In a multistage amplifier, the overall frequency response is determine – McqOptions

MCQOPTIONS

1.	In a multistage amplifier, the overall frequency response is determined by the
A.	frequency response of each stage depending on the relationships of the critical frequencies.
B.	frequency response of the first amplifier.
C.	frequency response of the last amplifier.
D.	lower critical frequency of the first amplifier and the upper critical frequency of the final amplifier.
Answer» B. frequency response of the first amplifier.

Discussion

No Comment Found

Related MCQs

Miller's theorem is used in the high-frequency analysis of BJTs and FETs.
One characteristic of amplifiers is that the sum of the voltage gain and the bandwidth is always constant when the roll-off is –20 dB/decade.
Bandwidth is the difference between fcl and fcu.
The lower and upper critical frequencies of an amplifier can be determined using the step-response method.
The term "dBm" means decibels referenced to 1 mW of power.
The basis for the decibel unit stems from the logarithmic response of the human ear to the intensity of sound.
A decade of frequency change is a change by a factor of 10.
At the cutoff frequency the output is down 20 dB.
Internal transistor capacitances affect the high-frequency response of amplifiers.
Coupling and bypass capacitors affect the high-frequency response of an amplifier.