This adapter board provides a simple way of connecting an In-System-Programmer to an AVR microcontroller in DIP format using a zero insertion force (ZIF) socket. It is intendet for fast prototyping, initial bootloader flashing and testing without the hassle of faulty breadboard jumpers or unnecassary connection errors.
The programming socket provides support for all AVR microcontrollers available in the prototype friendly DIP format supporting In-System-Programming (ISP). Furthermore the board supplies connections to 8Mhz crystals, thus the AVRs will also be programmable with the fuses set for an external crystal from 3-20Mhz, making it ideal for programming fuses and flashing programs for circuits utilizing external crystals.
Put your AVR in the ZIF socket by aligning the IC mark for the first pin (the dot and/or indentation) with the lower edge of the ZIF socket (near the ZIF socket lever). Afterward, find your AVR name in the list below and connect your In-System-Programmer to the corresponding ISP header (see AVRs per ISP header).
ISP header 1 is next to the ZIF socket lever.
- ISP header 1: ATtiny12 / ATtiny13 / ATtiny15L / ATtiny25 / ATtiny45 / ATtiny88
- ISP header 2: ATtiny24 / ATtiny44 / ATtiny84
- ISP header 3: ATtiny2313 / ATtiny4313
- ISP header 4: ATtiny26 / ATtiny261 / ATtiny461 / ATtiny861
- ISP header 5: ATtiny44 / ATtiny88 / ATmega8 / ATtmega48 / ATmega88 / ATmega168 / ATmega328
- ISP header 6: ATmega162 / ATmega8515 / ATmega8535
- ISP header 7: ATmega16 / ATmega32 / ATmega164 / ATmega324 / ATmega644 / ATmega1284 / ATmega64RZAV
This project is licensed under the MIT license, see LICENSE.txt for further information.