Hi,
I've got a question for all you pros. Say there's a system that has open loop poles and zeros that look as such:




x0x0xx





I know what the root locus looks like, but that's not the problem. I have to find out the rate that the closed loop poles that go to infinity do so as the loop gain increases. I also have to find how fast the closed loop poles that go to the zeros do so as K goes to infinity.
The locations of the poles and zeros are given as variables and they are looking for an analytical expression. Any ideas how to tackle this?
Thanks,
Matt
I've got a question for all you pros. Say there's a system that has open loop poles and zeros that look as such:
I know what the root locus looks like, but that's not the problem. I have to find out the rate that the closed loop poles that go to infinity do so as the loop gain increases. I also have to find how fast the closed loop poles that go to the zeros do so as K goes to infinity.
The locations of the poles and zeros are given as variables and they are looking for an analytical expression. Any ideas how to tackle this?
Thanks,
Matt