LIC Subject Assignment 1

 Good evening to all of you.

Hope all of you have started learning simulation tool. Now i am posting the assignment 1. The deadline to show the simulation is 27/01/2023 and to submit the report is on 04/02/2023 before 5PM.

1) Operational amplifier as voltage follower find Op-amp input resistance.

2) Design and simulate op-amp amplifiers with gain 12, -12.

3) Design and simulate op-amp amplifiers with gain of 1, - 1.

4) Design and simulate op-amp amplifiers with gain of -0.8, 0.8.

5) Design and simulate op-amp inverting and non-inverting amplifier with any gain.

6) Design Operational amplifier circuit for implementing given arithmetic expressions.

7) Design and simulate low-pass and high-pass first order Butter-worth filters. Simulate frequency response of it.

8) Design and simulate a Schmitt Trigger for a given UTP and LTP.

9) Design and simulate R-2R DAC using OP-Amp.

10) Design and simulate rectifiers using Op-amp (HWR and FWR).

11) Design and simulate Peaking amplifier.

12) Design and simulate Square and triangular wave generators

13) Design and simulate PLL applications.

14) Design and simulate IC-555 any one application in astable mode.

15) Design and simulate IC-555 any one application in mono-stable mode.

Assignment 1 Simulation

 Learn any one freely available simulator. Draw the circuit using that simulator and simulate it (It should look like circuit not physical components). Draw the neat circuit diagram using any software and simulate it using simulator. The circuit, its working and its wave forms with neat explanation should be put in MS word file. Format will be shared with you in near future. Each student has to do simulation assigned to them.

1) Operational amplifier as voltage follower find Op-amp input resistance.

2) Design and simulate op-amp amplifiers with gain 12, -12.

3) Design and simulate op-amp amplifiers with gain of 1, - 1.

4) Design and simulate op-amp amplifiers with gain of -0.8, 0.8.

5) Design and simulate op-amp inverting and non-inverting amplifier with any gain.

6) Design Operational amplifier circuit for implementing given arithmetic expressions.

7) Design and simulate low-pass and high-pass first order Butter-worth filters. Simulate frequency response of it.

8) Design and simulate a Schmitt Trigger for a given UTP and LTP.

9) Design and simulate R-2R DAC using OP-Amp.

10) Design and simulate rectifiers using Op-amp (HWR and FWR).

11) Design and simulate Peaking amplifier.

12) Design and simulate Square and triangular wave generators

13) Design and simulate PLL applications.

14) Design and simulate IC-555 any one application in astable mode.

15) Design and simulate IC-555 any one application in mono-stable mode.

Now you learn simulator.

IA 1 Marks

 All the students are here by informed to share the blog details with your parents so that they can see your IA 1 LIC subject marks.

Portion for IA 1

Unit-I

Differential Amplifiers:
Dual input-Balanced output differential amplifier, Dual input-Unbalanced output
differential amplifier, Level translator.
Operational amplifier Fundamentals: Block diagram representation of Op-amp, Op-amp
parameters such as Input offset voltage, Input offset current, Input bias
current, CMRR, SVRR, Output voltage swing, Output short circuit current, Slew
rate and Gain-bandwidth product, The ideal Op-amp, Equivalent circuit of an
Op-amp, Ideal voltage transfer curve, Open Loop Op-Amp configurations                                    
Unit-II
Op-Amp with Negative Feedback: Block diagram
representation of feedback configuration, Voltage series feedback amplifier,
Voltage shunt feedback amplifier, Differential Amplifier