Analog VLSI Design Nptel Week 2 Assignment Answers
Are you looking for Analog VLSI Design Nptel Week 2 Assignment Answers ? All weeks solutions of this swayam course assignment are available here.
Table of Contents
Analog VLSI Design Nptel Week 2 Assignment Answers (July-Dec 2025)
Course link: Click here to visit course on Nptel Website
Question 1. Find the quiescent current in mA up-to two decimal places through the diode in the network.
a) 1.25
b) 1.50
c) 2.00
d) 3.00
Question 2. Now assume IB = 3 mA + 0.5mA sin(ωt). Using the small signal analysis, find the incremental voltage across the diode. (Vin = 0)
a) 6.33mVcos(ωt)
b) 6.33mVsin(ωt)
c) 14mVsin(ωt)
d) 10mVsin(ωt)
Question 3. Assume IB = 3mA + 0.5mA sin(ωt) and Vin = 100mV sin(ωt). Find the incremental voltage across the diode.
a) 1.26mVsin(ωt)
b) 1.26mVcos(ωt)
c) 7.60mVsin(ωt)
d) 7.60mVcos(ωt)
Question 4. Assume IB = 3mA + 0.5mA sin(ωt) and Vin = 1.50V + 100mV sin(ωt). Find the incremental voltage across the diode. (Hint: Quiescent point will change here)
a) 4.21mVsin(ωt)
b) 4.381mVcos(ωt)
c) 3.51mVsin(ωt)
d) 4mVcos(ωt)
Question 5. Find the quiescent current in mA up-to two decimal places through the Non-linear elements in the network.
a) 2.00
b) 2.50
c) 3.00
d) 4.00
Question 6. Now assume IB = 4mA + 0.1mA sin(ωt). Using the small signal analysis, find the incremental peak voltage in mV up-to two decimal places across the nonlinear element. (Vin = 0)
a) 2.89mV
b) 3.16mV
c) 4.32mV
d) 2.50mV
Question 7. Assume IB = 4mA + 0.1mA sin(ωt) and Vin = 10mV sin(ωt). Find the incremental voltage across the non-linear element. (choose the nearest solution)
a) 16.66mVsin(ωt)
b) 18.32mVsin(ωt)
c) 18.32mVcos(ωt)
d) 1.66mVsin(ωt)
Question 8. Find VA in V up-to two decimal places, such that VN = 3V. Let us call this value VAQ.
a) 1.20
b) 1.50
c) 1.85
d) 2.00
Question 9. If VA = VAQ + 10mV sin(ωt), find the incremental max vN in mV up-to two decimal places.
a) 15.00
b) 20.00
c) 22.10
d) 25.89
These are Analog VLSI Design Nptel Week 2 Assignment Answers