文件列表:

Arduino_Micro.kicad_mod (4221, 2016-06-11)
LICENSE (11357, 2016-06-11)
atmel_programmer-cache.lib (8498, 2016-06-11)
atmel_programmer.dcm (89, 2016-06-11)
atmel_programmer.kicad_pcb (214515, 2016-06-11)
atmel_programmer.lib (1086, 2016-06-11)
atmel_programmer.pro (1224, 2016-06-11)
atmel_programmer.sch (8906, 2016-06-11)
atmel_programmer.zip (70828, 2016-06-11)
fp-lib-table (16, 2016-06-11)
gerber/ (0, 2016-06-11)
gerber/atmel_programmer-B.Cu.gbr (167995, 2016-06-11)
gerber/atmel_programmer-B.Mask.gbr (4037, 2016-06-11)
gerber/atmel_programmer-B.SilkS.gbr (283, 2016-06-11)
gerber/atmel_programmer-Edge.Cuts.gbr (487, 2016-06-11)
gerber/atmel_programmer-F.Cu.gbr (157305, 2016-06-11)
gerber/atmel_programmer-F.Mask.gbr (4037, 2016-06-11)
gerber/atmel_programmer-F.SilkS.gbr (60226, 2016-06-11)
gerber/atmel_programmer.drl (2293, 2016-06-11)
images/ (0, 2016-06-11)
images/oshpark_back.png (28224, 2016-06-11)
images/oshpark_front.png (40999, 2016-06-11)
images/programmer1.png (48154, 2016-06-11)
images/programmer2.png (216497, 2016-06-11)
images/programmer3.png (135724, 2016-06-11)
images/programmer4.png (52675, 2016-06-11)

# arduino micro as isp attiny/atmega programmer a simple pcb with a few sockets to program attiny/atmega microcontrollers from an arduino micro used as isp programmer # supported atmel chips | Microcontroller | | |-------------------------|----------------------------------------------| | ATtiny 24/44/84 | http://www.atmel.com/devices/ATTINY84.aspx | | ATtiny 25/45/85 | http://www.atmel.com/devices/ATTINY85.aspx | | ATmega 48/88/168/328 | http://www.atmel.com/devices/ATMEGA328.aspx | | ATmega 164/324/644/1284 | http://www.atmel.com/devices/ATMEGA1284.aspx | # usage all steps below include the use of the Arduino IDE: https://www.arduino.cc/en/Main/Software (1.6 or higher). Add the following URLs in `File > Preferences` for the setting `Additionals Boards Manager URLs`: ## ATtiny25/45/85 & ATtiny24/44/84 families: (Supports only 45/85 & 44/84) https://raw.githubusercontent.com/damellis/attiny/master/package_damellis_attiny_index.json ## ATmega48/88/168/328 family: (Supports only 168/328) https://raw.githubusercontent.com/stackmagic/atmega/master/package_carlosefr_atmega_index.json Note: Once the PR at https://github.com/carlosefr/atmega/pull/4 is merged, use the official URL: https://raw.githubusercontent.com/carlosefr/atmega/master/package_carlosefr_atmega_index.json) ## ATmega164/324/644/1284 family: https://mcudude.github.io/MightyCore/package_MCUdude_MightyCore_index.json If you want to program a `Non-P` version (for example an `ATmega1284` instead of an `ATmega1284p`), you need to open your avrdude.conf and add a Section like below. The non-P versions are essentially the same as the P versions and they can be cloned. The plain 644 is supported out of the box (with avrdude 6.0.1). ``` #------------------------------------------------------------ # ATmega1284 #------------------------------------------------------------ part parent "atmega1284p" id = "m1284"; desc = "ATmega1284"; signature = 0x1e 0x97 0x06; ; #------------------------------------------------------------ # ATmega324 #------------------------------------------------------------ part parent "m324p" id = "m324"; desc = "ATmega324"; signature = ???????????????????????; ; #------------------------------------------------------------ # ATmega164 #------------------------------------------------------------ part parent "m164p" id = "m164"; desc = "ATmega164"; signature = ????????????????????????? ; ``` ## prepare the programmer * plug in your arduino micro and connect it to the pc * start up the arduino IDE * connect your arduino micro * open up the programmer sketch: `File > Examples > ArduinoISP` * change the line `#define RESET SS` to `#define RESET 10` * select `Tools > Board > Arduino Micro` * burn the programmer to your Arduino Micro with `File > Upload` * verify the RDY led is pulsing * select your micro as programmer `Tools > Programmer > Arduino as ISP` once this is done, you can program as many chips as you want ## burn it * plug in the chip to program (make sure there's just 1 chip on the board ;)) * open the sketch to program to the chip * select the correct target board through `Tools > Board > ...` * burn the sketch using `File > Upload using Programmer` * the PRG led should light while the program is written * you're done! # kicad screenshots     # oshpark rendering   # further reading ## arduino micro ISP * http://forum.arduino.cc/index.php?topic=156863.15 * http://www.arduino.cc/en/uploads/Main/arduino-micro-schematic.pdf * https://camo.githubusercontent.com/87e06ff5c55ebb9498f5a3f7f232796a69259489/68747470733a2f2f7261776769746875622e636f6d2f426f756e692f41726475696e6f2d50696e6f75742f6d61737465722f41726475696e6f2532304d6963726f25323050696e6f75742e706e67

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