The Miller effect has useful applications because
A) it creates virtual capacitors that are much larger than the feedback capacitor.
B) it creates virtual resistors that are much larger than the load resistor.
C) it creates additional gain without adding amplifiers.
D) it makes coupling capacitors appear smaller than they actually are.

Question

Quizplus · Accepted Answer

The Miller effect creates virtual capacitors that are much larger than the feedback capacitor, which can be useful in amplifier design and can improve frequency response.

The Miller Effect Has Useful Applications Because