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%$Id $ \documentclass[11pt,a4paper,oneside]{article} \usepackage[utf8]{inputenc} \usepackage[spanish]{babel} \usepackage{graphicx} \usepackage{multicol} \usepackage{balance} %\usepackage{subfig} %\usepackage[cm]{fullpage} \usepackage[a4paper]{geometry} %\usepackage{subfigure} \usepackage{float} \usepackage{fancyhdr} \usepackage{caption} \usepackage{subcaption} \title{Plataforma de hardware reconfigurable \\ \small{Armado - Testeo y Documentación de las placas de prototipaje}} \author{Luis A. Guanuco} \date{Agosto 2012} \pagestyle{fancy} \addtolength{\textheight}{2cm} %\addtolength{\voffset}{-1cm} %\addtolength{\textwidth}{1cm} \begin{document} \maketitle{} %\chead{\includegraphics[width=0.1\textwidth]{images/logov2_ES}} \begin{figure}[h] \centering \includegraphics[width=0.3\textwidth]{images/logov2_ES} \end{figure} \section{Introducción} \label{sec:intro} La documentación que se presenta en éste reporte describe los pasos a seguir para el \emph{armado, testéo y depuración} de las distintas placas que conformarán la \emph{Plataforma de Hardware Reconfigurable -- PHR}. Se presenta un esquema general de tres etapas, sin embargo, cada una de ellas presenta una complejidad diferente. \begin{figure}[h] \centering \includegraphics[width=0.6\textwidth]{images/esquema1} \caption{Esquema de trabajo a seguir.} \end{figure} \section{Armado} \label{sec:armado} \subsection{Placas} \label{sec:placas} Actualmente se dispone de cuatro placas PCB, ellas son: \begin{itemize} \item OT-CPLD \item OOCD Links (USB/JTAG) \item S3Power (INTI) \item FPGA (PHR version BETA) \end{itemize} Cada una de éstas placas se encuentra en una versión de \emph{Prototipaje}, lo que implica que su finalidad es únicamente de \emph{testéo} y generar \emph{documentación} que permitan el desarrollo de sus versiones finales, con las correcciones pertinentes. \subsection{Recursos} \label{sec:recursos} Se adjunta a la presente documentación la lista de componentes a utilizar. \subsection{Placas} \label{sec:process} Los esquemáticos se adjuntan al final del documento pero aquí se hace presente a modo de ilustración y que se pueda relacionar con sus correspondientes esquemas PCB. Se recomienda tener cuidado en el proceso de ensamblado/soldado de los componentes. La mayoría de los mismos son SMD, por lo que puede prestarse a confusiones la polarización de capacitores y diodos, como así también la magnitud de cada uno. Se presentan las figuras de cada placa, haciendo énfasis en diferentes vistas con la finalidad de facilitar el armado de las mismas. \subsubsection{OT-CPLD} La placa \textsl{OT-CPLD} tan solo realiza la adaptación de los pines de un CPLD (XC9572XL) a un formato DIP-40 (40 pines) a fines de ser utilizado en cualquier protoboard. Junto a las dos hileras de pines, la placa contiene un reguladore de tensión para el dispositivo lógico; y un puerto de conexión al interface JTAG del CPLD. \begin{figure}[H] \centering \includegraphics[width=\textwidth]{images/ot-cpld_sch} \caption{Esquemático} \end{figure} \begin{figure}[H] \begin{subfigure}[b]{\textwidth} \centering \includegraphics[width=\textwidth]{images/ot-cpld_brd_top} \caption{Top} \end{subfigure} \begin{subfigure}[b]{\textwidth} \centering \includegraphics[width=\textwidth]{images/ot-cpld_brd_botton} \caption{Botton} \end{subfigure} \begin{subfigure}[b]{\textwidth} \centering \includegraphics[width=\textwidth]{images/ot-cpld_brd_top_and_botton} \caption{Top \& Botton} \end{subfigure} \caption{PCB} \end{figure} \newpage{} \subsubsection{OOCD Links} La placa \textsl{OOCD Links} permite acceder a un interface JTAG mediante un puerto USB (hardware \& software). Nacido como un interface para el testéo de hardware mediante software, JTAG se ha convertido en un core clave en la programación de muchos dispisitivos actuales como son FPGAs, CPLDs, $\mu$Cs, $\mu$Ps, etc. La placa contiene un dispositivo central (FT2232), quién realiza la conversión de los protocolos en forma bidireccional. Los demás bloque simplemente hacen al funcionamiento del FT2232. \begin{figure}[H] \begin{subfigure}{\textwidth} \centering \includegraphics[width=\textwidth]{images/oocd-links_sch_1} \caption{FT2232, IC dispositivo interface USB/JTAG} \end{subfigure} \caption{Esquemático} \end{figure} \begin{figure}[H] \addtocounter{figure}{-1} \setcounter{subfigure}{1} \begin{subfigure}{\textwidth} \centering \includegraphics[width=\textwidth]{images/oocd-links_sch_2} \caption{Periféricos} \end{subfigure} \caption{Esquemático (Continuación)} \end{figure} \begin{figure}[H] \begin{subfigure}[b]{0.5\textwidth} \centering \includegraphics[width=\textwidth]{images/oocd-links_brd_top} \caption{Top} \end{subfigure} \begin{subfigure}[b]{0.5\textwidth} \centering \includegraphics[width=\textwidth]{images/oocd-links_brd_botton} \caption{Botton} \end{subfigure} \caption{PCB} \end{figure} \begin{figure}[H] \addtocounter{figure}{-1} \setcounter{subfigure}{2} \begin{subfigure}[b]{\textwidth} \centering \includegraphics[width=0.5\textwidth]{images/oocd-links_brd_top_and_botton} \caption{Top \& Botton} \end{subfigure} \caption{PCB (Continuación)} \end{figure} \subsubsection{S3Power} La placa \textsl{S3Power} fue diseñada por un los miembros del \textbf{INTI}, originalmente destinada a la placa \textbf{S3Proto}, y liberada con licencia \textsl{GPL (General Public License)} en la web \texttt{fpgalibre.sourceforce.net}. Las características eléctricas, en particular, de potencia son muy importantes debido a los distintos niveles de tensión que manejan las FPGAs que se utilizarán. Texas Instruments ha desarrollado un IC (TPS75003) específico para la familia de las FPGA de Xilinx (Spantan 3 - Xilinx Inc). Aquí se resuelven los tiempos de encendido como la regulación en el consumo de potencia de la FPGA. \begin{figure}[H] \centering \includegraphics[width=\textwidth]{images/s3power_sch} \caption{Esquemático} \end{figure} \begin{figure}[H] \begin{subfigure}[b]{0.5\textwidth} \centering \includegraphics[width=\textwidth]{images/s3power_brd_top} \caption{Top} \end{subfigure} \begin{subfigure}[b]{0.5\textwidth} \centering \includegraphics[width=\textwidth]{images/s3power_brd_botton} \caption{Botton} \end{subfigure} % \caption{PCB} %\end{figure} % %\begin{figure}[H] % \addtocounter{figure}{-1} % \setcounter{subfigure}{2} \begin{subfigure}[b]{\textwidth} \centering \includegraphics[width=0.5\textwidth]{images/s3power_brd_top_and_botton} \caption{Top \& Botton} \end{subfigure} \caption{PCB}%(Continuación)} \end{figure} \newpage{} \subsubsection{FPGA (PHR \small{version BETA})} La placa \textsl{FPGA} que se presenta a continuación, es una versión prototipo que de la placa \textbf{PHR} final. La versión BETA pretende realizar un testeo de las características de potencia y el interface al puerto JTAG que dispone el dispositivo programable. Para la alimentación del mismo, se utiliza la placa \textbf{S3power} que se ha descrito en puntos anteriores. \begin{figure}[H] \begin{subfigure}{\textwidth} \centering \includegraphics[width=\textwidth]{images/fpga_sch_1} \caption{FPGA (XC3S50A) \& Memoria de programación (XCF01S)} \end{subfigure} \caption{Esquemático} \end{figure} \begin{figure}[H] \addtocounter{figure}{-1} \setcounter{subfigure}{1} \begin{subfigure}{\textwidth} \centering \includegraphics[width=0.6\textwidth]{images/fpga_sch_2} \caption{Circuito de potencia (Placa S3power)} \end{subfigure} \caption{Esquemático (Continuación)} \end{figure} \begin{figure}[H] \begin{subfigure}[b]{0.5\textwidth} \centering \includegraphics[width=\textwidth]{images/fpga_brd_top} \caption{Top} \end{subfigure} \begin{subfigure}[b]{0.5\textwidth} \centering \includegraphics[width=\textwidth]{images/fpga_brd_botton} \caption{Botton} \end{subfigure} \caption{PCB} \end{figure} \begin{figure}[H] \addtocounter{figure}{-1} \setcounter{subfigure}{2} \begin{subfigure}[b]{\textwidth} \centering \includegraphics[width=0.5\textwidth]{images/fpga_brd_top_and_botton} \caption{Top \& Botton} \end{subfigure} \caption{PCB (Continuación)} \end{figure} \section{Documentación} La documentación resulta fundamental en ésta etapa del desarrollo. Si bien se quiere lograr el correcto funcionamiento de las placas, la documentación sirve para realizar correciones a las versiones futuras de cada placa. Otro objetivo es documentar el funcionamiento de cada dispositivo que sirvan al reporte final como así también a los usuarios de la \emph{Plataforma de Hardware Reconfigurable}. \newpage{} \appendix{} \section{Repositorio de proyecto} El proyecto se encuentra alojado en los servidores de \emph{OpenCores}. Por lo que se puede acceder a los repositorios mediante el siguiente link, \texttt{http://opencores.org/project,phr} De todas formas se pueden comunicar por correo, \texttt{guanucoluis@gmail.com}. \section{Archivos a conciderar} Se dispone de varios archivos relacionados con esta etapa de ensamblado y testeo. \begin{verbatim} luis@luis-laptop:to_print$ ls -lX total 2872 -rw-r--r-- 1 luis luis 1421 jul 10 16:38 cpld.cmp -rw-r--r-- 1 luis luis 4599 jul 10 17:09 fpga.cmp -rw-r--r-- 1 luis luis 6126 ago 28 21:34 OOCD_placa.cmp -rw-r--r-- 1 luis luis 4159 jul 10 16:40 S3Proto_Power.cmp -rw-r--r-- 1 luis luis 234181 ago 28 21:29 fpga_brd.pdf -rw-r--r-- 1 luis luis 137037 ago 28 21:55 fpga_sch.pdf -rw-r--r-- 1 luis luis 177723 ago 28 21:23 OOCD-Links_brd.pdf -rw-r--r-- 1 luis luis 88397 ago 28 21:55 OOCD-Links_sch.pdf -rw-r--r-- 1 luis luis 145699 ago 28 21:04 ot-cpld_brd.pdf -rw-r--r-- 1 luis luis 55105 ago 28 21:55 ot-cpld_sch.pdf -rw-r--r-- 1 luis luis 121516 ago 28 21:17 S3Proto_Power_brd.pdf -rw-r--r-- 1 luis luis 63912 ago 28 00:40 S3Proto_Power_sch.pdf -rw-r--r-- 1 luis luis 1520722 ago 28 20:39 schedule.pdf -rw-r--r-- 1 luis luis 57478 ago 28 21:35 cpld.png -rw-r--r-- 1 luis luis 86035 ago 28 21:37 fpga.png -rw-r--r-- 1 luis luis 66724 ago 28 21:33 OOCD_placa.png -rw-r--r-- 1 luis luis 70647 ago 28 21:36 S3Proto_Power.png \end{verbatim} En estos archivos se tiene las figuras presentadas en las anteriores secciones pero con mejor resolución, estos terminan en \texttt{\_sch} o \texttt{\_brd} correspondientes a si se trata del esquemático o el PCB, respectivamente. También se tiene los archivos \texttt{.cmp}, los que contienen la lista de componentes a utilizar y su referencia en el esquemático como así también el encapsulado. Los archivos \texttt{.png} son las distintas placas vista en 3D para tener una idea de como debería quedar al finalizar el desarrollo. \newpage \section{Lista de componentes} \subsection{OT-CPLD} \begin{multicols}{2} \begin{verbatim} BeginCmp TimeStamp = /4EA65376; Reference = C1; ValeurCmp = 1uF; IdModule = SM0603; EndCmp BeginCmp TimeStamp = /4EA6543A; Reference = C2; ValeurCmp = 1uF; IdModule = SM0603; EndCmp BeginCmp TimeStamp = /4EA882B4; Reference = C3; ValeurCmp = .1uF; IdModule = SM0603; EndCmp BeginCmp TimeStamp = /4EA882BB; Reference = C4; ValeurCmp = .01uF; IdModule = SM0603; EndCmp BeginCmp TimeStamp = /4EA882C2; Reference = C5; ValeurCmp = .1uF; IdModule = SM0603; EndCmp BeginCmp TimeStamp = /4EA882CF; Reference = C6; ValeurCmp = 100uF; IdModule = SM0805; EndCmp BeginCmp TimeStamp = /4EA654D2; Reference = D1; ValeurCmp = power; IdModule = LED-0805; EndCmp BeginCmp TimeStamp = /4EA74DB8; Reference = P1; ValeurCmp = CON_1; IdModule = 1X20; EndCmp BeginCmp TimeStamp = /4EA74DAC; Reference = P2; ValeurCmp = CON_2; IdModule = 1X20; EndCmp BeginCmp TimeStamp = /4EA1F196; Reference = P3; ValeurCmp = JTAG-POWER; IdModule = 1X06; EndCmp BeginCmp TimeStamp = /4EA653DA; Reference = R1; ValeurCmp = 470K; IdModule = SM0603; EndCmp BeginCmp TimeStamp = /4EA654AE; Reference = R2; ValeurCmp = 470; IdModule = SM0603; EndCmp BeginCmp TimeStamp = /4EA652AE; Reference = U1; ValeurCmp = SP6200; IdModule = SOT23-5; EndCmp BeginCmp TimeStamp = /4EA62E7A; Reference = U2; ValeurCmp = XC9572XL; IdModule = TQFP44; EndCmp EndListe \end{verbatim} \end{multicols} \newpage \subsection{OOCD Links} \begin{multicols}{2} \begin{verbatim} BeginCmp TimeStamp = 4EB85B2D Path = /4EAE3B06 Reference = X1; ValeurCmp = USB-MB-H; IdModule = con-usb-USB-MB-H; EndCmp BeginCmp TimeStamp = 4EAEBF60 Path = /4EAB3FF2 Reference = IC1; ValeurCmp = FT2232C; IdModule = ft2232c-LQFP; EndCmp BeginCmp TimeStamp = 4EAEBF62 Path = /4EAE3363 Reference = D4; ValeurCmp = FT_OK; IdModule = LED-0805; EndCmp BeginCmp TimeStamp = 4EB0CE47 Path = /4EAE3357 Reference = D3; ValeurCmp = TX; IdModule = LED-0805; EndCmp BeginCmp TimeStamp = 4EAEBF66 Path = /4EAE3349 Reference = D2; ValeurCmp = RX; IdModule = LED-0805; EndCmp BeginCmp TimeStamp = 4EAEBF68 Path = /4EAE32A1 Reference = D1; ValeurCmp = +5V; IdModule = LED-0805; EndCmp BeginCmp TimeStamp = 4EAEBF69 Path = /4EAE3DC9 Reference = JTAG1; ValeurCmp = JTAG-ARM; IdModule = nxp-JTAG-ARM; EndCmp BeginCmp TimeStamp = 4EAEBF6A Path = /4EAE5354 Reference = P1; ValeurCmp = UART; IdModule = PIN_ARRAY_5x2; EndCmp BeginCmp TimeStamp = 4EAEBF6B Path = /4EAE495A Reference = R19; ValeurCmp = 100; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBF6D Path = /4EAE4953 Reference = R18; ValeurCmp = 100; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBF6F Path = /4EAE4946 Reference = R17; ValeurCmp = 100; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBF71 Path = /4EAE4FF4 Reference = R16; ValeurCmp = 100K; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBF73 Path = /4EAE4ED6 Reference = R15; ValeurCmp = 100K; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBF75 Path = /4EAE4DA5 Reference = R14; ValeurCmp = 100K; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBF77 Path = /4EAE4D2D Reference = R13; ValeurCmp = 100K; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBF79 Path = /4EAE4E0E Reference = R12; ValeurCmp = 100K; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBF7B Path = /4EAE3F20 Reference = R11; ValeurCmp = 10K; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBF7D Path = /4EAE3201 Reference = R10; ValeurCmp = 470; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBF7F Path = /4EAE3B8F Reference = R9; ValeurCmp = 1K5; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBF81 Path = /4EAE3B4B Reference = R8; ValeurCmp = 27; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBF83 Path = /4EAE3B44 Reference = R7; ValeurCmp = 27; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBF85 Path = /4EAE346C Reference = R6; ValeurCmp = 1K; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EB0CE4A Path = /4EAE3468 Reference = R5; ValeurCmp = 1K; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBF89 Path = /4EAE3464 Reference = R4; ValeurCmp = 1K; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBF8B Path = /4EAE3297 Reference = R3; ValeurCmp = 1K; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBF8D Path = /4EAE2459 Reference = R2; ValeurCmp = 2K2; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBF8F Path = /4EAE2494 Reference = R1; ValeurCmp = 10K; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBF91 Path = /4EAE516F Reference = C21; ValeurCmp = 100n; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBF93 Path = /4EAE5167 Reference = C20; ValeurCmp = 100n; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBF95 Path = /4EAE4AF1 Reference = C19; ValeurCmp = 47p; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBF97 Path = /4EAE4B24 Reference = C18; ValeurCmp = 47p; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBF99 Path = /4EAE4B2F Reference = C17; ValeurCmp = 47p; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBF9B Path = /4EAE4B56 Reference = C16; ValeurCmp = 47p; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBF9D Path = /4EAE4B6A Reference = C15; ValeurCmp = 47p; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBF9F Path = /4EAE4B76 Reference = C14; ValeurCmp = 47p; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBFA1 Path = /4EAE3EE0 Reference = C13; ValeurCmp = 100n; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBFA3 Path = /4EAE384B Reference = C12; ValeurCmp = C; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBFA5 Path = /4EAE31EE Reference = C11; ValeurCmp = 100n; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBFA7 Path = /4EAE31F7 Reference = C10; ValeurCmp = 100n; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBFA9 Path = /4EAE3A16 Reference = C9; ValeurCmp = 33n; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBFAB Path = /4EAE31FD Reference = C8; ValeurCmp = 100n; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBFAD Path = /4EAE24AC Reference = C7; ValeurCmp = 100n; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBFAF Path = /4EAE30A8 Reference = C6; ValeurCmp = 2u2; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBFB1 Path = /4EAE3C52 Reference = C5; ValeurCmp = 2u2; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBFB3 Path = /4EAE308F Reference = C4; ValeurCmp = 100n; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBFB5 Path = /4EAE3C53 Reference = C3; ValeurCmp = 100n; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBFB7 Path = /4EAE2C55 Reference = C2; ValeurCmp = 10n; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBFB9 Path = /4EAE3C56 Reference = C1; ValeurCmp = 10n; IdModule = SM0603; EndCmp BeginCmp TimeStamp = 4EAEBFBA Path = /4EAE3061 Reference = L2; ValeurCmp = 742792095; IdModule = SM0805; EndCmp BeginCmp TimeStamp = 4EAEBFBC Path = /4EAE3C54 Reference = L1; ValeurCmp = 742792095; IdModule = SM0805; EndCmp BeginCmp TimeStamp = 4EAEBFBD Path = /4EAE4851 Reference = U3; ValeurCmp = SN74AUP1G125; IdModule = SOT23-5; EndCmp BeginCmp TimeStamp = 4EAEBFBF Path = /4EAE4848 Reference = U2; ValeurCmp = SN74AUP1G125; IdModule = SOT23-5; EndCmp BeginCmp TimeStamp = 4EAEBFC0 Path = /4EAE22F9 Reference = U1; ValeurCmp = 93LC46BT; IdModule = SOT23_6; EndCmp BeginCmp TimeStamp = 4EAEBF61 Path = /4EAE26A6 Reference = F1; ValeurCmp = 6MHz; IdModule = -CSTCC; EndCmp BeginCmp TimeStamp = 4EB863DD Path = Reference = ref; ValeurCmp = logo_min; IdModule = ; EndCmp EndListe \end{verbatim} \end{multicols} \newpage \subsection{S3Power} \begin{multicols}{2} \begin{verbatim} BeginCmp TimeStamp = 48FC941B; Reference = C1; ValeurCmp = 100uf_6v; IdModule = -B/3528-21W; EndCmp BeginCmp TimeStamp = 48FC9514; Reference = C2; ValeurCmp = 100nf; IdModule = SM0805; EndCmp BeginCmp TimeStamp = 48FC9531; Reference = C3; ValeurCmp = 100nf; IdModule = SM0805; EndCmp BeginCmp TimeStamp = 48FC9532; Reference = C4; ValeurCmp = 100nf; IdModule = SM0805; EndCmp BeginCmp TimeStamp = 48FC94F6; Reference = C5; ValeurCmp = 1.5nf; IdModule = SM0805; EndCmp BeginCmp TimeStamp = 48FCB2A9; Reference = C6; ValeurCmp = 1.5nf; IdModule = SM0805; EndCmp BeginCmp TimeStamp = 48FC94AF; Reference = C7; ValeurCmp = 10nf; IdModule = SM0805; EndCmp BeginCmp TimeStamp = 48FC948C; Reference = C8; ValeurCmp = 10uf_6v; IdModule = -A/3216-18R; EndCmp BeginCmp TimeStamp = 48FC948A; Reference = C9; ValeurCmp = 10uf_6v; IdModule = -A/3216-18R; EndCmp BeginCmp TimeStamp = 48FDDDFF; Reference = C10; ValeurCmp = 10uf_6v; IdModule = -A/3216-18R; EndCmp BeginCmp TimeStamp = 48FC9564; Reference = C11; ValeurCmp = 10pf; IdModule = SM0805; EndCmp BeginCmp TimeStamp = 48FC9463; Reference = C12; ValeurCmp = 100uf_3v; IdModule = -B/3528-21W; EndCmp BeginCmp TimeStamp = 48FDDDFE; Reference = C13; ValeurCmp = 100uf_3v; IdModule = -B/3528-21W; EndCmp BeginCmp TimeStamp = 48FC939B; Reference = D1; ValeurCmp = SM6T6V6A; IdModule = DO_214AA; EndCmp BeginCmp TimeStamp = 48FC97B2; Reference = D2; ValeurCmp = SS32; IdModule = DO214AB; EndCmp BeginCmp TimeStamp = 48FDDE02; Reference = D3; ValeurCmp = SS32; IdModule = DO214AB; EndCmp BeginCmp TimeStamp = 4900D275; Reference = D4; ValeurCmp = LED; IdModule = -1206; EndCmp BeginCmp TimeStamp = 4900C810; Reference = D5; ValeurCmp = LED; IdModule = -1206; EndCmp BeginCmp TimeStamp = 48FC9598; Reference = L1; ValeurCmp = 15uHy; IdModule = wuerth_elektronik_WE-PD4; EndCmp BeginCmp TimeStamp = 48FDDE00; Reference = L2; ValeurCmp = 5uHy; IdModule = wuerth_elektronik_v5-WE-TPC_XL/XLH; EndCmp BeginCmp TimeStamp = 4907220B; Reference = P1; ValeurCmp = TST_Vin; IdModule = PINTST; EndCmp BeginCmp TimeStamp = 48FDE089; Reference = P3; ValeurCmp = TST_Vaux; IdModule = PINTST; EndCmp BeginCmp TimeStamp = 48FDDD65; Reference = P4; ValeurCmp = TST_Vcore; IdModule = PINTST; EndCmp BeginCmp TimeStamp = 48FDDE09; Reference = P5; ValeurCmp = TST_Vcco; IdModule = PINTST; EndCmp BeginCmp TimeStamp = 491C3ECB; Reference = P6; ValeurCmp = CONN_4; IdModule = header_1x4; EndCmp BeginCmp TimeStamp = 49256388; Reference = P7; ValeurCmp = CONN_7; IdModule = header_1x7; EndCmp BeginCmp TimeStamp = 499DB3E3; Reference = P8; ValeurCmp = TST_GND; IdModule = PINTST; EndCmp BeginCmp TimeStamp = 48FC9789; Reference = Q1; ValeurCmp = G2309; IdModule = SOT23GDS; EndCmp BeginCmp TimeStamp = 48FDDE01; Reference = Q2; ValeurCmp = G2309; IdModule = SOT23GDS; EndCmp BeginCmp TimeStamp = 48FDE587; Reference = R1; ValeurCmp = 22K; IdModule = SM0805; EndCmp BeginCmp TimeStamp = 48FDE584; Reference = R2; ValeurCmp = 22K; IdModule = SM0805; EndCmp BeginCmp TimeStamp = 48FDE56A; Reference = R3; ValeurCmp = 22K; IdModule = SM0805; EndCmp BeginCmp TimeStamp = 48FDE06A; Reference = R4; ValeurCmp = 620K; IdModule = SM0805; EndCmp BeginCmp TimeStamp = 48FDE06B; Reference = R5; ValeurCmp = 154K; IdModule = SM0805; EndCmp BeginCmp TimeStamp = 48FDD021; Reference = R6; ValeurCmp = 33m; IdModule = SM2512; EndCmp BeginCmp TimeStamp = 48FDDE03; Reference = R7; ValeurCmp = 33m; IdModule = SM2512; EndCmp BeginCmp TimeStamp = 4900D274; Reference = R8; ValeurCmp = 330; IdModule = SM0805; EndCmp BeginCmp TimeStamp = 48FDE2B6; Reference = R9; ValeurCmp = 56; IdModule = SM0805; EndCmp BeginCmp TimeStamp = 48FDDF37; Reference = R10; ValeurCmp = 620K; IdModule = SM0805; EndCmp BeginCmp TimeStamp = 48FDDF3E; Reference = R11; ValeurCmp = 365K; IdModule = SM0805; EndCmp BeginCmp TimeStamp = 4900C7F6; Reference = R12; ValeurCmp = 330; IdModule = SM0805; EndCmp BeginCmp TimeStamp = 48FC9227; Reference = U1; ValeurCmp = TPS75003; IdModule = TPS75003; EndCmp EndListe \end{verbatim} \end{multicols} \newpage \subsection{FPGA} \begin{multicols}{2} \begin{verbatim} BeginCmp TimeStamp = /4F4D3964; Reference = C1; ValeurCmp = C_clk; IdModule = SM0603_Capa; EndCmp BeginCmp TimeStamp = /4F58A802; Reference = Ca1; ValeurCmp = 10n; IdModule = SM0603_Capa; EndCmp BeginCmp TimeStamp = /4F69141B; Reference = Ca2; ValeurCmp = 10n; IdModule = SM0603_Capa; EndCmp BeginCmp TimeStamp = /4F69141F; Reference = Ca3; ValeurCmp = 10n; IdModule = SM0603_Capa; EndCmp BeginCmp TimeStamp = /4F691428; Reference = Ca4; ValeurCmp = 10n; IdModule = SM0603_Capa; EndCmp BeginCmp TimeStamp = /4F58BF85; Reference = Ca5; ValeurCmp = 10u; IdModule = SM1206POL; EndCmp BeginCmp TimeStamp = /4F69144A; Reference = Ca6; ValeurCmp = 100u; IdModule = SM1210L; EndCmp BeginCmp TimeStamp = /4F6913AD; Reference = Ci1; ValeurCmp = 10n; IdModule = SM0603_Capa; EndCmp BeginCmp TimeStamp = /4F6913AC; Reference = Ci2; ValeurCmp = 10n; IdModule = SM0603_Capa; EndCmp BeginCmp TimeStamp = /4F6913AA; Reference = Ci3; ValeurCmp = 10n; IdModule = SM0603_Capa; EndCmp BeginCmp TimeStamp = /4F6913AB; Reference = Ci4; ValeurCmp = 10n; IdModule = SM0603_Capa; EndCmp BeginCmp TimeStamp = /4F6913A7; Reference = Ci5; ValeurCmp = 10u; IdModule = SM1206POL; EndCmp BeginCmp TimeStamp = /4F6913A9; Reference = Ci6; ValeurCmp = 100u; IdModule = SM1210L; EndCmp BeginCmp TimeStamp = /4F58BBF5; Reference = Co1; ValeurCmp = 1n; IdModule = SM0603_Capa; EndCmp BeginCmp TimeStamp = /4F58BC49; Reference = Co2; ValeurCmp = 1n; IdModule = SM0603_Capa; EndCmp BeginCmp TimeStamp = /4F58BC4C; Reference = Co3; ValeurCmp = 1n; IdModule = SM0603_Capa; EndCmp BeginCmp TimeStamp = /4F58BC4F; Reference = Co4; ValeurCmp = 1n; IdModule = SM0603_Capa; EndCmp BeginCmp TimeStamp = /4F58BEE2; Reference = Co5; ValeurCmp = 1u; IdModule = SM1206POL; EndCmp BeginCmp TimeStamp = /4F58BF10; Reference = Co6; ValeurCmp = 1u; IdModule = SM1206POL; EndCmp BeginCmp TimeStamp = /4F58BF12; Reference = Co7; ValeurCmp = 1u; IdModule = SM1206POL; EndCmp BeginCmp TimeStamp = /4F58BF17; Reference = Co8; ValeurCmp = 1u; IdModule = SM1206POL; EndCmp BeginCmp TimeStamp = /4F58BF30; Reference = Co9; ValeurCmp = 10u; IdModule = SM1206POL; EndCmp BeginCmp TimeStamp = /4E4D4DD3; Reference = D1; ValeurCmp = DONE; IdModule = LED-0805; EndCmp BeginCmp TimeStamp = /4F4D2E32; Reference = H1; ValeurCmp = PCB_HOLE; IdModule = HOLE; EndCmp BeginCmp TimeStamp = /4F4D2E38; Reference = H2; ValeurCmp = PCB_HOLE; IdModule = HOLE; EndCmp BeginCmp TimeStamp = /4F4D2E36; Reference = H3; ValeurCmp = PCB_HOLE; IdModule = HOLE; EndCmp BeginCmp TimeStamp = /4F4D2E3A; Reference = H4; ValeurCmp = PCB_HOLE; IdModule = HOLE; EndCmp BeginCmp TimeStamp = /4E178DD4; Reference = IC1; ValeurCmp = XCF01S-VO20; IdModule = xilinx_virtexii-xc2v80&flashprom-VO20; EndCmp BeginCmp TimeStamp = /4E178908; Reference = K1; ValeurCmp = MODE_PROG; IdModule = PIN_ARRAY_3X1; EndCmp BeginCmp TimeStamp = /4F4D2E41; Reference = OSC1; ValeurCmp = OSC; IdModule = DIP4-8_OSC; EndCmp BeginCmp TimeStamp = /4F4807B3; Reference = P1; ValeurCmp = A; IdModule = 1X20_MOD; EndCmp BeginCmp TimeStamp = /4F480E3E; Reference = P2; ValeurCmp = B; IdModule = 1X20_MOD; EndCmp BeginCmp TimeStamp = /4F4D2C3A; Reference = P3; ValeurCmp = JTAG; IdModule = PIN_ARRAY-6X1; EndCmp BeginCmp TimeStamp = /4F47FC62; Reference = P4; ValeurCmp = POWER; IdModule = bornier2; EndCmp BeginCmp TimeStamp = /4F4810C2; Reference = P5; ValeurCmp = PUDC; IdModule = PIN_ARRAY_2X1; EndCmp BeginCmp TimeStamp = /4F46B535; Reference = R1; ValeurCmp = 330; IdModule = SM0805; EndCmp BeginCmp TimeStamp = /4F46B5A2; Reference = R2; ValeurCmp = 4K7; IdModule = SM0805; EndCmp BeginCmp TimeStamp = /4F46B626; Reference = R3; ValeurCmp = 4K7; IdModule = SM0805; EndCmp BeginCmp TimeStamp = /4E4D4DC9; Reference = R4; ValeurCmp = R_LED; IdModule = SM0805; EndCmp BeginCmp TimeStamp = /4F4D3968; Reference = R5; ValeurCmp = R_clk; IdModule = SM0805; EndCmp BeginCmp TimeStamp = /4E4D5328; Reference = R6; ValeurCmp = 10K; IdModule = SM0805; EndCmp BeginCmp TimeStamp = /4F4801C9; Reference = R7; ValeurCmp = R_push; IdModule = SM0805; EndCmp BeginCmp TimeStamp = /4F481067; Reference = R8; ValeurCmp = 100; IdModule = SM0805; EndCmp BeginCmp TimeStamp = /4F4801A4; Reference = SW1; ValeurCmp = RESET_PROG; IdModule = SW_PUSH_SMALL; EndCmp BeginCmp TimeStamp = /4F4675A1; Reference = U1; ValeurCmp = XC3S50A-VQ100; IdModule = VQFP100; EndCmp BeginCmp TimeStamp = /4F47E8FD; Reference = U2; ValeurCmp = TPS75003_PM; IdModule = TPS75003_PM_INV; EndCmp EndListe \end{verbatim} \end{multicols} \end{document}
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