| ??? 10/25/07 23:36 Read: times |
#146230 - Nice talking with you, Christoph. Responding to: ???'s previous message |
Christoph Franck said:
Or just try to describe things like a combination (in series or in parallel) of several filters, sampling rate converters, stability analysis, and many other issues, with the "simulated analog circuit" approach - you'll end up with some true nightmares. True. Christoph Franck said:
That doesn't really pertain to the '51 in particular, unless what you mean to say is that you figured out how to do it in C (or '51 assembly) instead of ACSL/Simulink/Fortran or any other language that's actually designed with numeric simulations in mind. I realise that it doesn't pertain only to the '51, nor any particular compiler, I had to try and test my understanding and it worked(not first time though), so now I have the 'know how' to run single dependent variable ODE's through my '51 or any other processor. For example, I can run Euler's DE and many more, bearing in mind that my interests extends toward understanding maths aswell. Christoph Franck said:
Selling it won't be the problem, but being cheaper (and profitable at the same time) than all of the other people who have already been doing this for quite a while is going to be a problem. Running a PID controller on a '51 is a fairly standard task nowadays. Yes, agreed, but it is still good to know. BTW:, I modified my filter code, as we discussed earlier, and as expected it worked, so thanks for that. Cheers Jason |
