Consider a practical op-amp having two break frequency due to a number of RC pole pairs. Determine the gain equation using the given specifications:A 102.92dB; fo1 =6Hz ; fo2 =2.34MHz .

140000/[1+ j(f/6)]x[1+ j(f/2.34)].

140000/[1+ j(f/6)]x[1+ j(f/234)].

140000/[1+ j(f/6)]x[1+ j(f/23400)].

140000/[1+ j(f/6)]x[1+ j(f/2340000)].

Explore topic-wise MCQs in Linear Integrated Circuit.

This section includes 4 Mcqs, each offering curated multiple-choice questions to sharpen your Linear Integrated Circuit knowledge and support exam preparation. Choose a topic below to get started.

1.	Calculate the unity gain bandwidth of an op-amp. Given, A 0.2 10⁶ & f_o =5Hz?
A.	10<sup>6</sup>
B.	10<sup>8</sup>
C.	10<sup>-5</sup>
D.	10<sup>-10</sup>
Answer» B. 10<sup>8</sup>

Discussion

2.	What is the voltage transfer function of op-amp in s-domain.
A.	S A/(s+ <sub>o</sub>)
B.	A/(s+ <sub>o</sub>)
C.	(A <sub>o</sub>)/(s+ <sub>o</sub>)
D.	None of the mentioned
Answer» D. None of the mentioned

Discussion

3.	Consider a practical op-amp having two break frequency due to a number of RC pole pairs. Determine the gain equation using the given specifications: A 102.92dB; f_o1 =6Hz ; f_o2 =2.34MHz .
A.	140000/[1+ j(f/6)]x[1+ j(f/2.34)].
B.	140000/[1+ j(f/6)]x[1+ j(f/234)].
C.	140000/[1+ j(f/6)]x[1+ j(f/23400)].
D.	140000/[1+ j(f/6)]x[1+ j(f/2340000)].
Answer» E.

Discussion

4.	In a phase response curve of MC1556, the phase shift is -162.5^o about 4MHz. If the approximate value of first break frequency is 5.5Hz. Determine the approximate value of the second break frequency?
A.	945.89MHz
B.	945.89kHz
C.	945.89GHz
D.	945.89Hz
Answer» C. 945.89GHz

Discussion

Explore topic-wise MCQs in Linear Integrated Circuit.

Calculate the unity gain bandwidth of an op-amp. Given, A 0.2 106 & fo =5Hz?

What is the voltage transfer function of op-amp in s-domain.

Consider a practical op-amp having two break frequency due to a number of RC pole pairs. Determine the gain equation using the given specifications:A 102.92dB; fo1 =6Hz ; fo2 =2.34MHz .

In a phase response curve of MC1556, the phase shift is -162.5o about 4MHz. If the approximate value of first break frequency is 5.5Hz. Determine the approximate value of the second break frequency?

Calculate the unity gain bandwidth of an op-amp. Given, A 0.2 10⁶ & f_o =5Hz?

Consider a practical op-amp having two break frequency due to a number of RC pole pairs. Determine the gain equation using the given specifications:
A 102.92dB; f_o1 =6Hz ; f_o2 =2.34MHz .

In a phase response curve of MC1556, the phase shift is -162.5^o about 4MHz. If the approximate value of first break frequency is 5.5Hz. Determine the approximate value of the second break frequency?