UG Laboratory Details
Lab In-charge: Mr. M. Saravanakumar, Assistant Professor
Lab In-charge: Mr. M. Saravanakumar, Assistant Professor
AC Generators
Single phase and three phase Induction motors
Synchronous Motors
Auto transformers
AE make 100 A Laboratory Rectifiers
Transformers
Rheostats
Loading rheostats
Belt brake drums & Eddy current Dynamometer
Measuring Instruments
Lab In-charge: Mr. M. Saravanakumar, Assistant Professor
DC Generators (Shunt, Series & Compound)
DC Motors (Shunt, Series & Compound)
AE make 100 A Laboratory Rectifiers
Auto transformers
Transformers
Rheostats
Loading rheostats
Belt brake drums
Measuring Instruments
Lab In-charge : Mr. M. Saravanakumar, Assistant Professor
DC Generators (Shunt, Series & Compound)
DC Motors (Shunt, Series & Compound)
AE make 100 A Laboratory Rectifiers
Auto transformers
Transformers
Rheostats
Loading rheostats
Belt brake drums
Measuring Instruments
Lab In-charge : Mr M. Prabhu Raj , Assistant Professor
Device characteristics (SCR, MOSFET,IGBT) kit with built in power supply and meters
IGBT Based Three Phase PWM Inverter Module
Intelligent Power Module,
DSP and FPGA Module
PLC and DSO
R, R-C and UJT trigger circuits
SCR DC voltage and current commutated choppers
SCR & TRIAC phase-controlled modules
SCR Half-controlled & fully-controlled converters
Speed control of DC Shunt Motor using fully-controlled converter
Cycloconverter
SCR series & parallel inverter
IGBT chopper
A.C. voltage controller
Analog and Digital Trainer kits
Function Generators and CROs
Lab In-charge: Ms. K. Durgalakshmi Assistant Professor(SS)
30 MHz Dual Trace Oscilloscope
Function Generator with 15 MHz Counter
Single-phase servo stabilizer
Regulated power supply and Multimeter
Lab In-charge: Dr. B. Kishore Assistant Professor(SG)
Process control simulator
DC motor-based position control system
Two-phase AC Servo motor speed control transfer function Trainer
Two-phase DC Servo motor
P, PI and PID Controller
Temperature transducers
Stepper Motor Controller
Synchros
Ward-Leonard Method of Speed Control
Motors and Generators for calculating Transfer Function
Lag- Lead Networks
Lag-Lead Networks
Function Generators
CROs
Ammeters and Voltmeters
Lab In-charge: Dr. K. Umamaheswari Assistant Professor(SG)
ETAP5.0 (10 users) simulation software
Power factory 14.1 (25 users)
MATLAB (V 8.2.0.701) (100 users) simulation software
Computers and printers
Lab In-charge: Mr. R. Muthubharathi, Assistant Professor(SS)
ARM7 Processor Trainer Kit
8085 Micro Processor Trainer Kit
8051 Micro Controller Trainer Kit
Microprocessor Trainer 8086,
Raspberry pi boards,
Arduino Mega boards
LoRaWAN indoor and outdoor gateway
8253 / 8251 Interface
8279-Keyboard display Interface Board
8279-Keyboard display Interface Board
Traffic Light Controller
Stepper Motor Controller
89 S 52 Micro Controller Based Trainer Module
Scientific Make SM410 Dual Trace Cathode Ray Oscilloscope
Maco make Digital Multimeter
DC Motor Measurement and Control Module
8 Channel ADC Interface
2 Channel DAC Interface
Lab In-charge: Mr.J.Arthur Vasanth, Assistant Professor
Wet Grinder
CRO
Function Generator
Regulated Power Supply
IC Trainer Kit
Lab In-charge: Dr. K. Umamaheswari Assistant Professor(SG)
3 Phase Fault Analyzer using Alternator
Transformer Protection Simulator
VCB (Vacuum Circuit Breaker) Trainer
SCADA based Generator Protection Simulator
Lab In-charge: Dr. K.Rameshkumar, Assistant Professor
Fan speed control kit
Automotive flasher system
Automotive headlamp ON/OFF system
Temperature controlled Hot plate system
PG Laboratory Details
Lab In-charge: Dr. B.Vinoth Kumar , Associate Professor
ARM7 Trainer Kit
Unifies Technology Learning Platform Kit
DSP, FPGA Trainer Kit
Zed board
Analog discovery Board
Lab In-charge: Dr. B.Vinoth Kumar, Associate Professor
MATLAB Software
CADENCE Tool
Xilinx 14.7
Computers: 4 GB RAM, 500 GB HDD, I5 Processor