
Analog and Digital Integrated Circuits Lab
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Analog and Digital Integrated Circuits Laboratory
The Analog and Digital Integrated circuits course has been taught as a required course for electronics and instrumentation engineering students since the program‟s inception. It splits into two labs namely Analog Integrated Circuits lab andDigital Principles and System Design Lab which learnt in second year. The Analog Integrated Circuits course introduces the concept and application of operational amplifiers. Without a sufficient amount of laboratory experiments, students are left with rather vague concepts regardless of the instructor‟s effectiveness. Laboratory assignments clarify textbook formulas and examples, as well as help to close the gap between theory and real-life problems. An efficient laboratory experiment should: a) clearly relate to textbook materials, b) relate to real life situations, c) challenge students‟ ability to design and test, and d) encourage the student to analyze the design and draw conclusion. With these considerations in mind a laboratory workbook has been developed for the analog and digital Integrated Circuits course. The usage of amplifier, application of amplifiers, filters, oscillators using op-amp, A-D Converter, PLL etc are made familiar to the students. In Digital lab, logic gates, Flip flop, multiplexer and demultiplexer, code converter, sequential circuits and specific trainer kits are made familiar to the students.

Specifications
Analog Integrated Circuits laboratory experiments:
1. Designing and Testing of differential amplifiers.
2. Designing and Testing of Inverting, Non-inverting amplifier 3. Design and Testing of differentiator and Integrator 4. Design and Testing of Active Filters 5. Design and Testing of Multi Vibrators 6. Design and Testing of Schmitt Trigger using op-amp 7. Design and Testing of Phase shift oscillators using Op-amp 8. Design and Testing of Wien bridge oscillators using Op-amp 9. Design and Testing of Astable using NE555 Timer 10. Design and Testing of R-2R Ladder Type D- A Converter using Op- amp. 11. Design and Testing A-D Converter using Op-amp 12. Design and Testing of Monostable multivibrators using NE555 Timer |
Digital Principles and System Design laboratory experiments:
1 | Simplification of switching function using K maps and implementation using logic gates |
2 | Realization of combinational circuits: Half adder, Full adder, Half subtractor, Full subtractor |
3 | Realization of BCD adder and 2-bit Magnitude Comparator |
4 | Realization of MUX, Realization of Boolean expression using MUX |
5 | Design of BCD to 7 segment decoder |
6 | Realization of Code Converters |
7 | Realization of one flip flop using another flip flop |
8 | Design and implementation of synchronous sequential circuits |
9 | Design and implementation of asynchronous sequential circuits |
10 | Design and implementation of Hazard free circuit |
11 | Realize Boolean algebra using PLA |
12 | Verification of Combinational logic circuits VHDL |
Faculty In-charge
Dr.K.Vibha
Asst Professot/EIE
vibhak@srmist.edu.in
V. Mohandass
Programmer
mohandav@srmist.edu.in

H523, 5th floor Hitech block
