I have the stuff listed in the title and a Low Pin Count Demo board. I have successfully programmed PICAXE MCU's, but I am very confused about the process of programming PIC's.
Here's what I think I know.
1. I use MPLAB IDE or MCSX to start the whole process.
2. I use PBP3 (via the IDE) to write the code.
3. I use MPASM (via the IDE) to create the machine code and download it to the PIC.
So far, I have written a couple programs in assembler that turn on a single LED, but I don't seem to be able to penetrate PBP3.
I have a small selection of PIC's: 12F629, 12F509, 16F505, 16F506, 12F629, 16F684, and 16F628A. If I had a piece of PBP3 code that was written specifically for my Low Pin Count Demo board that I could compile, run, and study, maybe I could start to understand what I am doing.
Any help would be appreciated. Thanks in advance.
Here's what I think I know.
1. I use MPLAB IDE or MCSX to start the whole process.
2. I use PBP3 (via the IDE) to write the code.
3. I use MPASM (via the IDE) to create the machine code and download it to the PIC.
So far, I have written a couple programs in assembler that turn on a single LED, but I don't seem to be able to penetrate PBP3.
I have a small selection of PIC's: 12F629, 12F509, 16F505, 16F506, 12F629, 16F684, and 16F628A. If I had a piece of PBP3 code that was written specifically for my Low Pin Count Demo board that I could compile, run, and study, maybe I could start to understand what I am doing.
Any help would be appreciated. Thanks in advance.