I have watched all of your Op-amp videos, I would say they are perfect for any engineer. Thanks for all the wonderful stuff. Please continue to make videos on stability of op amps
At around 4:46, I think with the way you draw current direction, polarities of voltage across R1 need to be reversed. Or it can be kept the same, but current direction must be reversed; and polarities of voltage drop across R2 must be reversed. Hope I'm on the same page and my comment confuses no one.
Yes, you're absolutely correct. The current flows in the other direction, and the resulting voltage drop on R2 should have the opposite polarity, which effects the expression I write around 5:45. Thanks for pointing this out!
I have watched all of your Op-amp videos, I would say they are perfect for any engineer. Thanks for all the wonderful stuff. Please continue to make videos on stability of op amps
At around 4:46, I think with the way you draw current direction, polarities of voltage across R1 need to be reversed. Or it can be kept the same, but current direction must be reversed; and polarities of voltage drop across R2 must be reversed. Hope I'm on the same page and my comment confuses no one.
Yes, you're absolutely correct. The current flows in the other direction, and the resulting voltage drop on R2 should have the opposite polarity, which effects the expression I write around 5:45. Thanks for pointing this out!
So good.