SubhobrotoSinha
Newbie level 5
2006-10-10
Lately, I have been doing a lot of maths on my own because of my IR Obstacle detector design.
Noticed a lot of people asking for help on configuring PWM using CCS C.
Then it struck me.
Why not make a tool to simplify the process for all ?
So I sat down today, fired up my Visual C++ IDE and got may hands dirty.
The attached EXE is hot from the compiler, and with lots of "hidden features", of which even I may not be aware of.
Please use it a bit, and report the bugs.
Feedback, bug reports, suggestions, edge cases and tips on designing a small dual differential drive motor controller (preferably using a PIC) welcome.
Subhobroto Sinha
PS : The default values are for setting up the PWM for 38Khz, 50% duty cycle on a PIC16F877A @20Mhz
Just click on "Generate code" button to get ready code to copy paste in the CCS IDE
Lately, I have been doing a lot of maths on my own because of my IR Obstacle detector design.
Noticed a lot of people asking for help on configuring PWM using CCS C.
Then it struck me.
Why not make a tool to simplify the process for all ?
So I sat down today, fired up my Visual C++ IDE and got may hands dirty.
The attached EXE is hot from the compiler, and with lots of "hidden features", of which even I may not be aware of.
Please use it a bit, and report the bugs.
Feedback, bug reports, suggestions, edge cases and tips on designing a small dual differential drive motor controller (preferably using a PIC) welcome.
Subhobroto Sinha
PS : The default values are for setting up the PWM for 38Khz, 50% duty cycle on a PIC16F877A @20Mhz
Just click on "Generate code" button to get ready code to copy paste in the CCS IDE