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So, I propose here a small layout version of that circuit, adopting a single smart on-board ZIF socket. This version sacrifices many non-PIC microcontroller models. I will thank everybody proposing a larger range implementation, suitable to program Atmel and other devices. Anyway, if your goal is to program PIC devices, you are on the good site. Description The details are available on the original project mentionned above. Hereafter, I shown my Compact version, with a schematic, PCB layout and instruction for assemby and inserting it in a very common little plastic box. At the bottom of this page, I supply a copy of the program to load on the PIC18F used to manage the programming functions, as well as a copy of the PC side program.
It really is a very useful development tool. You can download the basic programmer or development kits that include the programmer itself and a development PCB with some tutorial documentation.
Most of the clones will only work at 5 volts where the Microchip PICkit2 will support 3. I've built two of these and they work really well. One thing to note is the PIC18F used in the circuit needs programming initially with bootloader code so you need access to a programmer to get it working.
The component overlay is ambiguous as to which is which so check the schematic then look at the PCB track. Photo of this PK2 clone is shown below left.
I have one of these programmers myself. I used to suggest you try the free programmers and software you can find on the Internet. However, the feedback I've had over the last couple of years via the Picprojects website has changed my view.
All the queries I get relating to programming firmware from the Picprojects site concern non-microchip programmers.
Many of these other programmers either don't support or haven't been updated to fully support newer PICs. Some of them appear to either ignore or require manual intervention to preserve configuration and calibration data.
The bottom line is that you really need a lot of practical experience to have a good experience using one. If you're new to PICs and programming you're unlikely to have that level of experience so you'll end up struggling, frustrated and demoralised; not a good start.
I will thank everybody proposing a larger range implementation, suitable to program Atmel and other devices. Anyway, if your goal is to program PIC devices, you are on the good site.
Description The details are available on the original project mentionned above. Hereafter, I shown my Compact version, with a schematic, PCB layout and instruction for assemby and inserting it in a very common little plastic box. At the bottom of this page, I supply a copy of the program to load on the PIC18F used to manage the programming functions, as well as a copy of the PC side program.
I tested the program up to Win-8 without problems. Take into account that, on the original site, a newer version of both Firmware and Software is available.
Schematic Assembly Build first the main module using low profile components being under 10 mm of height from the PCB surface, since a second board will be mounted over that one. Mount 4 ten millimeters height columns to allow the final assembly of the second board.
Use low profiles parts to fix the columns, otherwise some manual metals removal can be needed to reduce the occupation on the copper side. Pay attention to avoid any force that can lead to damage or deformation.
It is better to do 1. Once the two circuits are ready, connect them using the strip lines, and block assembly using the columns. Use countersunk screws of countersunk holes to avoid the screws being too hight respect to upper surface of second PCB. Just the socket and the two leds shall emerge. The plastic box is very common.