Simulation of Op-Amp Circuits (21EEL484)

Simulation of Op-Amp Circuits

Course Code 21EEL484 
CIE Marks 50
Teaching Hours/Week (L:T:P: S) 0:0:2:0 
SEE Marks 50
Credits 01 
Exam Hours 02

Experiments

1 Design and Analysis of (i) Voltage Follower (ii) Inverting & Non – Inverting Amplifier.

2 Design and Analysis of full wave rectifier and determine its performance parameters.

3 Design and Analysis of frequency response of an Operational Amplifier under inverting and non - inverting configuration for a given gain.

4 Design and Analysis of Operational Amplifier based RC Phase Shift Oscillator.

5 Design and Analysis of an Operational Amplifier based Wein Bridge Oscillator.

6 Design and Analysis of Operational Amplifier based Schmitt Trigger.

7 Design and Analysis of Operational Amplifier based (i) Voltage Comparator circuit and (ii) Zero Crossing Detector.

8 Design and Analysis of Op-Amp based (i) Adder (ii) Subtractor (iii) Integrator and (iv) Differentiator.

9 Design and Analysis of Frequency Response Characteristics Op-Amp based First Order Butterworth (i) Low Pass, (ii) High Pass Filters.

10 Design and Analysis of Frequency Response Characteristics Op-Amp based First Order Butterworth (i) Band Pass, (ii) Band Rejection Filters.

11 Design and Analysis of Op-Amp based Function Generator to generate Sine, Square and Triangular Signals of desired frequency.

12 Design and Analysis of Op-Amp based R – 2R ladder Digital to Analog Converter.

13 Design and Analysis of Op-Amp based two bit flash Analog to Digital Converter.

14 Design and Analysis of Three Op-Amp Instrumentation Amplifier.