Q1. List characteristics of an ideal Op-amp.

This is question 1 (3 marks) from the GTU Analog Circuit Design BE Summer 2022 question paper. Subject code: 2141002.

Q1. Define the following parameters of Op-Amp:

This is question 1 (4 marks) from the GTU Analog Circuit Design BE Summer 2022 question paper. Subject code: 2141002.

Q2. Draw and explain block diagram of Op-amp.

This is question 2 (3 marks) from the GTU Analog Circuit Design BE Summer 2022 question paper. Subject code: 2141002.

Q2. Write a short-note on crystal oscillator.

This is question 2 (7 marks) from the GTU Analog Circuit Design BE Summer 2022 question paper. Subject code: 2141002.

Analog Circuit Design | B.E. Semester IV Summer 2022 | GTU Papers

Q: Q1. Slew Rate (ii) CMRR (iii)Input offset voltage (iv) Input bias current

This is question 1 (null marks) from the GTU Analog Circuit Design BE Summer 2022 question paper. Subject code: 2141002.

Q: Q1. Draw the hybrid Π common emitter transistor model. Derive the expression for input conductance.

This is question 1 (7 marks) from the GTU Analog Circuit Design BE Summer 2022 question paper. Subject code: 2141002.

Q: Q2. List the parameter those affecting to the transistor at high frequencies.

This is question 2 (4 marks) from the GTU Analog Circuit Design BE Summer 2022 question paper. Subject code: 2141002.

Q: Q3. For Hybrid-π transistor model g = 50 mA/V, rb’e = 1 K, Ce = 1 pF, m and Cc = 0.2 pF is given then determine the values of f and f . β T

This is question 3 (3 marks) from the GTU Analog Circuit Design BE Summer 2022 question paper. Subject code: 2141002.

Q: Q3. Explain in detail working of Inverting amplifier in open loop op-amp configuration.

This is question 3 (4 marks) from the GTU Analog Circuit Design BE Summer 2022 question paper. Subject code: 2141002.

Questions27

List characteristics of an ideal Op-amp.

[3 marks]

Define the following parameters of Op-Amp:

[4 marks]

Slew Rate (ii) CMRR (iii)Input offset voltage (iv) Input bias current

[ marks]

Draw the hybrid Π common emitter transistor model. Derive the expression for input conductance.

[7 marks]

Draw and explain block diagram of Op-amp.

[3 marks]

List the parameter those affecting to the transistor at high frequencies.

[4 marks]

Derive the expression for the frequency for the RC phase shift oscillator using transistor.

[7 marks]

Write a short-note on crystal oscillator.

[7 marks]

For Hybrid-π transistor model g = 50 mA/V, rb’e = 1 K, Ce = 1 pF, m and Cc = 0.2 pF is given then determine the values of f and f . β T

[3 marks]

Explain in detail working of Inverting amplifier in open loop op-amp configuration.

[4 marks]

Derive expression for closed loop gain of a voltage series feedback amplifier using op-amp.

[7 marks]

Define the following parameters of Op-Amp:

[3 marks]

PSRR (ii) Unity Gain Bandwidth (iii)Thermal Drift

[ marks]

Draw and explain the op amp as an averaging amplifier.

[4 marks]

Explain the ideal integrator. What are the problems associated with this configuration? How it can overcome?

[7 marks]

What is the difference between active and passive filters?

[3 marks]

Explain Op-amp based Zero Crossing Detector with circuit diagram and waveforms.

[4 marks]

What is instrumentation amplifier? With help of neat diagram explain operation of Three OP-AMP based Instrumentation amplifier.

[7 marks]

Draw simplified internal block diagram of 555 Timer IC.

[3 marks]

Explain the magnitude characteristic of band pass and band stop filter.1

[4 marks]

Write a short note on first order low-pass butterworth filter.

[7 marks]

Draw and explain schematic symbol for the op-amp.

[3 marks]

List advantages of Schmitt trigger over the conventional comparators.

[4 marks]

Explain with the circuit diagram and waveforms, the monostable multivibrator using 555 timer.

[7 marks]

What do you mean by Voltage regulator? List different types of voltage regulators.

[3 marks]

Draw and explain triangular wave generator circuit using Op-amp.

[4 marks]

What is PLL? Explain operation of PLL with basic blocks and mention any four applications of it in radio communication.

[7 marks]

Analog Circuit Design — Summer 2022

Questions27

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