For the circuit, calculate the phase shift.It is given that R1=20kΩ, – McqOptions

MCQOPTIONS

1.	For the circuit, calculate the phase shift.It is given that R1=20kΩ, C1=2nF, R2=22kΩ, and input signal is 2sin6π103t.
A.	233.04°
B.	230.32°
C.	333.04°
D.	129.67°
Answer» B. 230.32°

Discussion

No Comment Found

Related MCQs

Consider the circuit below and find its cut-off frequency. R1=10kΩ, R2=20kΩ, R3=30kΩ, C1=2nF, C2=4nF, R4=15kΩ.
A filter is provided of order 3, find the roll-off rate.
For a low pass filter of non-inverting type, the cutoff frequency is 2kHz and the input frequency is 4kHz. Find the phase shift in output.
Given the following circuit, find the maximum gain.
For the circuit, calculate the phase shift.It is given that R1=20kΩ, C1=2nF, R2=22kΩ, and input signal is 2sin6π103t.
When the input frequency is equal to the cutoff frequency, how much is the phase shift in the output?
Given that the maximum gain of a low pass filter using op-amp is 5.5 and the resistor R1 = 10kΩ, find the value of R2.
In a low pass filter as below, find the cut-off frequency for the following circuit.Given that R1=20kΩ, R2=25kΩ, C1=10nF.
Which is not a difference between active and passive filter?