SPARKCORE_v1.fzp 15 KB

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  1. <?xml version='1.0' encoding='UTF-8'?>
  2. <module fritzingVersion="0.5.2b.02.18.4756" moduleId="SPARKCORE_v1" referenceFile="SPARKCORE_v1.fzp">
  3. <version replacedby="SPARKCORE_v1_fix">5</version>
  4. <date>Wed Jan 22 2014</date>
  5. <author>BDub @ Technobly.com</author>
  6. <description>&lt;!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.0//EN" "http://www.w3.org/TR/REC-html40/strict.dtd">
  7. &lt;html>&lt;head>&lt;meta name="qrichtext" content="1" />&lt;style type="text/css">
  8. p, li { white-space: pre-wrap; }
  9. &lt;/style>&lt;/head>&lt;body style=" font-family:'MS Shell Dlg 2'; font-size:7.8pt; font-weight:400; font-style:normal;">
  10. &lt;p style=" margin-top:0px; margin-bottom:0px; margin-left:0px; margin-right:0px; -qt-block-indent:0; text-indent:0px;">The Spark Core is a tiny Wi-Fi development board that makes it easy to create internet-connected hardware. The Core is all you need to get started; power it over USB and in minutes you'll be controlling LEDs, switches and motors and collecting data from sensors over the internet!&lt;/p>
  11. &lt;p style="-qt-paragraph-type:empty; margin-top:0px; margin-bottom:0px; margin-left:0px; margin-right:0px; -qt-block-indent:0; text-indent:0px;">&lt;br />&lt;/p>
  12. &lt;p style=" margin-top:0px; margin-bottom:0px; margin-left:0px; margin-right:0px; -qt-block-indent:0; text-indent:0px;">It has 8 digital I/O pins, 8 analog I/O pins, 8 PWM pins; UART (Serial), SPI, I2C, and JTAG peripherals available. Programmed wirelessly (through Spark Cloud), via USB or JTAG. 3.3VDC supply voltage (on board power regulator); can be powered by USB Micro 100mA typical current consumption; 300mA peak consumption (during transmit events). 2MB of external flash; EEPROM supplied by CC3000. STM32F103 microcontroller, ARM Cortex M3 architecture, 32-bit 72Mhz processor, 128KB of Flash, 20KB of RAM.&lt;/p>&lt;/body>&lt;/html></description>
  13. <title>Spark Core (v1.0)</title>
  14. <url>http://spark.io</url>
  15. <tags>
  16. <tag>Arduino Compatible</tag>
  17. <tag>Spark Core</tag>
  18. <tag>Wifi</tag>
  19. <tag>STM32F103</tag>
  20. <tag>Development Platform</tag>
  21. <tag>CC3000</tag>
  22. </tags>
  23. <properties>
  24. <property name="family">//obsolete//microcontroller board (arduino compatible)</property>
  25. <property name="variant">variant 1</property>
  26. <property name="revision">v1.0</property>
  27. <property name="layer"></property>
  28. <property name="manufacturer">Spark Devices</property>
  29. <property name="name">Spark Core</property>
  30. <property name="part number"></property>
  31. </properties>
  32. <views>
  33. <breadboardView>
  34. <layers image="breadboard/SPARKCORE_v1_breadboard.svg">
  35. <layer layerId="breadboardbreadboard"/>
  36. </layers>
  37. </breadboardView>
  38. <schematicView>
  39. <layers image="schematic/SPARKCORE_v1_schematic.svg">
  40. <layer layerId="schematic"/>
  41. </layers>
  42. </schematicView>
  43. <pcbView>
  44. <layers image="pcb/SPARKCORE_v1_pcb.svg">
  45. <layer layerId="copper1"/>
  46. <layer layerId="silkscreen"/>
  47. <layer layerId="copper0"/>
  48. </layers>
  49. </pcbView>
  50. <iconView>
  51. <layers image="icon/SPARKCORE_v1_icon.svg">
  52. <layer layerId="icon"/>
  53. </layers>
  54. </iconView>
  55. </views>
  56. <connectors>
  57. <connector type="male" id="connector41" name="A0">
  58. <description>Analog Input 0 / PWM1</description>
  59. <views>
  60. <breadboardView>
  61. <p svgId="connector41pin" layer="breadboardbreadboard"/>
  62. </breadboardView>
  63. <schematicView>
  64. <p svgId="connector41pin" layer="schematic" terminalId="connector41terminal"/>
  65. </schematicView>
  66. <pcbView>
  67. <p svgId="connector41pad" layer="copper0"/>
  68. <p svgId="connector41pad" layer="copper1"/>
  69. </pcbView>
  70. </views>
  71. </connector>
  72. <connector type="male" id="connector42" name="A1">
  73. <description>Analog Input 1 / PWM2</description>
  74. <views>
  75. <breadboardView>
  76. <p svgId="connector42pin" layer="breadboardbreadboard"/>
  77. </breadboardView>
  78. <schematicView>
  79. <p svgId="connector42pin" layer="schematic" terminalId="connector42terminal"/>
  80. </schematicView>
  81. <pcbView>
  82. <p svgId="connector42pad" layer="copper0"/>
  83. <p svgId="connector42pad" layer="copper1"/>
  84. </pcbView>
  85. </views>
  86. </connector>
  87. <connector type="male" id="connector43" name="A2">
  88. <description>Analog Input 2 / SS (SPI)</description>
  89. <views>
  90. <breadboardView>
  91. <p svgId="connector43pin" layer="breadboardbreadboard"/>
  92. </breadboardView>
  93. <schematicView>
  94. <p svgId="connector43pin" layer="schematic" terminalId="connector43terminal"/>
  95. </schematicView>
  96. <pcbView>
  97. <p svgId="connector43pad" layer="copper0"/>
  98. <p svgId="connector43pad" layer="copper1"/>
  99. </pcbView>
  100. </views>
  101. </connector>
  102. <connector type="male" id="connector44" name="A3">
  103. <description>Analog Input 3 / SCK (SPI)</description>
  104. <views>
  105. <breadboardView>
  106. <p svgId="connector44pin" layer="breadboardbreadboard"/>
  107. </breadboardView>
  108. <schematicView>
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  111. <pcbView>
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  113. <p svgId="connector44pad" layer="copper1"/>
  114. </pcbView>
  115. </views>
  116. </connector>
  117. <connector type="male" id="connector45" name="A4">
  118. <description>Analog Input 4 / PWM3 / MISO (SPI)</description>
  119. <views>
  120. <breadboardView>
  121. <p svgId="connector45pin" layer="breadboardbreadboard"/>
  122. </breadboardView>
  123. <schematicView>
  124. <p svgId="connector45pin" layer="schematic" terminalId="connector45terminal"/>
  125. </schematicView>
  126. <pcbView>
  127. <p svgId="connector45pad" layer="copper0"/>
  128. <p svgId="connector45pad" layer="copper1"/>
  129. </pcbView>
  130. </views>
  131. </connector>
  132. <connector type="male" id="connector46" name="A5">
  133. <description>Analog Input 5 / PWM4 / MOSI (SPI)</description>
  134. <views>
  135. <breadboardView>
  136. <p svgId="connector46pin" layer="breadboardbreadboard"/>
  137. </breadboardView>
  138. <schematicView>
  139. <p svgId="connector46pin" layer="schematic" terminalId="connector46terminal"/>
  140. </schematicView>
  141. <pcbView>
  142. <p svgId="connector46pad" layer="copper0"/>
  143. <p svgId="connector46pad" layer="copper1"/>
  144. </pcbView>
  145. </views>
  146. </connector>
  147. <connector type="male" id="connector47" name="A6">
  148. <description>Analog Input 6 / PWM5</description>
  149. <views>
  150. <breadboardView>
  151. <p svgId="connector47pin" layer="breadboardbreadboard"/>
  152. </breadboardView>
  153. <schematicView>
  154. <p svgId="connector47pin" layer="schematic" terminalId="connector47terminal"/>
  155. </schematicView>
  156. <pcbView>
  157. <p svgId="connector47pad" layer="copper0"/>
  158. <p svgId="connector47pad" layer="copper1"/>
  159. </pcbView>
  160. </views>
  161. </connector>
  162. <connector type="male" id="connector48" name="A7">
  163. <description>Analog Input 7 / PWM6</description>
  164. <views>
  165. <breadboardView>
  166. <p svgId="connector48pin" layer="breadboardbreadboard"/>
  167. </breadboardView>
  168. <schematicView>
  169. <p svgId="connector48pin" layer="schematic" terminalId="connector48terminal"/>
  170. </schematicView>
  171. <pcbView>
  172. <p svgId="connector48pad" layer="copper0"/>
  173. <p svgId="connector48pad" layer="copper1"/>
  174. </pcbView>
  175. </views>
  176. </connector>
  177. <connector type="male" id="connector49" name="TX">
  178. <description>Serial1 UART Transmit</description>
  179. <views>
  180. <breadboardView>
  181. <p svgId="connector49pin" layer="breadboardbreadboard"/>
  182. </breadboardView>
  183. <schematicView>
  184. <p svgId="connector49pin" layer="schematic" terminalId="connector49terminal"/>
  185. </schematicView>
  186. <pcbView>
  187. <p svgId="connector49pad" layer="copper0"/>
  188. <p svgId="connector49pad" layer="copper1"/>
  189. </pcbView>
  190. </views>
  191. </connector>
  192. <connector type="male" id="connector50" name="RX">
  193. <description>Serial1 UART Receive</description>
  194. <views>
  195. <breadboardView>
  196. <p svgId="connector50pin" layer="breadboardbreadboard"/>
  197. </breadboardView>
  198. <schematicView>
  199. <p svgId="connector50pin" layer="schematic" terminalId="connector50terminal"/>
  200. </schematicView>
  201. <pcbView>
  202. <p svgId="connector50pad" layer="copper0"/>
  203. <p svgId="connector50pad" layer="copper1"/>
  204. </pcbView>
  205. </views>
  206. </connector>
  207. <connector type="male" id="connector51" name="GND">
  208. <description>Ground</description>
  209. <views>
  210. <breadboardView>
  211. <p svgId="connector51pin" layer="breadboardbreadboard"/>
  212. </breadboardView>
  213. <schematicView>
  214. <p svgId="connector51pin" layer="schematic" terminalId="connector51terminal"/>
  215. </schematicView>
  216. <pcbView>
  217. <p svgId="connector51pad" layer="copper0"/>
  218. <p svgId="connector51pad" layer="copper1"/>
  219. </pcbView>
  220. </views>
  221. </connector>
  222. <connector type="male" id="connector52" name="VIN">
  223. <description>Diode drop below USB V+ / Input to 3.3V Regulator (3.6 - 6V max input)</description>
  224. <views>
  225. <breadboardView>
  226. <p svgId="connector52pin" layer="breadboardbreadboard"/>
  227. </breadboardView>
  228. <schematicView>
  229. <p svgId="connector52pin" layer="schematic" terminalId="connector52terminal"/>
  230. </schematicView>
  231. <pcbView>
  232. <p svgId="connector52pad" layer="copper0"/>
  233. <p svgId="connector52pad" layer="copper1"/>
  234. </pcbView>
  235. </views>
  236. </connector>
  237. <connector type="male" id="connector53" name="D0">
  238. <description>Digital Input/Output 0 / SDA (ISC) / PWM7</description>
  239. <views>
  240. <breadboardView>
  241. <p svgId="connector53pin" layer="breadboardbreadboard"/>
  242. </breadboardView>
  243. <schematicView>
  244. <p svgId="connector53pin" layer="schematic" terminalId="connector53terminal"/>
  245. </schematicView>
  246. <pcbView>
  247. <p svgId="connector53pad" layer="copper0"/>
  248. <p svgId="connector53pad" layer="copper1"/>
  249. </pcbView>
  250. </views>
  251. </connector>
  252. <connector type="male" id="connector54" name="D1">
  253. <description>Digital Input/Output 1 / SCL (I2C) / PWM8</description>
  254. <views>
  255. <breadboardView>
  256. <p svgId="connector54pin" layer="breadboardbreadboard"/>
  257. </breadboardView>
  258. <schematicView>
  259. <p svgId="connector54pin" layer="schematic" terminalId="connector54terminal"/>
  260. </schematicView>
  261. <pcbView>
  262. <p svgId="connector54pad" layer="copper0"/>
  263. <p svgId="connector54pad" layer="copper1"/>
  264. </pcbView>
  265. </views>
  266. </connector>
  267. <connector type="male" id="connector55" name="D2">
  268. <description>Digital Input/Output 2</description>
  269. <views>
  270. <breadboardView>
  271. <p svgId="connector55pin" layer="breadboardbreadboard"/>
  272. </breadboardView>
  273. <schematicView>
  274. <p svgId="connector55pin" layer="schematic" terminalId="connector55terminal"/>
  275. </schematicView>
  276. <pcbView>
  277. <p svgId="connector55pad" layer="copper0"/>
  278. <p svgId="connector55pad" layer="copper1"/>
  279. </pcbView>
  280. </views>
  281. </connector>
  282. <connector type="male" id="connector56" name="D3">
  283. <description>Digital Input/Output 3</description>
  284. <views>
  285. <breadboardView>
  286. <p svgId="connector56pin" layer="breadboardbreadboard"/>
  287. </breadboardView>
  288. <schematicView>
  289. <p svgId="connector56pin" layer="schematic" terminalId="connector56terminal"/>
  290. </schematicView>
  291. <pcbView>
  292. <p svgId="connector56pad" layer="copper0"/>
  293. <p svgId="connector56pad" layer="copper1"/>
  294. </pcbView>
  295. </views>
  296. </connector>
  297. <connector type="male" id="connector57" name="D4">
  298. <description>Digital Input/Output 4</description>
  299. <views>
  300. <breadboardView>
  301. <p svgId="connector57pin" layer="breadboardbreadboard"/>
  302. </breadboardView>
  303. <schematicView>
  304. <p svgId="connector57pin" layer="schematic" terminalId="connector57terminal"/>
  305. </schematicView>
  306. <pcbView>
  307. <p svgId="connector57pad" layer="copper0"/>
  308. <p svgId="connector57pad" layer="copper1"/>
  309. </pcbView>
  310. </views>
  311. </connector>
  312. <connector type="male" id="connector58" name="D5">
  313. <description>Digital Input/Output 5</description>
  314. <views>
  315. <breadboardView>
  316. <p svgId="connector58pin" layer="breadboardbreadboard"/>
  317. </breadboardView>
  318. <schematicView>
  319. <p svgId="connector58pin" layer="schematic" terminalId="connector58terminal"/>
  320. </schematicView>
  321. <pcbView>
  322. <p svgId="connector58pad" layer="copper0"/>
  323. <p svgId="connector58pad" layer="copper1"/>
  324. </pcbView>
  325. </views>
  326. </connector>
  327. <connector type="male" id="connector59" name="D6">
  328. <description>Digital Input/Output 6</description>
  329. <views>
  330. <breadboardView>
  331. <p svgId="connector59pin" layer="breadboardbreadboard"/>
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  333. <schematicView>
  334. <p svgId="connector59pin" layer="schematic" terminalId="connector59terminal"/>
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  336. <pcbView>
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  338. <p svgId="connector59pad" layer="copper1"/>
  339. </pcbView>
  340. </views>
  341. </connector>
  342. <connector type="male" id="connector60" name="D7">
  343. <description>Digital Input/Output 7</description>
  344. <views>
  345. <breadboardView>
  346. <p svgId="connector60pin" layer="breadboardbreadboard"/>
  347. </breadboardView>
  348. <schematicView>
  349. <p svgId="connector60pin" layer="schematic" terminalId="connector60terminal"/>
  350. </schematicView>
  351. <pcbView>
  352. <p svgId="connector60pad" layer="copper0"/>
  353. <p svgId="connector60pad" layer="copper1"/>
  354. </pcbView>
  355. </views>
  356. </connector>
  357. <connector type="male" id="connector61" name="GND">
  358. <description>Ground</description>
  359. <views>
  360. <breadboardView>
  361. <p svgId="connector61pin" layer="breadboardbreadboard"/>
  362. </breadboardView>
  363. <schematicView>
  364. <p svgId="connector61pin" layer="schematic" terminalId="connector61terminal"/>
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  368. <p svgId="connector61pad" layer="copper1"/>
  369. </pcbView>
  370. </views>
  371. </connector>
  372. <connector type="male" id="connector62" name="3V3*">
  373. <description>Filtered 3.3V Output (Aref input)</description>
  374. <views>
  375. <breadboardView>
  376. <p svgId="connector62pin" layer="breadboardbreadboard"/>
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  379. <p svgId="connector62pin" layer="schematic" terminalId="connector62terminal"/>
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  381. <pcbView>
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  383. <p svgId="connector62pad" layer="copper1"/>
  384. </pcbView>
  385. </views>
  386. </connector>
  387. <connector type="male" id="connector63" name="RST">
  388. <description>Reset Input (Active Low)</description>
  389. <views>
  390. <breadboardView>
  391. <p svgId="connector63pin" layer="breadboardbreadboard"/>
  392. </breadboardView>
  393. <schematicView>
  394. <p svgId="connector63pin" layer="schematic" terminalId="connector63terminal"/>
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  396. <pcbView>
  397. <p svgId="connector63pad" layer="copper0"/>
  398. <p svgId="connector63pad" layer="copper1"/>
  399. </pcbView>
  400. </views>
  401. </connector>
  402. <connector type="male" id="connector64" name="3V3">
  403. <description>Regulated 3.3V Output</description>
  404. <views>
  405. <breadboardView>
  406. <p svgId="connector64pin" layer="breadboardbreadboard"/>
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  408. <schematicView>
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  411. <pcbView>
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  413. <p svgId="connector64pad" layer="copper1"/>
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  415. </views>
  416. </connector>
  417. </connectors>
  418. <buses>
  419. <bus id="GND">
  420. <nodeMember connectorId="connector51"/>
  421. <nodeMember connectorId="connector61"/>
  422. </bus>
  423. </buses>
  424. </module>