SVC Electronics E-Manual

Basic Electronics

Components

Basic Electronics Components

Instruments

Function Generator

SEMESTER 1

CTNA

Experiment 10: High Pass Filter

Experiment 4: Superposition Theorem

Experiment 5: Thevenin’s Theorem

Experiment 6: MPT Theorem

Experiment 7: Norton’s Theorem

Experiment 9: Low Pass Filter

Network Theorems

Programming With Python

Semiconductor Devices

Unijunction Transistor(UJT)

SEMESTER 2

Analog Electronics I

BIMT

EXPERIMENT- 2 Wheatstone Bridge

EXPERIMENT- 3 De-Sauty’s Bridge

EXPERIMENT- 4 Anderson’s Bridge

Experiment – 6 LVDT

Experiment- 5 Strain Gauge

Digital Electronics

4: 1 multiplexer using logic gate.

Boolean expression into a large gate circuit

DESIGN A SISO SHIFT REGISTER.

Design a Half and Full Adder

Design a half and full subtractor.

ICs and their pin diagrams

Synchronous non-sequential counter using JK/T flip flop

Synchronous/ asynchronous counter using jk/t/d flip flops

To design a seven-segment display

To verify and design AND, OR, NOT, XOR, XNOR using NAND gates

SEMESTER 3

Analog Electronics II

Basic of OP-AMP

Engineering Mathematics

Signals and Systems

SEMESTER 4

Electrical Technology

Electrical Technology

Microprocessor 8085

Introduction to 8085-Microprocessor

Principle of Communication

Communication Electronics

SEMESTER 5

Basic VLSI Design

Electromagnetic Theory

Embedded System

Simulation

Home Analog Electronics II

Analog Electronics II

Documents

Basic of OP-AMP

Experiment 1

Experiment 2

Experiment 3

Experiment 4

Experiment 5

Experiment 6

Experiment 7

Experiment 8

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