Okay, I went back to the integrator with the OpAmp, and understood your statement. With the OpAmp, RC represents the time it takes the integrator to reach the input value when it's constant (we may consider the difference between the constant input and a 0 value output as the initial error...
Thank you very much, let me get to those and come back with some more questions.
Thank you, but my question was about those two times, not the integral and derivative themselves, those I can understand—although not thoroughly given the problems with the Td and Ti.
This forum is awesome.
Not embarrassing at all actually. Thanks for your reply and let me ask you another surely dumb question, I would appreciate it if you can explain. You call Ti and Td the Time Integral and Time Derivative respectively, but, do you mean Integral and Derivative with respect...
Hello,
I've been studying PID control and I've undestrood many things, but in every source I've read there is no exact definition for what the Integral Time and Derivative Time are. I now know what is the results of setting them high and low—to some extent—and have studied a bit the tuning...