But - as I said - for the 16F84, I can't help You.

This is done by inverting the PWM-signal at earth. The pulsegenerator is divided in 255 steps and must be able to drive the motor in two directions. Windows Update Lukt Niet Meer Frans more. What I have in mind is a pulse-generator, a Legotype motor and a ICL7667-driver(everything is rather cheap). When it comes to variable(stable) load You have to ask somebody else. Teacher gave You, tell him You got to have the least a 16F628.įor this MCU I think I can help You(inCC5X code).

There is a Timer 0, but at least to me I don't know how to implement what You have in mind. I have looked through what I got, but no code for the 16F84(lack of CCP(PWM) module). I check my code source and try to find something. For ease, copy all the binaries from MPASM SUITE(MASM,linker,MPCOD etc) Good luck! Maybe someone can find them or transform them from other c_compilers(a tedious work Though)! Use with Yr.favourite ASCII-editor. The real limitations lies in it's lack of 32 Fixed point and float headers. I recently compiled a multi-module project producing 14K of words(Also included). It can handles single C-modules which produce 8K of words. I stared this topic in 2004 with the now absent member DAX(He really contributed a lot to this forum) You can use the (red)CC5x(Beta version) I submit here. I suspect you have added an attachment and I think not everyone's browser can see attachments in this forum? If there is an 'invisible' attachment, any chance you could put it on rapidshare with a link posted here?Īlso is this 'FULL' version really a full version or does it have the same limitations as the 'RED' version? So far, no one has been able to find a.lincence file for the full or extended CC5X. I appreciate your response but at the risk of appearing dumb I don't see which files you are referring to. These are the files needed.Good luck and return if You run into difficulties (the p16F873.inc is in the MPASM suite). Good luck and return if You run into difficulties (the p16F873.inc is in the MPASM suite). I suggest You study the linker script for future reference. Really, it doesn't matter, but clean outputs are nice. According to MPLAB:s MPASM helpfile, You can suppress that(after a successful compilationand testing) by the command 'errorlevel -302'(right after the PICxxx statement), but no success. Don't worry about warning message 302(wrong bank bits) in the MPASM. These are the files needed to compile it in MPLAB.

CC5X Main Page: C compiler for the PICmicro devices generates compact and efficient code.

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