When applying miller’s theorem to resistors, resistance R1 is for n – McqOptions

MCQOPTIONS

1.	When applying miller’s theorem to resistors, resistance R1 is for node 1 and R2 for node 2. If R1>R2, then for same circuit, then for capacitance for which the theorem is applied, which will be larger, C1 or C2?
A.	C1
B.	C2
C.	Both are equal
D.	Insufficient data
Answer» B. C2

Discussion

No Comment Found

Related MCQs

Consider that the phase shift of an RC coupled CE amplifier is 260°. Find the low frequency gain when the voltage gain of the transistor is -150.
Consider the circuit shown. hfe = 50, hie = 1000Ω. Find magnitude of voltage gain at input frequency 10Hz.
Given collector resistance = 2kΩ, load resistance = 5kΩ, collector capacitance = 1μF, emitter capacitance = 20μF, collector current = 2mA, source resistance = 2kΩ. If the effect of blocking capacitor is ignored, find the applicable cut-off frequency.
Consider an RC coupled amplifier at low frequency. Internal voltage gain is -120. Find the voltage gain magnitude, when given that collector resistance = 1kΩ, load = 9kΩ, collector capacitance is 0. is 0.1μF, and input frequency is 20Hz.
Find net voltage gain, given hfe = 50 and hie = 1kΩ.
When applying miller’s theorem to resistors, resistance R1 is for node 1 and R2 for node 2. If R1>R2, then for same circuit, then for capacitance for which the theorem is applied, which will be larger, C1 or C2?
In Miller’s theorem, what is the constant K?