Which of the low-frequency cutoffs determined by C S , C C , or C E wi – McqOptions

MCQOPTIONS

1.	Which of the low-frequency cutoffs determined by C S , C C , or C E will be the predominant factor in determining the low-frequency response for the complete system?
A.	lowest
B.	middle
C.	highest
D.	None of the above
Answer» D. None of the above

Discussion

No Comment Found

Related MCQs

The bandwidth ________ in a multistage amplifier compared to an identical single-stage amplifier.
The magnitude of the third harmonic is ________ of the magnitude of the fundamental.
The ________ in the Fourier series has the same frequency as the square wave itself.
For two identical stages in cascade, the drop-off rate in the high- and low-frequency regions has increased to ________ per decade.
is ________ than in a common-base configuration.
The ________ of the upper cutoff frequencies defines a ________ possible bandwidth for a system.
If the parasitic capacitors were the only elements to determine the high cutoff frequency, the ________ frequency would be the determining factor.
The ________ configuration displays improved high-frequency characteristics over the ________ configuration.
At very high frequencies, the effect of Ci is to ________ the total impedance of the parallel combination of R1, R2, R3, and Ci.
With a BJT amplifier in the high-frequency region, the capacitance Cbe is the ________ of the parasitic capacitances while Cce is the ________.