Power Electronics Laboratory

Power Electronics is an important area of Electrical Engineering. It broadly deals with controlling the flow of electrical power using electronic switching devices. Power Electronics lab introduces the student to measurement and simulation of important operating characteristics of power electronic circuits and power semiconductor devices. It also provides experience with common components such as motors, batteries, magnetic devices, and power semiconductors.


     

Click here to View POWER ELECTRONICS Lab Experiment Details


Area in sq.m
: 150
Established in the year
: 2001
Total investment made(Rs)
: 7,55,266/-
Major equipment
:
  • Study characteristics of  SCR, MOSFET, IGBT,DIAC,TRIAC
  • Series inverter with R&L load.(30V/2A)
  • 30 MHz dual trace oscilloscope
  • Regulated Transistorised DC power
  • Digital Handle Contact type Tachometer
  • Single Phase bridge inverter (Mc murray) with R&L load.(115V/5A)
  • DIGITAL MULTIMETERS:

3 1/2 Digit Hand Held digital multi meter with frequency, capacitance and Transistor testing facility
4 1/2 Digit ,Bench Top digital multi meter

  • Single Phase Mc murray Bed ford inverter
  • R&L load.(30V/2A)
  • Pulse generator

Frequency range:2Hz to 20 MHz
Dual output

  • Parallel inverter with  R & L load (30V/2A)
  • Single Phase AC voltage controller with Suitable R & L loads
  • Single Phase cyclo converter with R&Lload(25A/1200V)
  • DC Jones chopper with R & L load
  • Single dual converter with R&Lload (25A/1200V)
  • Single Phase fully  controlled bridge converter with  Suitable R & L load and also with 1HP DC motor (25A/1200V)
  • Forced commutation study unit
  • Function Generators

1 MHz Function Generators
 3 MHz Function Generators

  • Three phase Half controlled bridge  converter with R&L load(25A/1200V)
  • Single phase half controlled bridge converter power circuit
  • Optional accessories required :
  • Single phase half controlled bridge firing circuit
  • Bench Top LCR-Q Bridge
  • Single phase cyclo converter power circuit (220 V/ 5A).
  • Single phase cyclo converter Firing circuit.
  • Single Phase Mc. Murry Bed Ford inverter Power circuit.
  • Single Phase Mc. Murry Bed Ford inverter Firing circuit.
  • Single Phase Fully Controlled Bridge Converter power circuit.
  •  Single Phase Fully Controlled Bridge Converter Firing circuit.
  • Characteristics of SCR, MOFET, and IGBT
  • Single phase IGBT based PWM Inverter
  • Three phase and single phase PWM pulse Generator

 


Licensed Software available in the lab
: MATLAB/SIMULINK,PSPICE,LABVIEW,PSCAD
Lab Utilization
:

                        Lab Name

Branch

Power Electronics Lab

EEE

Mini Project

EEE

Main Project

EEE

Project based Lab Experimentation

EEE

Faculty Incharge
: Mr.P.Deepak Reddy
Lab Technician
: Mr. N.Nagi Reddy