
I recently ran out of breadboards and had to dismantle my programming board and immediately regretted it! I can never remember which wires go where, so I made up a ZIF-based PIC programmer. This board has been tested with and works with the chip mentioned above, but will probably work with a whole load more as lots of PICs share the same pinouts for programming data, voltage and clock lines:
Zif Pic Programmer
Print at 100% no scaling in landscape orientation to create your own press-n-peel transfer to make this PIC programmer

Note the yellow bars at the bottom - these are wires connecting two pads/vias.

Below the ZIF socket is a 5-pin header to connect the PIC programmer to.
At the top of the socket is a three-pin header, onto which you should place a jumper, to connect either of the outer-most pins to the central pin. This is how to change between 18F and 16F microchips. (the 18F position is marked on the board).

To program a PIC microcontroller, place it into the ZIF socket ensuring that pin1 is always in the top-left hand corner.

No comments:
Post a Comment