IV Semester – ECE
Industrial Electronics and Communication Engineering Lab
A. Industrial Electronics Lab
| 1 | Phase Control Characteristics of SCR |
| 2 | SCR Commutation Circuits |
| 3 | Lamp Dimmer using DIAC– TRIAC |
| 4 | PWM based Step Down Chopper using MOSFET |
| 5 | PWM based Step down DC Chopper using MOSFET/IGBT |
| 6 | Implementing simple ladder using digital inputs and outputs for PLC |
| Allen Bradley PLC Trainer Kit | |
| - 1761 – L10BWB model | |
| - Micrologix 1000 series | |
| - 6 digital inputs and 4 digital outputs | |
| - External relay based outputs | |
| - +24V and +5V Power supplies | |
| - RS Logix 500 Professional Programming software | |
| - RS Linx Communication software | |
| - RS 232 Communication cable from PLC to system | |
| - Switch inputs and LED indication for simulating the inputs | |
| - LED indication in the outputs | |
| - Buzzer output | |
| - Proper termination of inputs, outputs and power supplies | |
| - Wooden casing and detailed manual | |
| 7 | Implementing ladder logic for interfacing a Lift Control with PLC |
| Allen Bradley PLC Trainer Kit | |
| Lift working model | |
| 9 | Implementing ladder logic for interfacing a Conveyor Control with PLC |
| Allen Bradley PLC Trainer Kit | |
| Conveyor working model | |
| 10 | Implementing simple ladder using Timer and Counter with |
| Branching and Subroutines with PLC |
B.Communication Engineering Experiments
| 1 | Construct and test Symmetrical T and Pi attenuators |
| 2 | Construct and test constant K passive Low pass filter and |
| High pass filter | |
| 3 | Amplitude Modulation and Demodulation Trainer Kit |
| 4 | FM Modulator and Demodulator Kit |
| 5 | PAM Generation and Detection Kit |
| 6 | PWM Generation and Detection Kit |
| 7 | PPM Generation and Detection Kit |
| 8 | PCM Trainer Kit |
| 9 | Equalizer and Cross-Over networks |
IV Semester – ECE and EEE
| IV
Semester – 24046 – Integrated Circuits Lab |
1 Op- amp Trainer Kit
2 Integrator and Differentiator using Op- amp
3 IC 555 Trainer Kit
4 Voltage Regulator IC Trainer Kit
5 Verification of Truth tables of Basic Gates
6 Realization of basic logic gates using NAND and NOR gates and
Verification of De Morgan’s Theorem, Realization of Logic Circuit
7 Half adder, Full adder and 4 Bit full adder
8 Half Subtractor, Full Subtractor and 4 Bit full Subtractor
9 Decoder and Encoder Trainer Kit
10 Multiplexer and Demultiplexer Trainer Kit
11 Parity Generator / Reader Trainer Kit
12 Verification of Truth tables of Flip-Flops
13 4 bit ripple counter using Flip-Flops with feedback
14 4 bit shift register using Flip-flops
15 Construction and testing of Single digit counter, Latch and
Seven Segment Display
16 Serial data generator and reader
17 Digital to Analog converter using discrete circuits
18 Analog to Digital Converter Kit
19 Digital to Analog Converter Kit