( /47D80202/4652B35B $noname  C25 100nF {Lib=C}
  (    1 N-000105 )
  (    2 N-000096 )
 )
 ( /47D80202/4652B354 $noname  C24 100nF {Lib=C}
  (    1 N-000104 )
  (    2 N-000097 )
 )
 ( /47D80202/4652B33B $noname  C23 100nF {Lib=C}
  (    1 VDD )
  (    2 N-000098 )
 )
 ( /47D80202/4652B289 $noname  UART_EN0 CONN_4X2 {Lib=CONN_4X2}
  (    1 N-000101 )
  (    2 /inout_user/UTXD0 )
  (    3 N-000099 )
  (    4 /URXD0 )
  (    5 N-000109 )
  (    6 /inout_user/URTS0 )
  (    7 N-000100 )
  (    8 /inout_user/UCTS0 )
 )
 ( /47D80202/4652B26D $noname  UARTCAN0 DB9 {Lib=DB9}
  (    1 N-000106 )
  (    2 /inout_user/TXD0 )
  (    3 /inout_user/RXD0 )
  (    4 N-000106 )
  (    5 GND )
  (    6 N-000106 )
  (    7 /inout_user/CTS0 )
  (    8 /inout_user/RTS0 )
  (    9 ? )
 )
 ( /47D80202/4652B22B $noname  U3 MAX202 {Lib=MAX202}
  (    1 N-000104 )
  (    2 N-000098 )
  (    3 N-000097 )
  (    4 N-000105 )
  (    5 N-000096 )
  (    6 N-000095 )
  (    7 /inout_user/RTS0 )
  (    8 /inout_user/CTS0 )
  (    9 N-000100 )
  (   10 N-000109 )
  (   11 N-000101 )
  (   12 N-000099 )
  (   13 /inout_user/RXD0 )
  (   14 /inout_user/TXD0 )
  (   15 GND )
  (   16 VDD )
 )
 ( /47D80202/4652B111 $noname  R34 10K {Lib=R}
  (    1 VDD )
  (    2 N-000103 )
 )
 ( /47D80202/4652B108 $noname  LED_EN1 JUMPER {Lib=JUMPER}
  (    1 GND )
  (    2 N-000103 )
 )
 ( /47D80202/4652B0BC $noname  LED4 LED {Lib=LED}
  (    1 N-000140 )
  (    2 GND )
 )
 ( /47D80202/4652B0BB $noname  LED3 LED {Lib=LED}
  (    1 N-000141 )
  (    2 GND )
 )
 ( /47D80202/4652B0B7 $noname  LED2 LED {Lib=LED}
  (    1 N-000142 )
  (    2 GND )
 )
 ( /47D80202/4652B0AE $noname  LED1 LED {Lib=LED}
  (    1 N-000143 )
  (    2 GND )
 )
 ( /47D80202/4652B06A $noname  R33 270 {Lib=R}
  (    1 N-000140 )
  (    2 N-000144 )
 )
 ( /47D80202/4652B069 $noname  R32 270 {Lib=R}
  (    1 N-000141 )
  (    2 N-000145 )
 )
 ( /47D80202/4652B067 $noname  R31 270 {Lib=R}
  (    1 N-000142 )
  (    2 N-000146 )
 )
 ( /47D80202/4652B061 $noname  R28 270 {Lib=R}
  (    1 N-000143 )
  (    2 N-000147 )
 )
 ( /47D80202/4652B03E $noname  U4 74HC125 {Lib=74LS125}
  (    1 N-000103 )
  (    2 /DTIN0 )
  (    3 N-000147 )
  (    4 N-000103 )
  (    5 /inout_user/DTIN1 )
  (    6 N-000146 )
  (    7 GND )
  (    8 N-000144 )
  (    9 /inout_user/DTIN3 )
  (   10 N-000103 )
  (   11 N-000145 )
  (   12 /DTIN2 )
  (   13 N-000103 )
  (   14 VDD )
 )
 ( /47D80202/4652A9D3 $noname  C43 100nF {Lib=C}
  (    1 GND )
  (    2 N-000102 )
 )
 ( /47D80202/4652A9C4 $noname  VX_EN1 JUMPER {Lib=JUMPER}
  (    1 VDD )
  (    2 N-000102 )
 )
 ( /47D80202/4652A4FB $noname  MCU_PORT1 CONN_30X2 {Lib=CONN_30X2}
  (    1 N-000102 )
  (    2 /IRQ-1 )
  (    3 GND )
  (    4 /RSTO- )
  (    5 /UTXD1 )
  (    6 /RSTI- )
  (    7 /URXD1 )
  (    8 /inout_user/IRQ-2 )
  (    9 /xilinx/XIL_RTS )
  (   10 /inout_user/AN0 )
  (   11 /UCTS1 )
  (   12 /AN1 )
  (   13 /PWM1 )
  (   14 /AN2 )
  (   15 /PWM3 )
  (   16 /inout_user/AN3 )
  (   17 /DSPI_DOUT )
  (   18 /inout_user/AN4 )
  (   19 /QSPI_DIN )
  (   20 /inout_user/AN5 )
  (   21 /QSPI_CLK )
  (   22 /inout_user/AN6 )
  (   23 /QSPI_CS0 )
  (   24 /inout_user/AN7 )
  (   25 /QSPI_CS1 )
  (   26 /inout_user/CANTX )
  (   27 /xilinx/QSPI_CS2 )
  (   28 /inout_user/CANRX )
  (   29 /inout_user/QSPI_CS3 )
  (   30 /inout_user/PWM5 )
  (   31 /IRQ-3 )
  (   32 /inout_user/PWM7 )
  (   33 /IRQ-4 )
  (   34 /DTIN0 )
  (   35 /IRQ-5 )
  (   36 /inout_user/DTIN1 )
  (   37 /inout_user/IRQ-6 )
  (   38 /DTIN2 )
  (   39 /inout_user/IRQ-7 )
  (   40 /inout_user/DTIN3 )
  (   41 /inout_user/UTXD0 )
  (   42 /inout_user/URTS0 )
  (   43 /URXD0 )
  (   44 /inout_user/UCTS0 )
  (   45 /inout_user/UTXD2 )
  (   46 /URTS2 )
  (   47 /URXD2 )
  (   48 /UCTS2 )
  (   49 /GPT0 )
  (   50 /GPT1 )
  (   51 /inout_user/GPT2 )
  (   52 /GPT3 )
  (   53 /RCON- )
  (   54 GND )
  (   55 /VCCA )
  (   56 /VRL )
  (   57 /VCCA )
  (   58 /VRL )
  (   59 VDD )
  (   60 GND )
 )
 ( /47D80204/4791D59D $noname  R64 3,3 {Lib=R}
  (    1 VDD )
  (    2 /xilinx/+3,3V_OUT )
 )
 ( /47D80204/46A76EB2 $noname  P3 CONN_2X2 {Lib=CONN_2X2}
  (    1 /UCTS1 )
  (    2 N-000181 )
  (    3 /xilinx/XIL_RTS )
  (    4 N-000164 )
 )
 ( /47D80204/470F38BE $noname  U9 XCR3256-TQ144 {Lib=XCR3256-TQ144}
  (    1 /xilinx/XIL_D23 )
  (    2 /xilinx/XIL_D4 )
  (    3 GND )
  (    4 /xilinx/TDI )
  (    5 /xilinx/XIL_D22 )
  (    6 /xilinx/XIL_D20 )
  (    7 /xilinx/XIL_D2 )
  (    8 /xilinx/XIL_D3 )
  (    9 ? )
  (   10 /xilinx/XIL_D21 )
  (   11 /xilinx/XIL_D1 )
  (   12 /xilinx/XIL_D0 )
  (   13 GND )
  (   14 ? )
  (   15 ? )
  (   16 ? )
  (   17 GND )
  (   18 ? )
  (   19 ? )
  (   20 /xilinx/TMS )
  (   21 ? )
  (   22 ? )
  (   23 ? )
  (   24 VDD )
  (   25 ? )
  (   26 ? )
  (   27 /xilinx/LED_TEST2 )
  (   28 /xilinx/LED_TEST1 )
  (   29 ? )
  (   30 ? )
  (   31 N-000164 )
  (   32 N-000181 )
  (   33 GND )
  (   34 ? )
  (   36 ? )
  (   37 ? )
  (   38 ? )
  (   39 ? )
  (   40 ? )
  (   41 ? )
  (   42 /IRQ-1 )
  (   43 /inout_user/IRQ-2 )
  (   44 /IRQ-3 )
  (   45 /xilinx/QSPI_CS2 )
  (   46 /QSPI_DIN )
  (   47 /DSPI_DOUT )
  (   48 /QSPI_CLK )
  (   49 /UCTS1 )
  (   50 VDD )
  (   51 VDD )
  (   52 GND )
  (   53 /xilinx/XIL_RTS )
  (   54 /QSPI_CS1 )
  (   55 ? )
  (   56 ? )
  (   57 GND )
  (   58 VDD )
  (   59 GND )
  (   60 ? )
  (   61 ? )
  (   62 ? )
  (   63 ? )
  (   64 GND )
  (   65 ? )
  (   66 ? )
  (   67 ? )
  (   68 ? )
  (   69 ? )
  (   70 ? )
  (   71 ? )
  (   72 ? )
  (   73 VDD )
  (   74 ? )
  (   75 ? )
  (   76 VDD )
  (   77 ? )
  (   78 ? )
  (   79 ? )
  (   80 ? )
  (   81 ? )
  (   82 ? )
  (   83 ? )
  (   85 GND )
  (   86 ? )
  (   87 ? )
  (   88 ? )
  (   89 /xilinx/TCK )
  (   90 ? )
  (   91 ? )
  (   92 ? )
  (   93 ? )
  (   94 ? )
  (   95 VDD )
  (   96 /xilinx/XIL_D19 )
  (   97 /xilinx/XIL_D18 )
  (   98 /xilinx/XIL_D32 )
  (   99 /xilinx/XIL_D36 )
  (  100 /xilinx/XIL_D16 )
  (  101 /xilinx/XIL_D17 )
  (  102 ? )
  (  103 ? )
  (  104 /xilinx/TDO )
  (  105 GND )
  (  106 ? )
  (  107 /xilinx/XIL_D35 )
  (  108 /xilinx/XIL_D15 )
  (  109 /xilinx/XIL_D14 )
  (  110 ? )
  (  111 /xilinx/XIL_D13 )
  (  112 /xilinx/XIL_D33 )
  (  113 /xilinx/XIL_D34 )
  (  114 /xilinx/XIL_D12 )
  (  115 VDD )
  (  116 /xilinx/XIL_D31 )
  (  117 /xilinx/XIL_D29 )
  (  118 /xilinx/XIL_D30 )
  (  119 /xilinx/XIL_D11 )
  (  120 ? )
  (  121 ? )
  (  122 /xilinx/XIL_D10 )
  (  123 VDD )
  (  124 GND )
  (  125 GND )
  (  126 GND )
  (  127 GND )
  (  128 /XTAL )
  (  129 GND )
  (  130 VDD )
  (  131 /xilinx/XIL_D9 )
  (  132 /xilinx/XIL_D28 )
  (  133 ? )
  (  134 /xilinx/XIL_D27 )
  (  135 GND )
  (  136 /xilinx/XIL_D8 )
  (  137 /xilinx/XIL_D26 )
  (  138 /xilinx/XIL_D7 )
  (  139 /xilinx/XIL_D25 )
  (  140 /xilinx/XIL_D6 )
  (  141 ? )
  (  142 /xilinx/XIL_D24 )
  (  143 /xilinx/XIL_D5 )
  (  144 VDD )
 )
 ( /47D80204/46ADE55A $noname  P4 CONN_20X2 {Lib=CONN_20X2}
  (    1 /xilinx/XIL_D0 )
  (    2 GND )
  (    3 /xilinx/XIL_D1 )
  (    4 /xilinx/XIL_D20 )
  (    5 /xilinx/XIL_D2 )
  (    6 /xilinx/XIL_D21 )
  (    7 /xilinx/XIL_D3 )
  (    8 /xilinx/XIL_D22 )
  (    9 /xilinx/XIL_D4 )
  (   10 /xilinx/XIL_D23 )
  (   11 /xilinx/XIL_D5 )
  (   12 /xilinx/XIL_D24 )
  (   13 /xilinx/XIL_D6 )
  (   14 /xilinx/XIL_D25 )
  (   15 /xilinx/XIL_D7 )
  (   16 /xilinx/XIL_D26 )
  (   17 /xilinx/XIL_D8 )
  (   18 /xilinx/XIL_D27 )
  (   19 /xilinx/XIL_D9 )
  (   20 /xilinx/XIL_D28 )
  (   21 /xilinx/XIL_D10 )
  (   22 /xilinx/XIL_D29 )
  (   23 /xilinx/XIL_D11 )
  (   24 /xilinx/XIL_D30 )
  (   25 /xilinx/XIL_D12 )
  (   26 /xilinx/XIL_D31 )
  (   27 /xilinx/XIL_D13 )
  (   28 /xilinx/XIL_D32 )
  (   29 /xilinx/XIL_D14 )
  (   30 /xilinx/XIL_D33 )
  (   31 /xilinx/XIL_D15 )
  (   32 /xilinx/XIL_D34 )
  (   33 /xilinx/XIL_D16 )
  (   34 /xilinx/XIL_D35 )
  (   35 /xilinx/XIL_D17 )
  (   36 /xilinx/XIL_D36 )
  (   37 /xilinx/XIL_D18 )
  (   38 /xilinx/+3,3V_OUT )
  (   39 /xilinx/XIL_D19 )
  (   40 GND )
 )
 ( /47D80204/46A76BCA $noname  R57 4K7 {Lib=R}
  (    1 VDD )
  (    2 /xilinx/TCK )
 )
 ( /47D80204/46A76BC4 $noname  D8 LED {Lib=LED}
  (    1 N-000165 )
  (    2 GND )
 )
 ( /47D80204/46A76BC3 $noname  R62 1K {Lib=R}
  (    1 /xilinx/LED_TEST1 )
  (    2 N-000165 )
 )
 ( /47D80204/46A76BBC $noname  C61 100nF {Lib=C}
  (    1 VDD )
  (    2 GND )
 )
 ( /47D80204/46A76BBB $noname  C60 100nF {Lib=C}
  (    1 VDD )
  (    2 GND )
 )
 ( /47D80204/46A76BBA $noname  C59 100nF {Lib=C}
  (    1 VDD )
  (    2 GND )
 )
 ( /47D80204/46A76BB5 $noname  C54 100nF {Lib=C}
  (    1 VDD )
  (    2 GND )
 )
 ( /47D80204/46A76BB4 $noname  C53 100nF {Lib=C}
  (    1 VDD )
  (    2 GND )
 )
 ( /47D80204/46A76BB3 $noname  C52 100nF {Lib=C}
  (    1 VDD )
  (    2 GND )
 )
 ( /47D80204/46A76BB2 $noname  C51 100nF {Lib=C}
  (    1 VDD )
  (    2 GND )
 )
 ( /47D80204/46A76BB1 $noname  C58 100nF {Lib=C}
  (    1 VDD )
  (    2 GND )
 )
 ( /47D80204/46A76BB0 $noname  C57 100nF {Lib=C}
  (    1 VDD )
  (    2 GND )
 )
 ( /47D80204/46A76BAF $noname  C56 100nF {Lib=C}
  (    1 VDD )
  (    2 GND )
 )
 ( /47D80204/46A76BAE $noname  C55 100nF {Lib=C}
  (    1 VDD )
  (    2 GND )
 )
 ( /47D80204/46A76BA8 $noname  D9 LED {Lib=LED}
  (    1 N-000166 )
  (    2 GND )
 )
 ( /47D80204/46A76BA7 $noname  R63 1K {Lib=R}
  (    1 /xilinx/LED_TEST2 )
  (    2 N-000166 )
 )
 ( /47D80204/46A76BA6 $noname  P1 CONN_6 {Lib=CONN_6}
  (    1 VDD )
  (    2 GND )
  (    3 /xilinx/TMS )
  (    4 /xilinx/TDI )
  (    5 /xilinx/TCK )
  (    6 /xilinx/TDO )
 )
 )
 *
 { Allowed footprints by component:
 $component C18
 SM*
 C?
 C1-1
 $endlist
 $component C2
 SM*
 C?
 C1-1
 $endlist
 $component C1
 SM*
 C?
 C1-1
 $endlist
 $component R1
 R?
 SM0603
 SM0805
 $endlist
 $component RED1
 LED-3MM
 LED-5MM
 LED-10MM
 LED-0603
 LED-0805
 LED-1206
 $endlist
 $component R22
 R?
 SM0603
 SM0805
 $endlist
 $component R21
 R?
 SM0603
 SM0805
 $endlist
 $component R15
 R?
 SM0603
 SM0805
 $endlist
 $component D3
 D?
 S*
 $endlist
 $component C3
 SM*
 C?
 C1-1
 $endlist
 $component C16
 CP*
 SM*
 $endlist
 $component D1
 D?
 S*
 $endlist
 $component LEDABRT1
 LED-3MM
 LED-5MM
 LED-10MM
 LED-0603
 LED-0805
 LED-1206
 $endlist
 $component R14
 R?
 SM0603
 SM0805
 $endlist
 $component C15
 SM*
 C?
 C1-1
 $endlist
 $component R12
 R?
 SM0603
 SM0805
 $endlist
 $component R7
 R?
 SM0603
 SM0805
 $endlist
 $component C14
 SM*
 C?
 C1-1
 $endlist
 $component R45
 R?
 SM0603
 SM0805
 $endlist
 $component C20
 SM*
 C?
 C1-1
 $endlist
 $component C21
 SM*
 C?
 C1-1
 $endlist
 $component R9
 R?
 SM0603
 SM0805
 $endlist
 $component R13
 R?
 SM0603
 SM0805
 $endlist
 $component R11
 R?
 SM0603
 SM0805
 $endlist
 $component R10
 R?
 SM0603
 SM0805
 $endlist
 $component R8
 R?
 SM0603
 SM0805
 $endlist
 $component R6
 R?
 SM0603
 SM0805
 $endlist
 $component R5
 R?
 SM0603
 SM0805
 $endlist
 $component R4
 R?
 SM0603
 SM0805
 $endlist
 $component R26
 R?
 SM0603
 SM0805
 $endlist
 $component R20
 R?
 SM0603
 SM0805
 $endlist
 $component R19
 R?
 SM0603
 SM0805
 $endlist
 $component R18
 R?
 SM0603
 SM0805
 $endlist
 $component R17
 R?
 SM0603
 SM0805
 $endlist
 $component R46
 R?
 SM0603
 SM0805
 $endlist
 $component R2
 R?
 SM0603
 SM0805
 $endlist
 $component R25
 R?
 SM0603
 SM0805
 $endlist
 $component C6
 SM*
 C?
 C1-1
 $endlist
 $component R16
 R?
 SM0603
 SM0805
 $endlist
 $component C17
 CP*
 SM*
 $endlist
 $component C12
 SM*
 C?
 C1-1
 $endlist
 $component C11
 SM*
 C?
 C1-1
 $endlist
 $component C10
 SM*
 C?
 C1-1
 $endlist
 $component C9
 SM*
 C?
 C1-1
 $endlist
 $component C8
 SM*
 C?
 C1-1
 $endlist
 $component C7
 SM*
 C?
 C1-1
 $endlist
 $component C5
 SM*
 C?
 C1-1
 $endlist
 $component C4
 SM*
 C?
 C1-1
 $endlist
 $component C26
 SM*
 C?
 C1-1
 $endlist
 $component RCAN1
 R?
 SM0603
 SM0805
 $endlist
 $component RCAN2
 R?
 SM0603
 SM0805
 $endlist
 $component R38
 R?
 SM0603
 SM0805
 $endlist
 $component R36
 R?
 SM0603
 SM0805
 $endlist
 $component C34
 SM*
 C?
 C1-1
 $endlist
 $component C41
 SM*
 C?
 C1-1
 $endlist
 $component D7
 D?
 S*
 $endlist
 $component C38
 CP*
 SM*
 $endlist
 $component LED5
 LED-3MM
 LED-5MM
 LED-10MM
 LED-0603
 LED-0805
 LED-1206
 $endlist
 $component R53
 R?
 SM0603
 SM0805
 $endlist
 $component C40
 CP*
 SM*
 $endlist
 $component R47
 R?
 SM0603
 SM0805
 $endlist
 $component R48
 R?
 SM0603
 SM0805
 $endlist
 $component R49
 R?
 SM0603
 SM0805
 $endlist
 $component R50
 R?
 SM0603
 SM0805
 $endlist
 $component R30
 R?
 SM0603
 SM0805
 $endlist
 $component R35
 R?
 SM0603
 SM0805
 $endlist
 $component R23
 R?
 SM0603
 SM0805
 $endlist
 $component C45
 SM*
 C?
 C1-1
 $endlist
 $component C46
 SM*
 C?
 C1-1
 $endlist
 $component C36
 SM*
 C?
 C1-1
 $endlist
 $component C44
 SM*
 C?
 C1-1
 $endlist
 $component C35
 SM*
 C?
 C1-1
 $endlist
 $component UARTCAN2
 DB9*
 $endlist
 $component C33
 SM*
 C?
 C1-1
 $endlist
 $component C28
 SM*
 C?
 C1-1
 $endlist
 $component C32
 SM*
 C?
 C1-1
 $endlist
 $component C31
 SM*
 C?
 C1-1
 $endlist
 $component C30
 SM*
 C?
 C1-1
 $endlist
 $component UARTCAN1
 DB9*
 $endlist
 $component C27
 SM*
 C?
 C1-1
 $endlist
 $component C22
 SM*
 C?
 C1-1
 $endlist
 $component C25
 SM*
 C?
 C1-1
 $endlist
 $component C24
 SM*
 C?
 C1-1
 $endlist
 $component C23
 SM*
 C?
 C1-1
 $endlist
 $component UARTCAN0
 DB9*
 $endlist
 $component R34
 R?
 SM0603
 SM0805
 $endlist
 $component LED4
 LED-3MM
 LED-5MM
 LED-10MM
 LED-0603
 LED-0805
 LED-1206
 $endlist
 $component LED3
 LED-3MM
 LED-5MM
 LED-10MM
 LED-0603
 LED-0805
 LED-1206
 $endlist
 $component LED2
 LED-3MM
 LED-5MM
 LED-10MM
 LED-0603
 LED-0805
 LED-1206
 $endlist
 $component LED1
 LED-3MM
 LED-5MM
 LED-10MM
 LED-0603
 LED-0805
 LED-1206
 $endlist
 $component R33
 R?
 SM0603
 SM0805
 $endlist
 $component R32
 R?
 SM0603
 SM0805
 $endlist
 $component R31
 R?
 SM0603
 SM0805
 $endlist
 $component R28
 R?
 SM0603
 SM0805
 $endlist
 $component C43
 SM*
 C?
 C1-1
 $endlist
 $component R64
 R?
 SM0603
 SM0805
 $endlist
 $component R57
 R?
 SM0603
 SM0805
 $endlist
 $component D8
 LED-3MM
 LED-5MM
 LED-10MM
 LED-0603
 LED-0805
 LED-1206
 $endlist
 $component R62
 R?
 SM0603
 SM0805
 $endlist
 $component C61
 SM*
 C?
 C1-1
 $endlist
 $component C60
 SM*
 C?
 C1-1
 $endlist
 $component C59
 SM*
 C?
 C1-1
 $endlist
 $component C54
 SM*
 C?
 C1-1
 $endlist
 $component C53
 SM*
 C?
 C1-1
 $endlist
 $component C52
 SM*
 C?
 C1-1
 $endlist
 $component C51
 SM*
 C?
 C1-1
 $endlist
 $component C58
 SM*
 C?
 C1-1
 $endlist
 $component C57
 SM*
 C?
 C1-1
 $endlist
 $component C56
 SM*
 C?
 C1-1
 $endlist
 $component C55
 SM*
 C?
 C1-1
 $endlist
 $component D9
 LED-3MM
 LED-5MM
 LED-10MM
 LED-0603
 LED-0805
 LED-1206
 $endlist
 $component R63
 R?
 SM0603
 SM0805
 $endlist
 $endfootprintlist
 }
 { Pin List by Nets
 Net 2 "" ""
 R7 1
 ABRT_SW1 1
 Net 3 "" ""
 R22 1
 Q1 3
 Net 4 "" ""
 R14 2
 D1 2
 U2 4
 Net 5 "" ""
 LEDABRT1 2
 R14 1
 Net 6 "" ""
 R7 2
 R12 1
 U2 2
 C15 1
 Net 7 "" ""
 TA-1 1
 BDM_PORT1 26
 Net 8 "" ""
 U1 64
 R46 1
 Net 9 "" ""
 VDDA1 2
 L1 1
 Net 10 "" ""
 R22 2
 RED1 1
 Net 11 "" ""
 R9 1
 U1 5
 Net 12 "" ""
 C3 1
 RST_SW1 1
 LV1 1
 D3 2
 Net 13 "/XTAL" "XTAL"
 U1 72
 U9 128
 R1 1
 C2 1
 Y1 2
 Net 14 "GND" "GND"
 C2 2
 C1 2
 RED1 2
 MCU_PORT1 3
 P4 2
 P4 40
 MCU_PORT1 54
 MCU_PORT1 60
 C3 2
 C43 1
 D8 2
 U4 7
 U4 7
 U4 7
 U4 7
 LED1 2
 LED2 2
 LED3 2
 LED4 2
 LED_EN1 1
 U3 15
 UARTCAN0 5
 C22 2
 C27 2
 U5 15
 UARTCAN1 5
 LV1 3
 C28 2
 C33 2
 U8 15
 UARTCAN2 5
 C46 2
 FB1 1
 C45 2
 R35 1
 R30 1
 COM_SEL2 1
 SW1 2
 SW2 2
 U9 125
 U9 126
 U9 127
 C40 2
 LED5 2
 C38 2
 U9 105
 C55 2
 U9 85
 U9 13
 D7 1
 U9 135
 C41 2
 J1 2
 J1 1
 TB1 2
 U7 2
 D9 2
 U9 57
 C34 2
 R36 2
 RCAN2 1
 U9 52
 C26 2
 VR1 3
 C61 2
 U9 64
 C15 2
 U9 59
 C60 2
 R12 2
 U9 33
 C59 2
 C54 2
 RST_SW1 2
 C4 2
 C5 2
 C7 2
 C8 2
 C9 2
 C10 2
 C11 2
 C12 2
 C17 2
 BDM_PORT1 3
 BDM_PORT1 5
 BDM_PORT1 11
 BDM_PORT1 23
 BDM_PORT1 20
 BDM_EN1 1
 P1 2
 C6 2
 CLK0 1
 CLK1 1
 U9 124
 R26 2
 U9 129
 C53 2
 C52 2
 C51 2
 C58 2
 C57 2
 C56 2
 R9 2
 U1 71
 U9 3
 U1 3
 U1 15
 U1 24
 U1 25
 U1 35
 U1 42
 U1 56
 U1 67
 U1 75
 U1 82
 U1 92
 C21 2
 C20 2
 R23 1
 GND1 1
 C14 1
 U9 17
 U2 3
 Net 15 "" ""
 CT1 1
 BDM_PORT1 6
 Net 16 "/QSPI_CLK" "QSPI_CLK"
 U9 48
 U1 18
 MCU_PORT1 21
 PULUPEN1 1
 Net 17 "/xilinx/QSPI_CS2" "QSPI_CS2"
 U9 45
 MCU_PORT1 27
 U1 13
 Net 18 "/QSPI_CS1" "QSPI_CS1"
 U1 19
 MCU_PORT1 25
 U9 54
 Net 19 "/UCTS1" "UCTS1"
 U9 49
 P3 1
 U1 98
 MCU_PORT1 11
 UART_EN1 8
 Net 20 "/xilinx/XIL_RTS" "XIL_RTS"
 UART_EN1 6
 U9 53
 U1 4
 MCU_PORT1 9
 P3 3
 Net 21 "/DSPI_DOUT" "DSPI_DOUT"
 U9 47
 MCU_PORT1 17
 U1 17
 Net 22 "/QSPI_DIN" "QSPI_DIN"
 MCU_PORT1 19
 U9 46
 U1 16
 Net 23 "/IRQ-3" "IRQ-3"
 U1 89
 R6 1
 MCU_PORT1 31
 U9 44
 Net 24 "/inout_user/IRQ-2" "IRQ-2"
 U9 43
 R5 1
 MCU_PORT1 8
 U1 88
 Net 25 "" ""
 Q1 2
 R21 2
 Net 26 "/VRL" "VRL"
 MCU_PORT1 56
 MCU_PORT1 58
 C18 2
 FB1 2
 C16 2
 U1 47
 U1 48
 Net 27 "/RCON-" "RCON-"
 R45 1
 U1 21
 MCU_PORT1 53
 Net 28 "/VCCA" "VCCA"
 MCU_PORT1 55
 L1 2
 C18 1
 MCU_PORT1 57
 C16 1
 U1 50
 U1 49
 Net 29 "/RSTO-" "RSTO-"
 U1 97
 MCU_PORT1 4
 R21 1
 Net 30 "/RSTI-" "RSTI-"
 BDM_PORT1 7
 MCU_PORT1 6
 D3 1
 R15 2
 U1 96
 Net 31 "/inout_user/PWM7" "PWM7"
 MCU_PORT1 32
 U1 63
 Net 32 "/inout_user/PWM5" "PWM5"
 MCU_PORT1 30
 U1 60
 Net 33 "/PWM3" "PWM3"
 MCU_PORT1 15
 U1 33
 Net 34 "/PWM1" "PWM1"
 U1 38
 MCU_PORT1 13
 Net 35 "/UCTS2" "UCTS2"
 U1 27
 MCU_PORT1 48
 UART_EN2 8
 Net 36 "/URTS2" "URTS2"
 UART_EN2 6
 MCU_PORT1 46
 U1 30
 Net 37 "/inout_user/UCTS0" "UCTS0"
 U1 6
 MCU_PORT1 44
 UART_EN0 8
 Net 38 "/inout_user/URTS0" "URTS0"
 MCU_PORT1 42
 U1 9
 UART_EN0 6
 Net 39 "/URXD2" "URXD2"
 U1 28
 MCU_PORT1 47
 UART_EN2 4
 Net 40 "/URXD1" "URXD1"
 MCU_PORT1 7
 U1 100
 UART_EN1 4
 Net 41 "/URXD0" "URXD0"
 MCU_PORT1 43
 U1 7
 UART_EN0 4
 Net 42 "/inout_user/UTXD2" "UTXD2"
 UART_EN2 2
 MCU_PORT1 45
 U1 29
 Net 43 "/UTXD1" "UTXD1"
 MCU_PORT1 5
 UART_EN1 2
 U1 99
 Net 44 "/inout_user/UTXD0" "UTXD0"
 UART_EN0 2
 MCU_PORT1 41
 U1 8
 Net 45 "/inout_user/CANRX" "CANRX"
 PULUPEN1 7
 MCU_PORT1 28
 U1 11
 CAN_EN1 4
 Net 46 "/inout_user/CANTX" "CANTX"
 U1 10
 MCU_PORT1 26
 PULUPEN1 5
 CAN_EN1 1
 Net 47 "/CLKIN/EXTAL" "CLKIN/EXTAL"
 U1 73
 R1 2
 C1 1
 Y1 1
 Net 48 "/ALLPST" "ALLPST"
 ALLPST1 1
 U1 86
 Net 49 "VDD" "VDD"
 Q1 1
 R18 1
 C8 1
 R15 1
 U4 14
 R50 1
 R49 1
 C9 1
 C10 1
 U9 115
 R19 1
 C11 1
 R17 1
 VDDA1 1
 R20 1
 R48 1
 R47 1
 C12 1
 R64 1
 C17 1
 C35 1
 C46 1
 P1 1
 R34 1
 C61 1
 C4 1
 C40 1
 R16 1
 R53 2
 U8 16
 C28 1
 C30 1
 U4 14
 R57 1
 LEDABRT1 1
 C6 1
 U3 16
 U5 16
 U4 14
 BDM_PORT1 9
 C7 1
 LV1 2
 C53 1
 C5 1
 C54 1
 U2 5
 C59 1
 C22 1
 C52 1
 C51 1
 R4 2
 R5 2
 R25 1
 C14 2
 R6 2
 ABRT_SW1 2
 R8 2
 C23 1
 R10 2
 C58 1
 R11 2
 U7 3
 R13 2
 R2 1
 BDM_PORT1 25
 U4 14
 C57 1
 VX_EN1 1
 C34 1
 C56 1
 C55 1
 R45 2
 U9 76
 MCU_PORT1 59
 U9 73
 C60 1
 U1 55
 U1 93
 U1 81
 U9 50
 U1 68
 U1 57
 U1 41
 U9 24
 U9 95
 U1 34
 U1 23
 U9 130
 U9 123
 U1 22
 U1 14
 U9 144
 VR1 2
 VR1 1
 U1 2
 C26 1
 U1 1
 L2 1
 U9 58
 RCAN1 1
 U9 51
 Net 50 "/VDDPLL" "VDDPLL"
 U1 74
 C20 1
 C21 1
 L2 2
 Net 54 "/DDAT3" "DDAT3"
 BDM_PORT1 16
 U1 84
 Net 55 "/DDAT2" "DDAT2"
 U1 83
 BDM_PORT1 17
 Net 56 "/DDAT1" "DDAT1"
 BDM_PORT1 18
 U1 78
 Net 57 "/DDAT0" "DDAT0"
 U1 77
 BDM_PORT1 19
 Net 58 "/PST3" "PST3"
 U1 70
 BDM_PORT1 12
 Net 59 "/PST2" "PST2"
 BDM_PORT1 13
 U1 69
 Net 60 "/PST1" "PST1"
 U1 66
 BDM_PORT1 14
 Net 61 "/PST0" "PST0"
 U1 65
 BDM_PORT1 15
 Net 62 "/DSCLK" "DSCLK"
 U1 85
 BDM_PORT1 4
 R18 2
 Net 63 "/BKPT-" "BKPT-"
 BDM_PORT1 2
 U1 76
 R17 2
 Net 64 "/TCLK" "TCLK"
 R46 2
 CLKOUT1 1
 R26 1
 CT1 2
 BDM_PORT1 24
 Net 65 "/DSO" "DSO"
 R20 2
 BDM_PORT1 10
 U1 80
 Net 66 "/DSI" "DSI"
 R19 2
 U1 79
 BDM_PORT1 8
 Net 67 "/JTAG_EN" "JTAG_EN"
 BDM_EN1 2
 R16 2
 U1 26
 Net 68 "/CLKMOD1" "CLKMOD1"
 CLK1 2
 U1 39
 R2 2
 Net 69 "/CLKMOD0" "CLKMOD0"
 CLK0 2
 U1 40
 R25 2
 Net 70 "/inout_user/TxD_CAN" "TxD_CAN"
 U7 1
 CAN_EN1 3
 Net 71 "" ""
 R36 1
 RS1 1
 U7 8
 Net 72 "" ""
 PULUPEN1 8
 R47 2
 Net 73 "" ""
 R49 2
 PULUPEN1 4
 Net 74 "" ""
 U8 13
 COM_SEL1 3
 Net 75 "" ""
 U8 12
 UART_EN2 7
 Net 76 "" ""
 UART_EN2 5
 U8 11
 R23 2
 Net 77 "" ""
 C45 1
 U8 6
 Net 78 "" ""
 C36 2
 U8 5
 Net 79 "" ""
 C44 2
 U8 3
 Net 80 "" ""
 C35 2
 U8 2
 Net 81 "" ""
 U8 1
 C44 1
 Net 82 "" ""
 U8 4
 C36 1
 Net 83 "" ""
 UARTCAN2 4
 UARTCAN2 6
 UARTCAN2 1
 Net 84 "" ""
 C33 1
 U5 6
 Net 85 "" ""
 C32 2
 U5 5
 Net 86 "" ""
 C31 2
 U5 3
 Net 87 "" ""
 C30 2
 U5 2
 Net 88 "" ""
 UART_EN1 3
 U5 12
 Net 89 "" ""
 U5 9
 UART_EN1 7
 Net 90 "" ""
 U5 11
 UART_EN1 1
 Net 91 "" ""
 R35 2
 UART_EN1 5
 U5 10
 Net 92 "" ""
 U5 1
 C31 1
 Net 93 "" ""
 C32 1
 U5 4
 Net 94 "" ""
 UARTCAN1 6
 UARTCAN1 4
 UARTCAN1 1
 Net 95 "" ""
 U3 6
 C27 1
 Net 96 "" ""
 C25 2
 U3 5
 Net 97 "" ""
 C24 2
 U3 3
 Net 98 "" ""
 C23 2
 U3 2
 Net 99 "" ""
 UART_EN0 3
 U3 12
 Net 100 "" ""
 UART_EN0 7
 U3 9
 Net 101 "" ""
 U3 11
 UART_EN0 1
 Net 102 "" ""
 VX_EN1 2
 MCU_PORT1 1
 C43 2
 Net 103 "" ""
 U4 4
 U4 10
 R34 2
 U4 1
 LED_EN1 2
 U4 13
 Net 104 "" ""
 C24 1
 U3 1
 Net 105 "" ""
 C25 1
 U3 4
 Net 106 "" ""
 UARTCAN0 4
 UARTCAN0 6
 UARTCAN0 1
 Net 107 "" ""
 UART_EN2 1
 U8 10
 Net 108 "" ""
 UART_EN2 3
 U8 9
 Net 109 "" ""
 R30 2
 UART_EN0 5
 U3 10
 Net 110 "" ""
 U8 7
 COM_SEL3 3
 Net 111 "" ""
 U8 8
 COM_SEL2 3
 Net 112 "" ""
 PULUPEN1 2
 R50 2
 Net 113 "" ""
 PULUPEN1 6
 R48 2
 Net 114 "" ""
 VR1 5
 F1 2
 C41 1
 D7 2
 C38 1
 Net 115 "" ""
 TB1 1
 J1 3
 SW_ONOFF1 3
 Net 116 "" ""
 U7 5
 VREF1 1
 Net 117 "/inout_user/RxD_CAN" "RxD_CAN"
 U7 4
 CAN_EN1 2
 Net 119 "/inout_user/CAN_L" "CAN_L"
 U7 6
 R38 1
 RCAN1 2
 COM_SEL3 1
 Net 120 "/inout_user/CAN_H" "CAN_H"
 RCAN2 2
 U7 7
 CAN_TERM1 1
 COM_SEL1 1
 Net 121 "" ""
 R38 2
 CAN_TERM1 2
 Net 123 "" ""
 F1 1
 SW_ONOFF1 2
 Net 124 "" ""
 R53 1
 LED5 1
 Net 125 "/inout_user/CTS2/CANH" "CTS2/CANH"
 COM_SEL1 2
 UARTCAN2 7
 Net 126 "/inout_user/RTS2" "RTS2"
 UARTCAN2 8
 U8 14
 Net 127 "/inout_user/RXD2" "RXD2"
 COM_SEL2 2
 UARTCAN2 3
 Net 128 "/inout_user/TXD2/CANL" "TXD2/CANL"
 UARTCAN2 2
 COM_SEL3 2
 Net 130 "/inout_user/CTS1" "CTS1"
 UARTCAN1 7
 U5 8
 Net 131 "/inout_user/RTS1" "RTS1"
 U5 7
 UARTCAN1 8
 Net 132 "/inout_user/RXD1" "RXD1"
 U5 13
 UARTCAN1 3
 Net 133 "/inout_user/TXD1" "TXD1"
 UARTCAN1 2
 U5 14
 Net 135 "/inout_user/CTS0" "CTS0"
 U3 8
 UARTCAN0 7
 Net 136 "/inout_user/RTS0" "RTS0"
 U3 7
 UARTCAN0 8
 Net 137 "/inout_user/RXD0" "RXD0"
 U3 13
 UARTCAN0 3
 Net 138 "/inout_user/TXD0" "TXD0"
 UARTCAN0 2
 U3 14
 Net 140 "" ""
 R33 1
 LED4 1
 Net 141 "" ""
 R32 1
 LED3 1
 Net 142 "" ""
 LED2 1
 R31 1
 Net 143 "" ""
 R28 1
 LED1 1
 Net 144 "" ""
 R33 2
 U4 8
 Net 145 "" ""
 U4 11
 R32 2
 Net 146 "" ""
 U4 6
 R31 2
 Net 147 "" ""
 R28 2
 U4 3
 Net 163 "/xilinx/+3,3V_OUT" "+3,3V_OUT"
 P4 38
 R64 2
 Net 164 "" ""
 U9 31
 P3 4
 Net 165 "" ""
 R62 2
 D8 1
 Net 166 "" ""
 D9 1
 R63 2
 Net 167 "/xilinx/XIL_D6" "XIL_D6"
 U9 140
 P4 13
 Net 168 "/xilinx/XIL_D7" "XIL_D7"
 U9 138
 P4 15
 Net 169 "/xilinx/XIL_D8" "XIL_D8"
 P4 17
 U9 136
 Net 170 "/xilinx/XIL_D9" "XIL_D9"
 U9 131
 P4 19
 Net 171 "/xilinx/XIL_D10" "XIL_D10"
 P4 21
 U9 122
 Net 172 "/xilinx/XIL_D11" "XIL_D11"
 U9 119
 P4 23
 Net 173 "/xilinx/XIL_D12" "XIL_D12"
 U9 114
 P4 25
 Net 174 "/xilinx/XIL_D13" "XIL_D13"
 U9 111
 P4 27
 Net 175 "/xilinx/XIL_D14" "XIL_D14"
 U9 109
 P4 29
 Net 176 "/xilinx/XIL_D15" "XIL_D15"
 U9 108
 P4 31
 Net 177 "/xilinx/XIL_D16" "XIL_D16"
 U9 100
 P4 33
 Net 178 "/xilinx/XIL_D17" "XIL_D17"
 U9 101
 P4 35
 Net 179 "/xilinx/XIL_D18" "XIL_D18"
 P4 37
 U9 97
 Net 180 "/xilinx/XIL_D19" "XIL_D19"
 P4 39
 U9 96
 Net 181 "" ""
 U9 32
 P3 2
 Net 227 "/xilinx/XIL_D5" "XIL_D5"
 P4 11
 U9 143
 Net 228 "/xilinx/XIL_D4" "XIL_D4"
 P4 9
 U9 2
 Net 229 "/xilinx/XIL_D3" "XIL_D3"
 U9 8
 P4 7
 Net 230 "/xilinx/XIL_D2" "XIL_D2"
 U9 7
 P4 5
 Net 231 "/xilinx/XIL_D1" "XIL_D1"
 U9 11
 P4 3
 Net 232 "/xilinx/XIL_D0" "XIL_D0"
 U9 12
 P4 1
 Net 233 "/xilinx/XIL_D36" "XIL_D36"
 U9 99
 P4 36
 Net 234 "/xilinx/XIL_D35" "XIL_D35"
 U9 107
 P4 34
 Net 235 "/xilinx/XIL_D34" "XIL_D34"
 U9 113
 P4 32
 Net 236 "/xilinx/XIL_D33" "XIL_D33"
 U9 112
 P4 30
 Net 237 "/xilinx/XIL_D32" "XIL_D32"
 U9 98
 P4 28
 Net 238 "/xilinx/XIL_D31" "XIL_D31"
 U9 116
 P4 26
 Net 239 "/xilinx/XIL_D30" "XIL_D30"
 P4 24
 U9 118
 Net 240 "/xilinx/XIL_D29" "XIL_D29"
 P4 22
 U9 117
 Net 241 "/xilinx/XIL_D28" "XIL_D28"
 P4 20
 U9 132
 Net 242 "/xilinx/XIL_D27" "XIL_D27"
 U9 134
 P4 18
 Net 243 "/xilinx/XIL_D26" "XIL_D26"
 P4 16
 U9 137
 Net 244 "/xilinx/XIL_D25" "XIL_D25"
 P4 14
 U9 139
 Net 245 "/xilinx/XIL_D24" "XIL_D24"
 U9 142
 P4 12
 Net 246 "/xilinx/XIL_D23" "XIL_D23"
 P4 10
 U9 1
 Net 247 "/xilinx/XIL_D22" "XIL_D22"
 U9 5
 P4 8
 Net 248 "/xilinx/XIL_D21" "XIL_D21"
 P4 6
 U9 10
 Net 249 "/xilinx/XIL_D20" "XIL_D20"
 U9 6
 P4 4
 Net 250 "/xilinx/LED_TEST1" "LED_TEST1"
 U9 28
 R62 1
 Net 251 "/xilinx/LED_TEST2" "LED_TEST2"
 U9 27
 R63 1
 Net 252 "/xilinx/TCK" "TCK"
 R57 2
 U9 89
 P1 5
 Net 253 "/xilinx/TMS" "TMS"
 P1 3
 U9 20
 Net 254 "/xilinx/TDI" "TDI"
 U9 4
 P1 4
 Net 255 "/xilinx/TDO" "TDO"
 U9 104
 P1 6
 Net 256 "/GPT0" "GPT0"
 MCU_PORT1 49
 U1 58
 Net 257 "/GPT1" "GPT1"
 U1 59
 MCU_PORT1 50
 Net 258 "/inout_user/GPT2" "GPT2"
 U1 61
 MCU_PORT1 51
 Net 259 "/GPT3" "GPT3"
 U1 62
 MCU_PORT1 52
 Net 260 "/DTIN0" "DTIN0"
 U1 36
 U4 2
 MCU_PORT1 34
 Net 261 "/inout_user/DTIN1" "DTIN1"
 MCU_PORT1 36
 U4 5
 U1 37
 Net 262 "/DTIN2" "DTIN2"
 MCU_PORT1 38
 U1 31
 U4 12
 Net 263 "/inout_user/DTIN3" "DTIN3"
 U1 32
 MCU_PORT1 40
 U4 9
 Net 264 "/inout_user/AN0" "AN0"
 MCU_PORT1 10
 U1 43
 Net 265 "/AN1" "AN1"
 MCU_PORT1 12
 U1 44
 Net 266 "/AN2" "AN2"
 U1 45
 MCU_PORT1 14
 Net 267 "/inout_user/AN3" "AN3"
 U1 46
 MCU_PORT1 16
 Net 268 "/inout_user/AN4" "AN4"
 MCU_PORT1 18
 U1 54
 Net 269 "/inout_user/AN5" "AN5"
 MCU_PORT1 20
 U1 53
 Net 270 "/inout_user/AN6" "AN6"
 U1 52
 MCU_PORT1 22
 Net 271 "/inout_user/AN7" "AN7"
 MCU_PORT1 24
 U1 51
 Net 273 "/IRQ-1" "IRQ-1"
 R4 1
 U9 42
 MCU_PORT1 2
 U1 87
 Net 274 "/IRQ-4" "IRQ-4"
 R8 1
 U1 90
 MCU_PORT1 33
 SW1 1
 Net 275 "/IRQ-5" "IRQ-5"
 MCU_PORT1 35
 R10 1
 U1 91
 SW2 1
 Net 276 "/inout_user/IRQ-6" "IRQ-6"
 U1 94
 R11 1
 MCU_PORT1 37
 Net 277 "/inout_user/IRQ-7" "IRQ-7"
 R13 1
 U1 95
 MCU_PORT1 39
 D1 1
 Net 278 "/QSPI_CS0" "QSPI_CS0"
 MCU_PORT1 23
 PULUPEN1 3
 U1 20
 MCU_PORT1 23
 Net 279 "/inout_user/QSPI_CS3" "QSPI_CS3"
 U1 12
 MCU_PORT1 29
 }
 #End
--- a/demos/kit-dev-coldfire-xilinx_5213/kit-dev-coldfire-xilinx_5213.pro
+++ b/demos/kit-dev-coldfire-xilinx_5213/kit-dev-coldfire-xilinx_5213.pro
 update=29/8/2008-13:10:03
 last_client=pcbnew
 [general]
 version=1
 RootSch=kit-dev-coldfire_5213.sch
 BoardNm=kit-dev-coldfire_5213.brd
 [eeschema]
 version=1
 LibDir=
 NetFmt=1
 HPGLSpd=20
 HPGLDm=15
 HPGLNum=1
 offX_A4=0
 offY_A4=0
 offX_A3=0
 offY_A3=0
 offX_A2=0
 offY_A2=0
 offX_A1=0
 offY_A1=0
 offX_A0=0
 offY_A0=0
 offX_A=0
 offY_A=0
 offX_B=0
 offY_B=0
 offX_C=0
 offY_C=0
 offX_D=0
 offY_D=0
 offX_E=0
 offY_E=0
 RptD_X=0
 RptD_Y=100
 RptLab=1
 SimCmd=
 UseNetN=0
 LabSize=60
 [eeschema/libraries]
 LibName1=power
 LibName2=device
 LibName3=transistors
 LibName4=conn
 LibName5=linear
 LibName6=regul
 LibName7=74xx
 LibName8=cmos4000
 LibName9=adc-dac
 LibName10=memory
 LibName11=xilinx
 LibName12=special
 LibName13=microcontrollers
 LibName14=dsp
 LibName15=microchip
 LibName16=analog_switches
 LibName17=motorola
 LibName18=texas
 LibName19=intel
 LibName20=audio
 LibName21=interface
 LibName22=digital-audio
 LibName23=philips
 LibName24=display
 LibName25=cypress
 LibName26=siliconi
 LibName27=contrib
 LibName28=valves
 [pcbnew]
 version=1
 PadDrlX=0
 PadDimH=160
 PadDimV=500
 PadForm=1
 PadMask=14745599
 ViaDiam=350
 ViaDril=150
 MViaDia=200
 MViaDrl=80
 Isol=60
 Countlayer=4
 Lpiste=300
 RouteTo=15
 RouteBo=0
 TypeVia=3
 Segm45=1
 Racc45=1
 SgPcb45=1
 TxtPcbV=800
 TxtPcbH=600
 TxtModV=600
 TxtModH=600
 TxtModW=120
 HPGLnum=1
 HPGdiam=15
 HPGLSpd=20
 HPGLrec=2
 HPGLorg=0
 VEgarde=100
 DrawLar=150
 EdgeLar=150
 TxtLar=120
 MSegLar=60
 WpenSer=10
 UserGrX=0
 UserGrY=0
 UserGrU=1
 DivGrPc=1
 TimeOut=600
 ShowRat=0
 ShowMRa=1
 [pcbnew/libraries]
 LibDir=
 LibName1=supports
 LibName2=connect
 LibName3=discret
 LibName4=pin_array
 LibName5=divers
 LibName6=libcms
 LibName7=display
 LibName8=valves
--- a/include/class_base_screen.h
+++ b/include/class_base_screen.h
 /**********************
 *   class_base_screen.h
 **********************/
 /* define :
 *  class DrawBlockStruct used to handle block commands
 *  class BASE_SCREEN to handle how to draw a screen (a board, a schematic ...)
 */
 #ifndef  __CLASS_BASE_SCREEN_H__
 #define  __CLASS_BASE_SCREEN_H__
 #include "base_struct.h"
 // Forward declarations:
 class SCH_ITEM;
 class Ki_PageDescr;
 /**************************/
 /*  class DrawBlockStruct */
 /**************************/
 /* Definition d'un block pour les fonctions sur block (block move, ..) */
 typedef enum {
    /* definition de l'etat du block */
    STATE_NO_BLOCK,             /* Block non initialise */
    STATE_BLOCK_INIT,           /* Block initialise: 1er point defini */
    STATE_BLOCK_END,            /* Block initialise: 2eme point defini */
    STATE_BLOCK_MOVE,           /* Block en deplacement */
    STATE_BLOCK_STOP            /* Block fixe (fin de deplacement) */
 } BlockState;
 /* codes des differentes commandes sur block: */
 typedef enum {
    BLOCK_IDLE,
    BLOCK_MOVE,
    BLOCK_COPY,
    BLOCK_SAVE,
    BLOCK_DELETE,
    BLOCK_PASTE,
    BLOCK_DRAG,
    BLOCK_ROTATE,
    BLOCK_INVERT,
    BLOCK_ZOOM,
    BLOCK_ABORT,
    BLOCK_PRESELECT_MOVE,
    BLOCK_SELECT_ITEMS_ONLY,
    BLOCK_MIRROR_X,
    BLOCK_MIRROR_Y
 } CmdBlockType;
 class DrawBlockStruct : public EDA_BaseStruct, public EDA_Rect
 {
 public:
    BlockState      m_State;        /* Etat (enum BlockState) du block */
    CmdBlockType    m_Command;      /* Type (enum CmdBlockType) d'operation */
    EDA_BaseStruct* m_BlockDrawStruct;  /* pointeur sur la structure
                                         *   selectionnee dans le bloc */
    int             m_Color;        /* Block Color */
    wxPoint         m_MoveVector;   /* Move distance in move, drag, copy ... command */
    wxPoint         m_BlockLastCursorPosition; /* Last Mouse position in block command
                                                *  = last cursor position in move commands
                                                *  = 0,0 in block paste */
 public:
    DrawBlockStruct();
    ~DrawBlockStruct();
    void SetMessageBlock( WinEDA_DrawFrame* frame );
    void Draw( WinEDA_DrawPanel* panel, wxDC* DC );
 };
 /* Simple class for handling grid arrays. */
 class GRID_TYPE
 {
 public:
    int    m_Id;
    wxRealPoint m_Size;
 };
 /* Declare array of wxSize for grid list implementation. */
 #include <wx/dynarray.h>
 WX_DECLARE_OBJARRAY( GRID_TYPE, GridArray );
 /*******************************************************************/
 /* Class to handle how to draw a screen (a board, a schematic ...) */
 /*******************************************************************/
 class BASE_SCREEN : public EDA_BaseStruct
 {
 public:
    wxPoint m_DrawOrg;                          /* offsets pour tracer le circuit sur l'ecran */
    wxPoint m_Curseur;                          /* Screen cursor coordinate (on grid) in user units. */
    wxPoint m_MousePosition;                    /* Mouse cursor coordinate (off grid) in user units. */
    wxPoint m_MousePositionInPixels;            /* Mouse cursor coordinate (off grid) in pixels. */
    wxPoint m_O_Curseur;                        /* Relative Screen cursor coordinate (on grid) in user units.
                                                 * (coordinates from last reset position)*/
    wxPoint m_ScrollbarPos;                     // Position effective des Curseurs de scroll
    wxSize  m_ScrollbarNumber;                  /* Valeur effective des Nombres de Scrool
                                                 * c.a.d taille en unites de scroll de la surface totale affichable */
    wxPoint m_StartVisu;                        // Coord absolues du 1er pixel visualis�a l'ecran (en nombre de pixels)
    wxSize  m_SizeVisu;                 /* taille en pixels de l'ecran (fenetre de visu
                                         * Utile pour recadrer les affichages lors de la
                                         * navigation dans la hierarchie */
    bool    m_Center;                   /* fix the coordinate (0,0) position on screen : if TRUE (0,0) in centered on screen
                                         *  TRUE: when coordiantaes can be < 0 and > 0   all but schematic
                                         *  FALSE: when coordinates can be only >= 0    Schematic
                                         */
    bool            m_FirstRedraw;
    /* Gestion des editions */
    SCH_ITEM*       EEDrawList;             /* Object list (main data) for schematic */
    EDA_BaseStruct* m_UndoList;             /* Object list for the undo command (old data) */
    EDA_BaseStruct* m_RedoList;             /* Object list for the redo command (old data) */
    int             m_UndoRedoCountMax;     /* undo/Redo command Max depth */
    /* block control */
    DrawBlockStruct BlockLocate;    /* Bock description for block commands */
    /* Page description */
    Ki_PageDescr*   m_CurrentSheetDesc;
    int             m_ScreenNumber;
    int             m_NumberOfScreen;
    wxString        m_FileName;
    wxString        m_Title;            /* titre de la feuille */
    wxString        m_Date;             /* date de mise a jour */
    wxString        m_Revision;         /* code de revision */
    wxString        m_Company;          /* nom du proprietaire */
    wxString        m_Commentaire1;
    wxString        m_Commentaire2;
    wxString        m_Commentaire3;
    wxString        m_Commentaire4;
 private:
    /* indicateurs divers */
    char            m_FlagRefreshReq;       /* indique que l'ecran doit redessine */
    char            m_FlagModified;         // indique modif du PCB,utilise pour eviter une sortie sans sauvegarde
    char            m_FlagSave;             // indique sauvegarde auto faite
    EDA_BaseStruct* m_CurrentItem;          ///< Currently selected object
    /* Valeurs du pas de grille et du zoom */
 public:
    wxRealPoint     m_Grid;             /* Current grid. */
    GridArray  m_GridList;
    bool       m_UserGridIsON;
    wxArrayInt m_ZoomList;          /* Array of standard zoom coefficients. */
    int        m_Zoom;              /* Current zoom coefficient. */
    int        m_ZoomScalar;        /* Allow zooming to non-integer increments. */
 public:
    BASE_SCREEN( KICAD_T aType = SCREEN_STRUCT_TYPE );
    ~BASE_SCREEN();
    BASE_SCREEN* Next() const { return (BASE_SCREEN*) Pnext; }
    BASE_SCREEN* Back() const { return (BASE_SCREEN*) Pback; }
    /**
     * Function setCurItem
     * sets the currently selected object, m_CurrentItem.
     * @param current Any object derived from EDA_BaseStruct
     */
    void SetCurItem( EDA_BaseStruct* current ) {  m_CurrentItem = current; }
    EDA_BaseStruct* GetCurItem() const { return m_CurrentItem; }
    void                    InitDatas();    /* Inits completes des variables */
    wxSize                  ReturnPageSize( void );
    virtual int             GetInternalUnits( void );
    /** Function CursorRealPosition
     * @return the position in user units of location ScreenPos
     * @param ScreenPos = the screen (in pixel) position co convert
     */
    wxPoint                 CursorRealPosition( const wxPoint& ScreenPos );
    /* general Undo/Redo command control */
    virtual void            ClearUndoRedoList();
    virtual void            AddItemToUndoList( EDA_BaseStruct* item );
    virtual void            AddItemToRedoList( EDA_BaseStruct* item );
    virtual EDA_BaseStruct* GetItemFromUndoList();
    virtual EDA_BaseStruct* GetItemFromRedoList();
    /* Manipulation des flags */
    void    SetRefreshReq() { m_FlagRefreshReq = 1; }
    void    ClrRefreshReq() { m_FlagRefreshReq = 0; }
    void    SetModify() { m_FlagModified = 1; m_FlagSave = 0; }
    void    ClrModify() { m_FlagModified = 0; m_FlagSave = 1; }
    void    SetSave() { m_FlagSave = 1; }
    void    ClrSave() { m_FlagSave = 0; }
    int     IsModify() { return m_FlagModified & 1;  }
    int     IsRefreshReq() { return m_FlagRefreshReq & 1;  }
    int     IsSave() { return m_FlagSave & 1;  }
    //----<zoom stuff>----------------------------------------------------------
    /** Function GetScalingFactor
     * @return the the current scale used to draw items on screen
     * draw coordinates are user coordinates * GetScalingFactor( )
     */
    double  GetScalingFactor()
    {
        return (double) m_ZoomScalar / GetZoom();
    }
    /** Function SetScalingFactor
     * @param the the current scale used to draw items on screen
     * draw coordinates are user coordinates * GetScalingFactor( )
     */
    void   SetScalingFactor( double aScale );
    /** Function GetZoom
     * @return the current zoom factor
     * Note: the zoom factor is NOT the scaling factor
     *       the scaling factor is m_ZoomScalar * GetZoom()
     */
    int    GetZoom() const;
    /**
     * Function SetZoom
     * adjusts the current zoom factor
     */
    bool   SetZoom( int coeff );
    /**
     * Function SetZoomList
     * sets the list of zoom factors.
     * @param aZoomList An array of zoom factors in ascending order, zero terminated
     */
    void   SetZoomList( const wxArrayInt& zoomlist );
    int    Scale( int coord );
    void   Scale( wxPoint& pt );
    void   Scale( wxSize& sz );
    void   Scale( wxRealPoint& sz );
    int    Unscale( int coord );
    void   Unscale( wxPoint& pt );
    void   Unscale( wxSize& sz );
    bool   SetNextZoom();               /* ajuste le prochain coeff de zoom */
    bool   SetPreviousZoom();           /* ajuste le precedent coeff de zoom */
    bool   SetFirstZoom();              /* ajuste le coeff de zoom a 1*/
    bool   SetLastZoom();               /* ajuste le coeff de zoom au max */
    //----<grid stuff>----------------------------------------------------------
    wxRealPoint GetGrid();                      /* retourne la grille */
    void   SetGrid( const wxRealPoint& size );
    void   SetGrid( int );
    void   SetGridList( GridArray& sizelist );
    void   AddGrid( const GRID_TYPE& grid );
    void   AddGrid( const wxRealPoint& size, int id );
    void   AddGrid( const wxRealPoint& size, int units, int id );
    /**
     * Function RefPos
     * returns the reference position, coming from either the mouse position or the
     * the cursor position.
     * @param useMouse If true, return mouse position, else cursor's.
     * @return wxPoint - The reference point, either the mouse position or
     *   the cursor position.
     */
    wxPoint RefPos( bool useMouse )
    {
        return useMouse ? m_MousePosition : m_Curseur;
    }
    /**
     * Function GetClass
     * returns the class name.
     * @return wxString
     */
    virtual wxString GetClass() const
    {
        return wxT( "BASE_SCREEN" );
    }
 #if defined(DEBUG)
    /**
     * Function Show
     * is used to output the object tree, currently for debugging only.
     * @param nestLevel An aid to prettier tree indenting, and is the level
     *          of nesting of this object within the overall tree.
     * @param os The ostream& to output to.
     */
    void Show( int nestLevel, std::ostream& os );
 #endif
 };
 #endif  /* #ifndef __CLASS_BASE_SCREEN_H__ */