EE8451 Question Bank Linear Integrated Circuits and Applications

EE8451 Question Bank Linear Integrated Circuits and Applications LIC Regulation 2017 Anna University free download. LIC Linear Integrated Circuits and Applications Question Bank EE8451 pdf free download.

Sample EE8451 Question Bank Linear Integrated Circuits and Applications LIC:

1. List out any four characteristics of an ideal op-amp. (A/M-10)
2. Design an amplifier with a gain of 10 and input resistance of 10 kΩ. (A/M 2010)
3. What are the different kinds of packages of IC741? (A/M-11)
4. What is meant by thermal drift? (N/D-11)
5. Define – Input Offset Voltage (N/D-11) EE8451 Question Bank Linear Integrated Circuits and Applications LIC
6. What is the input impedance of a non-inverting amplifier? (M/J-13)
7. Define – Slew Rate
8. Define – Common Mode Rejection Ratio (CMRR) of an op-amp
9. Draw the pin configuration of IC741. EE8451 Question Bank Linear Integrated Circuits and Applications LIC
10. What are the DC characteristics of op-amp?
11. What are the AC characteristics of op-amp?
12. What are the features of IC 741? EE8451 Question Bank Linear Integrated Circuits and Applications LIC

PART B EE8451 Question Bank Linear Integrated Circuits and Applications LIC Regulation 2017 Anna University

1. Explain the frequency response of an op-amp. Write the frequency compensation techniques
adopted in operational amplifiers. (A/M-11) (16) EE8451 Question Bank Linear Integrated Circuits and Applications LIC
2. Explain in detail, the DC characteristics of operational amplifier with the help of neat
diagrams. (N/D-11, M/J-13) (16)
3. Explain in detail, the operation of summer and differentiator using operational amplifier
with circuit diagrams. (N/D-11) (16) EE8451 Question Bank Linear Integrated Circuits and Applications LIC
4. Explain in detail, the characteristics of ideal op-amp and obtain the practical op-amp
equivalent circuit. (M/J-13) (16) EE8451 Question Bank Linear Integrated Circuits and Applications LIC
5. Explain in detail, the types of feedback configurations available with neat diagrams. (N/D-10) (16) EE8451 Question Bank Linear Integrated Circuits and Applications LIC
6. Explain the function of the basic building blocks of op-amp. (A/M-10) (8)
7. Explain the application of op- amp as:
a) Integrator
b) Differentiator (A/M-10) (16) EE8451 Question Bank Linear Integrated Circuits and Applications LIC
8. Explain summing amplifier with example. (N/D-10) (8)
9. Explain in detail, the AC characteristics of op-amp.