I last looked at two-pole compensation in college. My hobby designs have used one-pole compensation because it is amenable to hand analysis. One-pole tends to be well-behaved because there is only one low-frequency pole (and I put it between 20KHz and 40KHz).
Ed
Ed
Please note that the latest examples do not show proper two pole compensation.
The discussion is about output inclusive single pole compensation.
The output inclusion still shows benefits although the advantages of two pole compensation, which originally would be part of TMC as well, are neglected.
This is merely a matter of component assembly though.
Should you one day want the extra OLG, you can still change the capacitor.
The discussion is about output inclusive single pole compensation.
The output inclusion still shows benefits although the advantages of two pole compensation, which originally would be part of TMC as well, are neglected.
This is merely a matter of component assembly though.
Should you one day want the extra OLG, you can still change the capacitor.