Db < Ldg@}G x G >F >F ?{Gz?Top Route2 Route15BottomPadsViasUnroutedDimensiontPlacebPlacetOriginsbOriginstNamesbNamestValuesbValues tStopbStop  tCream bCream !"tFinish"!bFinish #$tGlue$#bGlue%&tTest&%bTest '( tKeepout(' bKeepout )* tRestrict*) bRestrict ++ vRestrict ,,Drills --Holes..Milling//Measures00Document11Reference22dxf34tDocu43bDocu 56 tGND_GNDA65 bGND_GNDA87wert[[Nets\\Busses]]Pins^^Symbols__Names``ValuesaaInfobbGuide dMusteree Patch_TopffVscorehhNamett Patch_BOTyy_tsilkzz_bsilkHeatSink 200bmp 201bmp 202bmp Descript SMDroundcooling 9gSparkFun8SparkFun7 LEDLED65MM<63MM<61206<60603<610MM<-G$17JPwM066SIP<6POLAR<6RA<6 SMD<6 LOCK<6 <6 <6  <-ȜG$17JPM086''<6LOCK<6<-ȜG$17JPM056PTH<6N<6LOCK<6U<-ȜG$17JPcM076''<6LOCK<6r<-ȜG$1fSparkFunwJ LED"3^1Ȝ"3^Ȝd"3^1ȜȜ"3^ȜdȜ,9VC,8cA1_hM" >NAME1`>hM" >VALUE"3^1"3^d"3^Ȝ"3^<z"3^!w^"3^zd"3^dȜ"3^Ȝz!||^"3^"3^"3^1pM06,@p91,@pȜ2,@p3"0^1X9X1`9 s" >VALUE"0^d "0^dȜȜ "0^d99 ,@p8c4,@pp5"0^99X"0^1X11_9" >NAME"0^91"0^dpp "0^d8c8c ,@p)6"0^d)) 1kpM08,@pX1,@p92,@pȜ3"^1 s9 s1`9" >VALUE"^dȜȜ "^d99 "^dXX ,@p4,@p8c5"^99 s"^1 s11_9 " >NAME"^91"^d8c8c "^d ,@pp6,@p)7,@p8"^dpp "^d)) "^d 2M05,@)91,@)Ȝ2,@)3"0^ԔXȜX1`Ȝ s" >VALUE"0^18c "0^1Ȝ8cȜ "0^198c9 ,@)8c4,@)p5"0^Ȝ)ȜX"0^ԔXԔ)1_ȜlG" >NAME"0^Ȝ)Ԕ)"0^1p8cp "0^18c8c8c 1pM07,@p91,@pȜ2,@p3"^1X9X1`9 s" >VALUE"^d "^dȜȜ "^d99 ,@p8c4,@pp5"^99X"^1X11_9 " >NAME"^91"^dpp "^d8c8c ,@p)6,@p7"^d)) "^d SparkFun hLED5MM*dA*1K1|(>NAME1}(>VALUE%8c8c"08c8cjJ"08c8cjJ"03Z,y"03Z,0{"03~@y"03~@0{"03VTy"03VT0{ [ULED3MM*dA*1K1jJ(>NAME1jJ(>VALUE"3=d=1"`O<2"Z%`O"<0"0"3% "3ff0"=2="=f=Bb,+hpXA+:pXC1F6 >NAME1P >VALUE"0'@'"0@'@"0@"0'']'"0]']"0]'"0 X "1 "0 Hp"0HpH"2H  2+LC+A1F >NAME1+*P >VALUE""" "" 8'"NAME"0|J1"0J11"01!"0!2d"0dJd"0Jd|2&3, "01vB1"0vB1D["0D[2vBd"0D[t1"0t11"01|"0|2d"0dtd"0tdD[2"0Ԕ1"01>1"0>1 "0 2>d"0>dd"0dԔ2"01 "0 2d"0vBdd&3̖ &33 &3\ "0211"011"012d"01jJ1"0jJ1|1"0|1Ԕ"0Ԕ2|d"0|djJd"0jJd12"0dd2"021d"0d22d"0d2d&3LY$m &3 "3!!21d >VALUE%z*1*8c2*p3*)4*5*6"0dwdȜ{"0!w!Ȝ{"0!wdw{"0!ȜȜ{"0ȜȜ{"0ȜdȜ{"2Ȝd{"1dd{"0dȜ{%-*1*8c2*p3*)4*5*6"0dd|{"0!!|{"0!d{"0!||{"||{"|d|{"|){")){")|{1Fܒ >NAME18ܒ >VALUE-(9X(pX+1P:4+ԔP:5+ P:6+dP:3+,kP:2+P:1"3)0X0{"3X0X,{"3X,,{"3,,k,{"3,k,d,{"3d,1,{"31,Ԕ,{"3Ԕ, ,{"3 ,),{"3),)0{"3 , {"3Ԕ,Ԕ{"31,1{"3d,d{"3,k,,k{"3,{9&1&3i s&3Wns&3s&3?5s&3wIs&3s*1*8c2*p3*)4*5*6"3d2,"32,,"3,1"31jJ,"3jJ,|,"3|,Ԕ"3Ԕ,"3,>,"3>, "3 ,"3,vB,"3vB,D["3D[t,"3t,,"3,|"3|J,"3J,,"3,!"3!!<"3!<n"3nJn"3Jn|<"3|<n"3ntn"3tnD[<"3D[n"3>nn"3nԔ<"3Ԕ<|n"3|njJn"3jJn1<"31<n"3n2n"32nd<"3dNAME1d >VALUE&Q&3i s&3Wns&3s&3?5s&3wIs&3s*1*8c2*p3*)4*5*61dtE >NAME1d >VALUE"3; ' "3 "3 "30e XQ "3h  "3d P "3d d!"3d!N,"3d dX"3dXNn"3!  "3! !X"3!Xn"3! !!"3!!,%z &3i s&3Wns&3s&3?5s&3wIs&3s*1*8c2*p3*)4*5*61d >NAME1d@a >VALUE"0dwdȜ{"3!w!Ȝ{"1!wdw{"1!ȜȜ{"0ȜȜ{"0ȜdȜ{"0Ȝd{"0dd{"0dȜ{%-#*1*8c 2*p3*) 4*5* 6"0dd|{"0!!|{"0!d{"0!||{"||{"|d|{"|){")){")|{1Fܒ >NAME18ܒ >VALUED61X08*1*8c2*p3*)4*5*6*PS71jpG(>NAME"3:1l1"3l1"32ld"3|J1"3J11"31!"3!2d"3dJd"3Jd|2"3:1!"3!2:d"3ld:d&3dI<] &3, "31vB1"3vB1D["3D[2vBd"3D[t1"3t11"31|"3|2d"3dtd"3tdD[2"3Ԕ1"31>1"3>1 "3 2>d"3>dd"3dԔ2"31 "3 2d"3vBdd&3̖ &33 &3\ "3211"311"312d"31jJ1"3jJ1|1"3|1Ԕ"3Ԕ2|d"3|djJd"3jJd12"3dd2"321d"3d22d"3d2d&3LY$m &3 *8"31V1"3V1$"3$$2"3$2Vd"31"32d"3Vdd&3t 1d >VALUED65*1*8c 2*p3*) 4*5* 6*PS71jpG(>NAME"3:1l1"3l1"32ld"3|J1"3J11"31!"3!2d"3dJd"3Jd|2"3:1!"3!2:d"3ld:d&3dI<] &3, "31vB1"3vB1D["3D[2vBd"3D[t1"3t11"31|"3|2d"3dtd"3tdD[2"3Ԕ1"31>1"3>1 "3 2>d"3>dd"3dԔ2"31 "3 2d"3vBdd&3̖ &33 &3\ "3211"311"312d"31jJ1"3jJ1|1"3|1Ԕ"3Ԕ2|d"3|djJd"3jJd12"3dd2"321d"3d22d"3d2d&3LY$m &3 * 8"31V1"3V1$"3$$2"3$2Vd"31"32d"3Vdd&3t 1d >VALUE#V?&3i i &3Wni &3i &3?5i &3wIi &3i *1*8c 2*p3*) 4*5* 61djJ >NAME1d >VALUE";'"" "0eXQ"h"dP"dd&"d&N1"ddN"dNNd"+*PS7&3G^i &3i * 8"؎{"3$$N"3$N:d"3$$&"3$&:1"3$8,61X05*1*8c2*p3*)4*51jpG(>NAME"1vB1"vB1D["D[2vBd"D[t1"t11"1|"|2d"dtd"tdD[2"Ԕ1"1>1">1 " 2>d">dd"dԔ2"1 " 2d"vBdd&3̖ &33 &3\ "211"11"12d"1jJ1"jJ1|1"|1Ԕ"Ԕ2|d"|djJd"jJd12"dd2"21d"d22d"d2d&3LY$m &3 "||21d >VALUE')^R*p 5*Ԕ 4*8c 3*1 2* 1"3FF{"3F2{"32"F{"3"F~@F{"3~@FjJ2{"3jJ2VTF{"3VTFrF{"3rF|2{"3|2F{"3FF{"3F2{"32F{"3FRF{"3R""{"3"{"3"{"3""{"3"|{"3|r"{"3r"VT"{"3VT"jJ{"3jJ~@"{"3~@"""{"3""{"3"{"3""{"3"F{"3FF{1(1 >NAME1( >VALUE"0FF{"0R"*{"0**{"0*RF{,6r*1*8c 2*p3*) 4*51jpG(>NAME"1vB1"vB1D["D[2vBd"D[t1"t11"1|"|2d"dtd"tdD[2"Ԕ1"1>1">1 " 2>d">dd"dԔ2"1 " 2d"vBdd&3̖ &33 &3\ "211"11"12d"1jJ1"jJ1|1"|1Ԕ"Ԕ2|d"|djJd"jJd12"dd2"21d"d22d"d2d&3LY$m &3 "||21d >VALUEQ|&3i s&3Wns&3s&3?5s&3wIs*1*8c2*p3*)4*51dtE >NAME1d >VALUE"; ' " " "0e XQ "d P "d d!"d!N,"d dX"dXNn"3|  "3| |X"3|Xn"3| |!"3|!,<61X07*1*8c2*p3*)4*5*6*PS71jpG(>NAME"0:1l1"0l1"02ld"0|J1"0J11"01!"0!2d"0dJd"0Jd|2"0:1!"0!2:d"0ld:d&3dI<] &3, "01vB1"0vB1D["0D[2vBd"0D[t1"0t11"01|"0|2d"0dtd"0tdD[2"0Ԕ1"01>1"0>1 "0 2>d"0>dd"0dԔ2"01 "0 2d"0vBdd&3̖ &33 &3\ "0211"011"012d"01jJ1"0jJ1|1"0|1Ԕ"0Ԕ2|d"0|djJd"0jJd12"0dd2"021d"0d22d"0d2d&3LY$m &3 "321d >VALUE<6*1*8c 2*p3*) 4*5* 6*PS71jpG(>NAME"0:1l1"0l1"02ld"0|J1"0J11"01!"0!2d"0dJd"0Jd|2"0:1!"0!2:d"0ld:d&3dI<] &3, "01vB1"0vB1D["0D[2vBd"0D[t1"0t11"01|"0|2d"0dtd"0tdD[2"0Ԕ1"01>1"0>1 "0 2>d"0>dd"0dԔ2"01 "0 2d"0vBdd&3̖ &33 &3\ "0211"011"012d"01jJ1"0jJ1|1"0|1Ԕ"0Ԕ2|d"0|djJd"0jJd12"0dd2"021d"0d22d"0d2d&3LY$m &3 "321d >VALUE V&3i i &3Wni &3i &3?5i &3wIi &3i *1*8c 2*p3*) 4*5* 61djJ >NAME1d >VALUE";'"" "0eXQ"h"dP"dd&"d&N1"ddN"dNNd"3{"3N"3Nzd"3&"3&z1"+*PS7&3G^i rclrcl7RR-US_6R0402<6R0603<6R0805<6<6R1005<6R1206<6<6R1210<6 <6 R2010<6 <6 R2012<6 <6R2512<6<6R3216<6<6R3225<6<6R5025<6<6R6332<6<6M0805<6M1206<6M1406<6M2012<6M2309<6M3216<6M3516<6M5923<6 <6!<6"$<6#,<6$4<6%<<6&D<6'L<6(S<6)[<6*c<6+k<6,s<6-{<6.<6/<60<61<62<63<64<65<66<67<68<69<6:<6;0922V<6<<6=<6><6? <6@<6A<6B)<6C0<6D8<6ER0201<6F?<6GF<6HVTA52<6IVTA53<6JVTA54<6KVTA55<6LVTA56<6MR4527<6NM<6OU<6P]<6Qe<6Rm<6Su<6TR1218<-G$1rcl pJR-US,p21_,k:" >NAME1`,k" >VALUE,91"^Ȝ'"^'xP"^xPF'"^F'P"^P'"^''P"^'P~@'"^~@'LYP"^LYP8cTrcl ;}R0402+ 1+d 2"3n "3 @n@&3\ &3  12 >NAME12 >VALUE"'v9"'99""'9"v""'v"v&#1_ ;(R060312 >NAME12 >VALUE+|1+4!|2&3" &3B"""3 "3 "'vf&9f&"'9f&9"'9v"'vvf&&#1_ O(R0805+dL1+%dL2121 >NAME12Ȝ >VALUE&3D)g&3Tg"3"322"'f&Mf&"'Mf&M"'M"'f&&#1w O(R0805W121 >NAME12Ȝ >VALUE&3D)g&3Tg"3"322+L1+)L2"'f&Mf&"'Mf&M"'M"'f&&#1w ;FR1005+ 1+d 2"3n "3 @n@&3\ &3  12 >NAME12 >VALUE"'v9"'99""'9"v""'v"v&#1H  b(VR1206+7@7#2+t@7#1"035%@L@"035%L&3;"&35%A;"1d1 >NAME1dȜ >VALUE"'ff&`f&"'`f&`"'`f"'fff&&#H X c(fR1206W11 >NAME1Ȝ >VALUE"3V@"@&3""&3"@"""3V"+r(#p1+:(#p2"'ff&`f&"'`f&`"'`f"'fff&&#H X b;R1210+P@41+6@421ȜjJ >NAME1Ȝ >VALUE"3V/$/&3v2&3#Av2"3Vb$b"'f9`9"'`9`"'`f"'ff9&#H '# c;R1210W1ȜjJ >NAME1Ȝ >VALUE"03V/$/&3v2&3#Av2"03Vb$b"'f9`9"'`9`"'`f"'ff9+r(#(#1+:(#(#2&#H A w;R2010+(#41+U(#42"30@0&3Ğh3&3~@ha3"3^A^1jJ >NAME1 >VALUE"'Vx99"'9"'Vx"'VxVx9 w;R2010W"30@0&3Ğh3&3~@ha3"3^A^1ȜjJ >NAME1Ȝ >VALUE"'Vx99"'9"'Vx"'VxVx9+'(#1+FZ'(#2 O(R2012+dL1+4!dL2121 >NAME12Ȝ >VALUE&3D)g&3Tg"3"322"'f&Mf&"'Mf&M"'M"'f&&#o O(R2012W121 >NAME12Ȝ >VALUE&3D)g&3Tg"3"322+HL1+$L2"'f&Mf&"'Mf&M"'M"'f&&#o cOR25121ȜjJ >NAME1Ȝ >VALUE+(#>1+`m(#>2"39>]9&3z/<&3F\zy}<"3v>]v"'dvM2vM"'2vM2"'2d"'ddvM&#w' bO.R2512W1jJ >NAME1 >VALUE"39>]9&3z/<&3F\zy}<"3v>]v+')1+ q')2"'dvM2vM"'2vM2"'2d"'ddvM&#w' b(PR321611 >NAME1Ȝ >VALUE"3V@"@+P@(#1+6@(#2&3""&3"@"""3V""'ff&`f&"'`f&`"'`f"'fff&&#H X c(`R3216W11 >NAME1Ȝ >VALUE"3V@"@&3""&3"@"""3V"+r(#p1+:(#p2"'ff&`f&"'`f&`"'`f"'fff&&#H X b;R3225+P@41+6@421ȜjJ >NAME1Ȝ >VALUE"3V/$/&3v2&3#Av2"3Vb$b"'f9`9"'`9`"'`f"'ff9&#H ' c;R3225W1jJ >NAME1 >VALUE"3V/$/&3v2&3#Av2"3Vb$b"'f9`9"'`9`"'`f"'ff9+r(#(#1+:(#(#2&#H ' w;R5025+(#41+U(#42"30@0&3Ğh3&3~@ha3"3^A^1jJ >NAME1 >VALUE"'Vx99"'9"'Vx"'VxVx9&#w' w;R5025W"30@0&3Ğh3&3~@ha3"3^A^1jJ >NAME1 >VALUE"'Vx99"'9"'Vx"'VxVx9+'(#1+FZ'(#2&#w' cOR63321ȜjJ >NAME1Ȝ >VALUE+>1+y>2"39>]9&3z/<&3F\zy}<"3v>]v"'dvM2vM"'2vM2"'2d"'ddvM&#w' cOWR6332W1ȜjJ >NAME1Ȝ >VALUE"39>]9&3z/<&3F\zy}<"3v>]v+(p>1+|p>2"'dvM2vM"'2vM2"'2d"'ddvM&#w' O(M08051d1 >NAME1dȜ >VALUE"'f&Mf&"'M"'f&"'Mf&M"38"3282+d@1+%d@2&3R86&38(&#1o b;M12061d1 >NAME1dȜ >VALUE"'f9`9"'`f"'ff9"'`9`"3, Z "3,BZB+P@'1+6@'2&3HX#&3+HzB#&#H A v(M14061d1 >NAME1dȜ >VALUE"'ދf&"tf&"'"tދ"'ދދf&"'"tf&"t"33h"33NAME1dȜ >VALUE"'f&Mf&"'M"'f&"'Mf&M"38"3282+d@1+%d@2&3R86&38(&#1o P;SM23091jJ >NAME1ȜȜ >VALUE"'FQ99"'FQ"'FQFQ9"'9"3B^--"3B^\\+L21+ToL22&3b0&3D]bw0&#w' b;rM32161d1 >NAME1dȜ >VALUE"'f9`9"'`f"'ff9"'`9`"3, Z "3,BZB+P@'1+6@'2&3HX#&3+HzB#&#H A v(M35161d1 >NAME1dȜ >VALUE"'ދf&"tf&"'"tދ"'ދދf&"'"tf&"t"33h"33NAME1ȜȜ >VALUE"'FQ99"'FQ"'FQFQ9"'9"3B^--"3B^\\+L21+ToL22&3b0&3D]bw0&#w's)0204/5*Ȝ1*8c21-Y0>NAME1Y0>VALUE"038c`O "03Ȝ "0x"y"02xF z"0;FtE2 {"0;"tEx"032"0x"d""0Zd""0xFdF"0ZNAME1&Y0>VALUE"03Ԕr "03,k "0Ȝ'y"0ȜNAME12(>VALUE"03p "039@a "0",y"0FZ z"0rZ|F {"0r,|"x"0F""0,Ȝ,"0'Ȝ,"0ZȜZ"0PȜZ"0B^'8c,"0B^''"0B^P8cZ"0B^PP"0r,8c,"0rZ8cZ"0|F|"&| &>b "0ZR*1* 216(>NAME16(>VALUE"03 \ "03/ "0",y"0FZ z"0rZ|F {"0r,|"x"0F""0,Ȝ,"0'Ȝ,"0ZȜZ"0PȜZ"0B^'8c,"0B^''"0B^P8cZ"0B^PP"0r,8c,"0rZ8cZ"0|F|"&| &>b &^ &0^R "0 "0^R@a S0*X1*)216(>NAME16(>VALUE"03) "03X "0",y"0FZ z"0rZ|F {"0r,|"x"0F""0,Ȝ,"0'Ȝ,"0ZȜZ"0PȜZ"0B^'8c,"0B^''"0B^P8cZ"0B^PP"0r,8c,"0rZ8cZ"0|F|"&| &>b &> & "0> "0 @a  [5*d1*121'(>NAME1(>VALUE%d11"03d "0 "031 %3d'' i4*Ȝ1*8c21Z"(>NAME1Z(>VALUE%Ȝ11"03ȜF "0< "03"8c %3Ȝ''B00207/7*,k1*Ԕ21Ȝ6(>NAME1,(>VALUE"03,kz "0",y"0FZ z"0rZ|F {"0r,|"x"03F""0,Ȝ,"0'Ȝ,"0ZȜZ"0PȜZ"0B^'8c,"0B^''"0B^P8cZ"0B^PP"0r,8c,"0rZ8cZ"03|F|"&3z "03Ԕ &3| ?G?*91*p21J\jJ(>NAME16(>VALUE"03rH9 "0TW1@a;y"0TWd@ax z"0xd {"0;1x"03TWdTW1"0@a;z;"06z;"0@axzx"0nzx"06;"066"0nx"0nn"0;;"0xx"03d1&3lKTW "03p &3 "?wo*1* 21J\jJ(>NAME16(>VALUE"03 p "039 "0TW1@a;y"0TWd@ax z"0xd {"0;1x"0TWdTW1"0@a;z;"06z;"0@axzx"0nzx"06;"066"0nx"0nn"0;;"0xx"0d1&h &5TW "S*1* 219B^(>NAME1t2(>VALUE"03 R"03*"0pp~@"0`Op~@x"09rH z"0p {"09~@rH`Oy"0`O`O"0ʙjJ`O"0"0ʙ"06fjJ@a`O"06fjJʙjJ"06f@a"06fʙ"09~@9"0rH`O@a`O"0rH@a&.9&pZSS*X1*)219B^(>NAME1t2(>VALUE"0pp~@"0`Op~@x"09rH z"0p {"09~@rH`Oy"0`O`O"0ʙjJ`O"0"0ʙ"06fjJ@a`O"06fjJʙjJ"06f@a"06fʙ"09~@9"0rH`O@a`O"0rH@a"03X"03 )&p&9 J[S 0411V*Ȝ1*121(,(>NAME1*(>VALUE"031 %Ȝ`O`O"03|Ȝ&t%3Ȝ''SX9 1 *X1*)216d(>NAME1TW.(>VALUE"03)"03X"0jJVTy"0 z"04  {"04VT jJx"0jJ"0VT>VT"0|C`O>VT"0>"0|C>"0`OzVT"0`O|C`O"0z"0|C"04VTzVT"04z"0 jJ& &  EXb 0414V*Ȝ1*8c21-(>NAME1(>VALUE"038c6"03Ȝn%ȜVTVT%3Ȝ,,&f 2{{  *1*D[21(>NAME18(>VALUE"03"0lw&w"0$m&w"0l&"0ܒ&"0$mw"0$m$m"0ܒ"0ܒܒ"03ww"03"0җP"03'P"0'.h&3 "0vBҗvBP"03vB'vBP"0vB'vB.h&3xA `M"03XQD["0.hlwy"03wvB.hx"0җl z"03vBҗ {{  *A1*|21(>NAME1.(>VALUE"03*nA"0җ.h"0lw&w"0$m&w"0l&"0ܒ&"0$mw"0$m$m"0ܒ"0ܒܒ"03ww"03"0vBҗvB.h&"r &vB ލ"03|֑"0.hlwy"0җl z"03wvB.hx"03vBҗ { "{ 0617V*Ȝ1*8c217(>NAME1Ι(>VALUE"03Ȝd"0318c%Ȝww&h 3%3Ȝ,,J  *A1*|21 sn(>NAME1.(>VALUE"03|"03ARZ"0 sJ\ s"0"0"0hMhM"0TWhM"0XQD["0XQ"0XQTWD[hM"0XQTWTW"0}D["0}hMD[hM"0J\&3L] s"0 sJ\hM z"0 sy"0}hMJ\ {"0}x& Ԓ&,m s&3  @]K P0613V*Ȝ1*8c21,(>NAME1(>VALUE"038c6"03Ȝn%ȜLYLY&f 3%3Ȝ,,S]| s *X1*)21,i(>NAME1TW8(>VALUE"03)"03X&"0`O LYy"0  z"0 {"0LY`Ox"0 LY/LY"04VT/LY"0 /"04/"0fVT\LY"0fVT4VT"0f\"0f4"0LY\LY"0\&3* &3 "02"032"0`O"02"032"0`Oh  *A1*|21(>NAME1 .(>VALUE"034iA"0z"0Ԕ:Ԕ"0&:Ԕ"0,k:,k"0&u:,k"0Ԕ"0&"0u,k"0u&u"0=ԔԔ"0=,k,k"0bLzbL"03|̖"0Ԕy"0z,k z"0=ԔbLx"0=,kbLz {13(0817&bL Ԓ&,m  h[ P0817V*91*121P1(>NAME1PȜ(>VALUE"03,k9"031%9ԔԔ&,k %39111`O00817"I  ">;rHtEy"tEz;x"zx {">xrH z"rHtEtE">;>x"rH"z;zx*1* 2"3 R"3*1>VT(>NAME1,k2(>VALUE&z V&, >{v? 7 "rr"08c0Ȝ""8cȜ*Q1*D[Q2"3D[31(>NAME12(>VALUE&(.&b(0"3l"0Ȝ z"r8cx"Ȝ {"08cry g5k V526-0*d1*12"Ȝ'1y"LY18c'x"LYd8cP {"ȜPd z"LY11"8cP8c'"dLYd"Ȝ'ȜP1~@(>NAME1ܒ(>VALUE**  +d%%1+d%%21d5% >NAME1d/>VALUE(d%3pp%4pp J 0922V*91*8c21(|A(>NAME1((>VALUE"038c6"039,k%9&,k 3%9jJjJ18c009222  + d1+(# d2"3x'x"3'x'"3'"3x1d5% >NAME1d/>VALUE6K ; + d1+% d2"3x'x"3'x'"3'"3x1d5% >NAME1d/>VALUE O$  +h@1+:@21d5% >NAME1d/>VALUE"3hB"3hBhBp"3hBpp"3p"$p\p"\$ W$  +hp@1+:p@21d5% >NAME1d/>VALUE"3hB"3hBhBp"3hBpp"3p"pHp"H |5.  +@01+W@021/> >NAME1/Ȝ>VALUE"3`m"3`m`m'"3`m''"3'"]/''"]/ g5{ k +p.01+e.021Ȝ> >NAME1ȜȜ>VALUE"3`m"3`m`m'"3`m''"3'",''",S{ RDH/15*X1*)21(>NAME1TW.(>VALUE"3X"w4w">$m4w"4">ܒ4"z$mfw"z$m>$m"zܒf"zܒ>ܒ" wfw" f"җP"3'P"'.h&3 "җP"3'P"'.h&3 "3 )".hwy" w.hx"җ z" җ {13(RDH[) 0204V*d1*121-0>NAME10>VALUE"03d1 %3d""%3d"0   [?0309V*d1*121 '(>NAME1 (>VALUE"031 &3  %d;;"032d &32 & %3d 2R0201+ xf1+ xf212 >NAME12 >VALUE&3H$$&3$ &$$ <}VMTA55*9|1*p|21jJ(>NAME12(>VALUE"039Y "1_\_8"0_8|8"0|8|\"2|\_\&Y~ "23np &9n  "PVMTB60*|1* |21^R8c(>NAME1^R2(>VALUE"3% "1Գ,L",LH,L"H,LHԳ"#HԳԳ&% K "23* &* G}VTA52*|1*PS|21,kp(>NAME12(>VALUE"3L "3"""\J""\J\J"3\J&L "03!PS &! FWVTA53*(|1*J|21,kp(>NAME12(>VALUE"23(RZ "0"0a}"0a}a}"2a}a}bI"3a}bIbI"1bI&RZ "03J &y |VTA54*(|1*J|21,kԔ(>NAME12(>VALUE"3(RZ ""a}"a}a}"a}a}"a}"&RZ "3J &y |lVTA55*|1*vB|21,kԔ(>NAME12(>VALUE"3& "22"2"""2"22&& "3vB &  |"1VTA56*|1* |21,kԔ(>NAME12(>VALUE"39 "ȯȯ"ȯ8P"8P8P"8P8P"8Pȯ"ȯȯ&9^R "3p &p xR4527+JMLr1+Lr2"R"*|*|"3*|փ"փR"փ"3R"փR"*|1 Ԕ >NAME1 9 >VALUE fK#+,91+~h,92"23PF"3x"13xxPF"3xPFPF"2PF>"1D"1x>xPF"2xxD1W >NAME1>w >VALUExtl+JMLr1+Lr2"34'փ4'*|"4'*|*|"3*|փ"փ4'փ1L#X >NAME1L#6 >VALUE ~>+0*"1+R0*"2"23L9Lb"3Lb_b"13_b_9"3_9L9"1L9L4+"2LLb"2_4+_9"1_b_1`J >NAME1 >VALUE fK+,91+~h,92"23PF"3$w"13$w$wPF"3$wPFPF"2PF>"1D"1$w>$wPF"2$w$wD1S >NAME10{ >VALUExg_+JMLr1+Lr2"3R"ЄR"*|"R"*|*|"3*|Є"ЄR"Є1jR >NAME1j6 >VALUExx+tLt1+6Lt2"3փ*|"*|Q*|"3Q*|Qփ"Qփփ14X >NAME146 >VALUESdR12181Ȝ8c >NAME1Ȝ,k >VALUE&3(Y&3#(AY"03VR$R+b_1+9_2"03#VRV`IF PL8LED10(m@M  8LED20(m` 8LED30(m3 8LED40(m 8LED50(m 8LED60(@M @M  8LED70(@M ` 8LED80(@M 3 8LED90(@M  8LED100(@M  8D8-130()H 8%R10(  8%R20(v  8%R30(  8%R40(X=  8%R50(  8%R60(  8LED110(p- @M  8LED120(p- ` 8LED130(p- 3 8LED140(p-  8LED150(p-  8LED160( @M  8LED170( ` 8LED180( 3 8LED190(  8LED200(  8LED210(@M  8LED220(` 8LED230(3 8LED240( 8LED250( 8LED260(@M  8LED270(` 8LED280(3 8LED290( 8LED300( 8D0-71 00()v  8A0-50(p) 8POWER0(v p1COL1 H0, "3[hC   "3[   "3[   "3[ @ "3[@ p "3[p  "3[hC hC@M "3[hC@M hC`"3[hC`hC3"3[hC3hC"3[hChC="3[hC="3[hC="3[3hC3="3[`hC`="3[@M hC@M '[hC@M '[hC`'[hC3'[hC="3[x @M  @M "3[ @M   '[  ="3[ @M @M "3[ @M  '[  ="3[p@M @M "3[@M  '[ ="3[Q@M @@M "3[@@M @ '[@ =!"3[81@M p@M "3[p@M p '[p ="3[0 hC '[hC 1COL2 H0 "3[0 3 "3[3 # "3[# W "3[W H7 "3[H7 x "3[x  "3[  ="3[H@M 3@M "3[3@M 3 "3[# #@M "3[#@M #`"3[#`#3"3[#3#"3[##'[3 '[# ="3[#@M І@M ="3[#`І`="3[#3І3= "3[#І= "3[#І'[#@M '[#`'[#3'[#="3[ `W`"3[W`W '[W ="3[p`H7`"3[H7`H7 '[H7 ="3[Q`x`"3[x`x '[x =""3[81``"3[` '[ =1COL3 H0f "3[0X= X= "3[X= v X= "3[v X=  X= "3[ X= X= "3[X= zX= "3[zX= ZX= "3[ZX= X= ="3[H``"3[`X= '[X= ="3[x `v `"3[v `v X= '[v X= "3[ X=  @M "3[ @M  `"3[ ` 3"3[ 3 "3[  "3[ g '[ X= =="3[ @M g @M ="3[ `g `="3[ 3g 3="3[ g '[ '[ 3'[ `'[ @M ="3[p33"3[3X= '[X= ="3[Q3z3"3[z3zX= '[zX= =#"3[813Z3"3[Z3ZX= '[ZX= =2COL4 H1 ====="3[0G"3["3[0G'["3[3"3[30G3'[3"3[`3"3[`0G`'[`"3[(  "3[  "3[  "3[0  ="3[H33"3[3 '[ "3[ ="3[x 3 3"3[ 3 '[ "3[ P ="3[ 3P3"3[P3P '[P "3[P  "3[ ( '[ "3[ @M "3[@M `"3[@M 0G@M '[@M "3[Q="3[ '[ =$"3[81"3[ '[ =2COL5 H1 ==== "3[(`'"3[(("3[(`''[("3[(3("3[(3`'3'[(3="3[(@M `'@M "3[v P!v "3[P!v v "3[0v (]v ="3[H(]"3[(](]v '[(]v "3[(]v X= v = "3[x X= "3[X= X= v '[X= v "3[X= v v ="3[ "3[v '[v "3[v v ="3[p"3[v '[v "3[v (v "3[(v v '[(v "3[(v (@M '[(@M "3[(@M (`"3[(`(3"3[(``'`'[(`=%"3[81P!"3[P!P!v '[P!v = 1COL6 H0< "3[0 ` "3[`  "3[   "3[ ` "3[` A "3[ A X "3[X  ="3[H`"3[`` '[` = "3[x  "3[   '[  ="3[ "3[ '[ ="3[p`"3[`` '[` "3[ A A= "3[ AQ"3[X X@M "3[X@M X`"3[X`X3"3[X3X"3[XX=%"3[X'[ A '[X =!"3[X@M @M =""3[X``=#"3[X33=$"3[X'[X'[X3'[X`'[X@M = N$6 H W ==&"3[PS  N$1 H W =&="3[ PS N$2 H: WA =&="3[X= PSX= N$3 H W =&="3[ PS N$4 Hs Wz =&= "3[v PSv N$5 H W =&= "3[ PS 3%F%N/%S.%C%R /%S.%C%RLEDs Standard schematic elements and footprints for 5mm, 3mm, 1206, and 0603 sized LEDs. 5mm - Spark Fun Electronics SKU : COM-00529 (and others)Header 6 Standard 6-pin 0.1" header. Use with straight break away headers (SKU : PRT-00116), right angle break away headers (PRT-00553), swiss pins (PRT-00743), machine pins (PRT-00117), and female headers (PRT-00115). Molex polarized connector foot print use with SKU : PRT-08094 with associated crimp pins and housings. NOTES ON THE VARIANTS LOCK and LOCK_LONGPADS... This footprint was designed to help hold the alignment of a through-hole component (i.e. 6-pin header) while soldering it into place. You may notice that each hole has been shifted either up or down by 0.005 of an inch from it's more standard position (which is a perfectly straight line). This slight alteration caused the pins (the squares in the middle) to touch the edges of the holes. Because they are alternating, it causes a "brace" to hold the component in place. 0.005 has proven to be the perfect amount of "off-center" position when using our standard breakaway headers. Although looks a little odd when you look at the bare footprint, once you have a header in there, the alteration is very hard to notice. Also, if you push a header all the way into place, it is covered up entirely on the bottom side. This idea of altering the position of holes to aid alignment will be further integrated into the Sparkfun Library for other footprints. It can help hold any component with 3 or more connection pins.LOCK_LONGPADSPOLAR_LOCKRA_LOCKHeader 8 Standard 8-pin 0.1" header. Use with straight break away headers (SKU : PRT-00116), right angle break away headers (PRT-00553), swiss pins (PRT-00743), machine pins (PRT-00117), and female headers (PRT-00115).LOCK_LONGPADSHeader 5 Standard 5-pin 0.1" header. Use with straight break away headers (SKU : PRT-00116), right angle break away headers (PRT-00553), swiss pins (PRT-00743), machine pins (PRT-00117), and female headers (PRT-00115). Molex polarized connector foot print use with SKU : PRT-08230 with associated crimp pins and housings.1.27MMLOCK_LONGPADSHeader 7 Standard 7-pin 0.1" header. Use with straight break away headers (SKU : PRT-00116), right angle break away headers (PRT-00553), swiss pins (PRT-00743), machine pins (PRT-00117), and female headers (PRT-00115). NOTES ON THE VARIANTS LOCK and LOCK_LONGPADS... This footprint was designed to help hold the alignment of a through-hole component (i.e. 7-pin header) while soldering it into place. You may notice that each hole has been shifted either up or down by 0.005 of an inch from it's more standard position (which is usually a perfectly straight line). This slight alteration caused the pins (the squares in the middle) to touch the edges of the holes. Because they are alternating, it causes a "brace" to hold the header in place. 0.005 has proven to be the perfect amount of "off-center" position when using our standard breakaway headers. Although looks a little odd when you look at the bare footprint, once you have a header in there, the alteration is very hard to notice. Also, if you push a header all the way into place, it is covered up entirely on the bottom side. This idea of altering the position of holes to aid alignment will be further integrated into the Sparkfun Library for other footprints. It can help hold any component with 3 or more connection pins.LOCK_LONGPADSLED

5 mm, roundLED

3 mm, roundLED-1206LED-0603LED10MMMOLEX-1X6MOLEX-1X6-RA1X06-SMD1X06_LOCKThis footprint was designed to help hold the alignment of a through-hole component (i.e. 6-pin header) while soldering it into place. You may notice that each hole has been shifted either up or down by 0.005 of an inch from it's more standard position (which is a perfectly straight line). This slight alteration caused the pins (the squares in the middle) to touch the edges of the holes. Because they are alternating, it causes a "brace" to hold the component in place. 0.005 has proven to be the perfect amount of "off-center" position when using our standard breakaway headers. Although looks a little odd when you look at the bare footprint, once you have a header in there, the alteration is very hard to notice. Also, if you push a header all the way into place, it is covered up entirely on the bottom side. This idea of altering the position of holes to aid alignment will be further integrated into the Sparkfun Library for other footprints. It can help hold any component with 3 or more connection pins.1X06_LOCK_LONGPADSThis footprint was designed to help hold the alignment of a through-hole component (i.e. 6-pin header) while soldering it into place. You may notice that each hole has been shifted either up or down by 0.005 of an inch from it's more standard position (which is a perfectly straight line). This slight alteration caused the pins (the squares in the middle) to touch the edges of the holes. Because they are alternating, it causes a "brace" to hold the component in place. 0.005 has proven to be the perfect amount of "off-center" position when using our standard breakaway headers. Although looks a little odd when you look at the bare footprint, once you have a header in there, the alteration is very hard to notice. Also, if you push a header all the way into place, it is covered up entirely on the bottom side. This idea of altering the position of holes to aid alignment will be further integrated into the Sparkfun Library for other footprints. It can help hold any component with 3 or more connection pins.MOLEX-1X6_LOCKThis footprint was designed to help hold the alignment of a through-hole component (i.e. 6-pin header) while soldering it into place. You may notice that each hole has been shifted either up or down by 0.005 of an inch from it's more standard position (which is a perfectly straight line). This slight alteration caused the pins (the squares in the middle) to touch the edges of the holes. Because they are alternating, it causes a "brace" to hold the component in place. 0.005 has proven to be the perfect amount of "off-center" position when using our standard breakaway headers. Although looks a little odd when you look at the bare footprint, once you have a header in there, the alteration is very hard to notice. Also, if you push a header all the way into place, it is covered up entirely on the bottom side. This idea of altering the position of holes to aid alignment will be further integrated into the Sparkfun Library for other footprints. It can help hold any component with 3 or more connection pins.MOLEX-1X6-RA_LOCK1X08_LOCK1X08_LOCK_LONGPADS1X05-1.27MMHeader for OS4000-T1X05_LOCK1X05_LOCK_LONGPADSThis footprint was designed to help hold the alignment of a through-hole component (i.e. 6-pin header) while soldering it into place. You may notice that each hole has been shifted either up or down by 0.005 of an inch from it's more standard position (which is a perfectly straight line). This slight alteration caused the pins (the squares in the middle) to touch the edges of the holes. Because they are alternating, it causes a "brace" to hold the component in place. 0.005 has proven to be the perfect amount of "off-center" position when using our standard breakaway headers. Although looks a little odd when you look at the bare footprint, once you have a header in there, the alteration is very hard to notice. Also, if you push a header all the way into place, it is covered up entirely on the bottom side. This idea of altering the position of holes to aid alignment will be further integrated into the Sparkfun Library for other footprints. It can help hold any component with 3 or more connection pins.1X07_LOCK1X07_LOCK_LONGPADSRESISTOR, American symbolR0805WR1206WR1210WR2010WR2012WR2512WR3216WR3225WR5025WR6332W0204/50204/70207/100207/120207/150207/2V0207/5V0207/70309/100309/120411/120411/150411/3V0414/150414/5V0617/170617/220617/5V0922/220613/5V0613/150817/220817/7VV234/12V235/17V526-0MELF0102AXMELF0102RMELF0102WMELF0204RMELF0204WMELF0207RMELF0207WRDH/150204/2V0309/VVMTA55VMTB60WSC0001WSC0002WSC01/2WSC2515WSC4527WSC6927RESISTORRESISTORRESISTOR

Pad definition corrected 2006.05.15, librarian@cadsoft.deRESISTOR wave soldering

Pad definition corrected 2006.05.15, librarian@cadsoft.deRESISTORRESISTORRESISTOR

wave solderingRESISTORRESISTOR

wave solderingRESISTORRESISTOR

wave solderingRESISTORRESISTOR

wave solderingRESISTORRESISTOR

wave solderingRESISTORRESISTOR

wave solderingRESISTORRESISTOR

wave solderingRESISTORRESISTOR

wave solderingRESISTOR

Source: http://download.siliconexpert.com/pdfs/2005/02/24/Semi_Ap/2/VSH/Resistor/dcrcwfre.pdfRESISTOR wave soldering

Source: http://download.siliconexpert.com/pdfs/2005/02/24/Semi_Ap/2/VSH/Resistor/dcrcwfre.pdfRESISTOR

MELF 0.10 WRESISTOR

MELF 0.25 WRESISTOR

MELF 0.12 WRESISTOR

MELF 0.10 WRESISTOR

MELF 0.25 WRESISTOR

MELF 0.25 WRESISTOR

MELF 0.12 WRESISTOR

MELF 0.25 WRESISTOR

type 0204, grid 5 mmRESISTOR

type 0204, grid 7.5 mm0207/10RESISTOR

type 0207, grid 10 mm0207/12RESISTOR

type 0207, grid 12 mm0207/15RESISTOR

type 0207, grid 15mm0207/2VRESISTOR

type 0207, grid 2.5 mm0207/5VRESISTOR

type 0207, grid 5 mmRESISTOR

type 0207, grid 7.5 mm0309/10RESISTOR

type 0309, grid 10mm0309/12RESISTOR

type 0309, grid 12.5 mm0411/12RESISTOR

type 0411, grid 12.5 mm0411/15RESISTOR

type 0411, grid 15 mmRESISTOR

type 0411, grid 3.81 mm0414/15RESISTOR

type 0414, grid 15 mmRESISTOR

type 0414, grid 5 mm0617/17RESISTOR

type 0617, grid 17.5 mm0617/22RESISTOR

type 0617, grid 22.5 mmRESISTOR

type 0617, grid 5 mm0922/22RESISTOR

type 0922, grid 22.5 mmRESISTOR

type 0613, grid 5 mmP0613/15RESISTOR

type 0613, grid 15 mmP0817/22RESISTOR

type 0817, grid 22.5 mmRESISTOR

type 0817, grid 6.35 mmV234/12RESISTOR

type V234, grid 12.5 mmV235/17RESISTOR

type V235, grid 17.78 mmRESISTOR

type V526-0, grid 2.5 mmMINI_MELF-0102AXMini MELF 0102 AxialRESISTOR

type 0922, grid 7.5 mmMINI_MELF-0102RCECC Size RC2211 Reflow Soldering

source BeyschlagMINI_MELF-0102WCECC Size RC2211 Wave Soldering

source BeyschlagMINI_MELF-0204RCECC Size RC3715 Reflow Soldering

source BeyschlagMINI_MELF-0204WCECC Size RC3715 Wave Soldering

source BeyschlagMINI_MELF-0207RCECC Size RC6123 Reflow Soldering

source BeyschlagMINI_MELF-0207WCECC Size RC6123 Wave Soldering

source BeyschlagRESISTOR

type RDH, grid 15 mmRESISTOR

type 0204, grid 2.5 mmRESISTOR

type 0309, grid 2.5 mmRESISTOR chip

Source: http://www.vishay.com/docs/20008/dcrcw.pdfBulk Metal Foil Technology, Tubular Axial Lead Resistors, Meets or Exceeds MIL-R-39005 Requirements

MIL SIZE RNC55
Source: VISHAY .. vta56.pdfBulk Metal Foil Technology, Tubular Axial Lead Resistors, Meets or Exceeds MIL-R-39005 Requirements

MIL SIZE RNC60
Source: VISHAY .. vta56.pdfBulk Metal Foil Technology, Tubular Axial Lead Resistors, Meets or Exceeds MIL-R-39005 Requirements

MIL SIZE RBR52
Source: VISHAY .. vta56.pdfBulk Metal Foil Technology, Tubular Axial Lead Resistors, Meets or Exceeds MIL-R-39005 Requirements

MIL SIZE RBR53
Source: VISHAY .. vta56.pdfBulk Metal Foil Technology, Tubular Axial Lead Resistors, Meets or Exceeds MIL-R-39005 Requirements

MIL SIZE RBR54
Source: VISHAY .. vta56.pdfBulk Metal Foil Technology, Tubular Axial Lead Resistors, Meets or Exceeds MIL-R-39005 Requirements

MIL SIZE RBR55
Source: VISHAY .. vta56.pdfBulk Metal Foil Technology, Tubular Axial Lead Resistors, Meets or Exceeds MIL-R-39005 Requirements

MIL SIZE RBR56
Source: VISHAY .. vta56.pdfPackage 4527

Source: http://www.vishay.com/docs/31059/wsrhigh.pdfWSC0001Wirewound Resistors, Precision Power

Source: VISHAY wscwsn.pdfWSC0002Wirewound Resistors, Precision Power

Source: VISHAY wscwsn.pdfWSC01/2Wirewound Resistors, Precision Power

Source: VISHAY wscwsn.pdfWSC2515Wirewound Resistors, Precision Power

Source: VISHAY wscwsn.pdfWSC4527Wirewound Resistors, Precision Power

Source: VISHAY wscwsn.pdfWSC6927Wirewound Resistors, Precision Power

Source: VISHAY wscwsn.pdfCRCW1218 Thick Film, Rectangular Chip Resistors

Source: http://www.vishay.com .. dcrcw.pdf|a% <default!Ceͫm% 5!Ceͫl % 5!Ceͫq% 5!Ceͫ% 5!Ceͫ?% 5!Ceͫ0|\% 5!CeͫqR% 5!CeͫR