Laboratories

CTN LAB

CIRCUIT THEORY & NETWORK LABORATORY

 

LIST OF EXPERIMENTS

01. TRANSIENT ANALYSIS IN R-L & R-C CIRCUIT USING PSPICE SOFTWARE. (Expt. No.: - CN-3/1)
02. TRANSIENT ANALYSIS IN R-L-C SERIES AND PARALLEL CIRCUIT USING PSPICE SOFTWARE. (Expt. No.: - CN-3/2)
03. FREQUENCY RESPONSE OF LOW PASS & HIGH PASS FILTER CIRCUIT USING PSPICE SOFTWARE. (Expt. No.: - CN-3/3)
04. FREQUENCY RESPONSE OF BP & BR FILTER CIRCUIT USING PSPICE SOFTWARE. (Expt. No.: - CN-3/4)
05. DETERMINATION OF IMPEDANCE (Z) & ADMITTANCE (Y) PARAMETERS OF TWO PORT NETWORK USING PSPICE SOFTWARE (Expt. No.: - CN-3/5)
06. DETERMINATION OF LAPLACE TRANSFORMATION AND INVERSE LAPLACE TRANSFORMATION USING MATLAB. (Expt. No.: - CN-3/6)
07. GENERATION OF PERIODIC, EXPONENTIAL, SINUSOIDAL, DAMPED SINUSOIDAL, STEP, IMPULSE, RAMP SIGNALS IN BOTH DISCRETE & ANALOG FORM USING MATLAB SIMULINK (Expt. No.: - CN-3/7)
08. AMPLITUDE & PHASE SPECTRUM ANALYSIS OF DIFFERENT SIGNALS USING MATLAB (Expt. No.: - CN-3/8)
09. VERIFICATION OF NETWORK THEOREMS USING SPICE (Expt. No.: - CN-3/9)

Control System Lab

CONTROL SYSTEM LABORATORY

 

LIST OF EXPERIMENTS

1. FAMILIARISATION WITH PSPICE, MATLAB-CONTROL-TOOL BOX & MATLAB-SIMULINK TOOL BOX.
2. LINEAR SYSTEM SIMULATIONS USING HARDWARE KIT.
3. STUDY OF POTENTIOMETRIC ERROR DETECTOR
4. STUDY OF PID CONTROLLER USING HARDWARE KIT
5. TRANSIENT AND FREQUENCY RESPONSE OF LINEAR SYSTEM USING PSPICE.
6. LINEAR SYSTEM SIMULATIONS USING MATLAB
7. FAMILIARIZATION WITH DIFFERENT MATLAB COMMANDS.
8. FAMILIARIZATION WITH D.C. POSITION CONTROL SYSTEM.
9. FAMILIARIZATION WITH D.C. SPEED CONTROL SYSTEM
10. DETERMINATION OF UNKNOWN PLANT TRANSFER FUNCTION
11. EXPERIMENT ON PROPORTIONAL, INTEGRAL & DERIVATIVE CONTROLLER USING MATLAB.
12. STUDY OF P-I-D CONTROLLER USING PSPICE
13. EFFECT OF LEAD & LAG COMPENSATOR ON TRAINSIENT RESPONSE.

Electrical Measurement Lab

ELECTRICAL & ELECTRONIC MEASUREMENT LABORATORY

 

LIST OF EXPERIMENTS (For EE & ECE)

FIRST SESSION

1. (Exp. No.- EEM/3/02) MEASUREMENT OF LOW RESISTANCE BY KELVIN DOUBLE BRIDGE METHOD.
2. (Exp. No.-EEM/3/04) MEASUREMENT OF UNKNOWN INDUCTANCE BY ANDERSON BRIDGE & MAXWELL'S BRIDGE.
3.(Exp. No.- EEM/3/05) STUDY AND USE OF CRO.
4.(Exp. No.- EEM/3/07) CALIBRATION OF ENERGY METER.
5. (Exp. No.- EEM/3/08) TO CALIBRATE A VOLTMETER AND AMMETER USING A POTENTIOMETER.

 

Second Session

6.(Exp. No.- EEM/3/01) MEASUREMENT OF ACTIVE & REACTIVE POWER.
7. (Exp. No.- EEM/3/03) TO CALIBRATE A WATTMETER USING A POTENTIOMETER.
8. (Exp. No.- EEM/3/06) MEASUREMENT OF POWER USING INSTRUMENT TRANSFORMERS.
9. (Exp. No.- EEM/3/09) MEASUREMENT OF UNKNOWN FREQUENCY BY WEIN'S BRIDGE.
10 (Exp. No.- EEM/3/10) MEASUREMENT OF UNKNOWN CAPACITANCE BY DE SAUTY'S BRIDGE & SCHERING BRIDGE.


LIST OF EXPERIMENTS (For EIE)
First Session

1.(Exp. No.- EEM/3/02)MEASUREMENT OF LOW RESISTANCE BY KELVIN DOUBLE BRIDGE METHOD.
2.(Exp. No.-EEM/3/04) MEASUREMENT OF UNKNOWN INDUCTANCE BY ANDERSON BRIDGE & MAXWELL'S BRIDGE.
3.(Exp. No.- EEM/3/10)MEASUREMENT OF UNKNOWN CAPACITANCE BY DE SAUTY'S BRIDGE & SCHERING BRIDGE.
4 (Exp. No.- EEM/3/07) CALIBRATION OF ENERGY METER.
5.(Exp. No.- EEM/3/08) TO CALIBRATE A VOLTMETER AND AMMETER USING A POTENTIOMETER.

 

Second Session

6.(Exp. No.- EEM/3/01) MEASUREMENT OF ACTIVE & REACTIVE POWER.
7. (Exp. No.- EEM/3/03) TO CALIBRATE A WATTMETER USING A POTENTIOMETER.
8. (Exp. No.- EEM/3/06) MEASUREMENT OF POWER USING INSTRUMENT TRANSFORMERS.
9. (Exp. No.- EEM/3/09) MEASUREMENT OF UNKNOWN FREQUENCY BY WEIN'S BRIDGE.

Electrical Machine Lab

ELECTRICAL MACHINE LABORATORY ( 4th Sem; EE-491)

 

LIST OF EXPERIMENTS

01. STARTING & SPEED CONTROL OF A D.C. SHUNT MOTOR. ( EXPT. NO.-EE/MC-1/01)
02. DETERMINATION OF MAGNETIZATION CHARACTERISTICS OF A D.C. SHUNT GENERATOR. ( EXPT. NO.-EE/MC-1/02)
03. LOAD TEST OF A D.C. SHUNT GENERATOR. ( EXPT. NO.-EE/MC-1/03)
04. LOAD TEST OF A D.C. SHUNT MOTOR. ( EXPT. NO.-EE/MC-1/04)
05. LOAD TEST OF A D.C. COMPOUND GENERATOR (SHORT SHUNT). ( EXPT. NO.-EE/MC-1/05)
06. LOAD TEST ON A SINGLE PHASE TRANSFORMER (EXPT. NO.-EE/MC-1/06)
07. DETERMINATION OF EQUIVALENT CIRCUIT PARAMETERS OF A SINGLE PHASE TRANSFORMER (EXPT. NO.-EE/MC-1/07)
08. THREE PHASE CONNECTION & OPERATION OF A BANK OF THREE SINGLE PHASE TRANSFORMERS. (EXPT. NO.-EE/MC-1/08)
09. LOAD TEST OF A THREE PHASE SQUIRREL CAGE INDUCTION MOTOR. (EXPT. NO.-EE/MC-1/09)
10. DETERMINATION OF EQUIVALENT CIRCUIT PARAMETERS OF A 3 ? INDUCTION MOTOR. (EXPT. NO.-EE/MC-1/10)

ELECTRICAL MACHINE LABORATORY ( 5th Sem; EE-591)

LIST OF EXPERIMENTS

01. DIFFERENT METHODS OF STARTING A 3f SQ.CAGE INDUCTION MOTOR AND THEIR COMPARISON (D.O.L, AUTOTRANSFORMER & STAR-DELTA) (EXPT. NO.-EE/MC-2/01)
02. SPEED CONTROL OF 3-phase SQUIRREL-CAGE INDUCTION MOTOR BY DIFFERENT METHODS AND THEIR COMPARISON. (Voltage control & frequency control) (EXPT. NO.-EE/MC-2/02)
03. TO MAKE CONNECTIONS OF FULL PITCH AND FRACTIONAL SLOT WINDING OF A 18 SLOT SQUIRREL CAGE INDUCTION MOTOR FOR 6 POLE AND 4 POLE OPERATION. (EXPT. NO.-EE/MC-2/03)
04. LOAD TEST ON A WOUND ROTOR INDUCTION MOTOR AND DERIVING ITS PERFORMANCE CHARACTERISTICS. (EXPT. NO.-EE/MC-2/04)
05. LOAD TEST ON 1-phase INDUCTION MOTOR AND DERIVING ITS PERFORMANCE CHARACTERISTICS. (EXPT. NO.-EE/MC-2/05)
06. DETERMINATION OF EQUIVALENT CIRCUIT PARAMETERS OF A 1f INDUCTION MOTOR. (EXPT. NO.-EE/MC-2/06)
07. DETERMINATION OF REGULATION OF AN ALTERNATOR BY SYNCHRONOUS IMPEDANCE METHOD. (EXPT. NO.-EE/MC-2/07)
08. DETERMINATION OF VOLTAGE RELATION WITH EXCITATION AND LOAD CURRENT OF A SYNCHRONOUS GENERATOR. (EXPT. NO.-EE/MC-2/08)
09. STUDY OF VARIOUS CONNECTIONS OF 6 COIL ALTERNATOR AND ITS OPERATION AT NO LOAD. (EXPT. NO.-EE/MC-2/09)
10. SLIP TEST ON SALIENT POLE SYNCHRONOUS M/C. (EXPT. NO.-EE/MC-2/10)

Power Electronics Lab

POWER ELECTRONICS LABORATORY

 

LIST OF EXPERIMENTS

1. Study of V-I Characteristic of an SCR
2. Study of V-I Characteristic of a TRIAC.
3. Study of Uni-Junction Transistor (UJT) triggering circuit.
4. Study of a firing circuit suitable for Single phase half Controlled AC Converter.
5. Simulation on the Single phase AC- DC uncontrolled Converter with and without the source Inductance.
6. Simulation of a single phase AC to Controlled DC Converter with and without the Source Inductance.
7. Single Phase Half-Controlled Bridge rectifier with Two Thyristors & Two Diodes.
8. Single Phase Fully Controlled Bridge Converter Using Four Thyristors.
9. PSIM simulation of DC-to-DC Step down Chopper.
10. PSPICE simulation of Single Phase AC controller with R-L Load.
11. PSPICE simulation of PWM Bridge Inverter of R-L load using MOSFET.

Power System Lab

POWER SYSTEM LABORATORY

 

POWER SYSTEM -I
LIST OF EXPERIMENTS

1. DETERMINATION OF THE GENERALIZED CONSTANT A, B, C, D OF A LONG TRANSMISSION LINE
2. SIMULATION OF DC DISTRIBUTION BY NETWORK ANALYZER.
3. MEASUREMENT OF EARTH RESISTANCE BY EARTH TESTER.
4. DI ELECTRIC STRENGTH TEST OF INSULATING OIL.
5. DETERMINATION OF BREAK DOWN STRENGTH OF SOLID INSULATING MATERIAL.
6. DIFFERENT PARAMETER CALCULATION BY POWER CIRCLE DIAGRAM.
7. STUDY OF DIFFERENT TYPES OF INSULATORS AND UNDER GROUND CABLES.
8. ACTIVE & REACTIVE POWER CONTROL OF AN ALTERNATOR.
9. STUDY AND ANALYSIS OF AN ELECTRICAL TRANSMISSION LINE CIRCUIT WITH THE HELP OF PSPICE.

 

POWER SYSTEM -II
LIST OF EXPERIMENTS

1. STUDY ON (i) ON LOAD TIME DELAY RELAY (ii) OFF LOAD TIME DELAY RELAY
2. POLARITY, RATIO AND MAGNETISATION CHARACTERISTICS TEST OF CT & PT.
3. TESTING ON (i) UNDER VOLTAGE RELAY (ii) EARTH FAULT RELAY.
4. STUDY ON D.C. LOAD FLOW.
5. STUDY OF A.C. LOAD FLOW USING GAUSS-SEIDEL METHOD
6. STUDY OF A.C. LOAD FLOW USING NEWTON RAPHSON METHOD
7. STUDY ON ECONOMIC LOAD DISPATCH
8. STUDY OF TRANSFORMER PROTECTION BY SIMULATION
9. STUDY OF GENERATOR PROTECTION BY SIMULATION
10. STUDY OF MOTOR PROTECTION BY MICOM RELAY
11. STUDY OF DIFFERENT CHARACTERISTICS OF OVER CURRENT RELAY

Electric Drives Lab EE 791

Electric Drives Lab EE 791

List of Experiments

1. DC-to- DC chopper driven DC motor.
2. Study of single phase motor speed control using Triac.
3. Speed control of Slip-Ring Induction Motor by Static Rotor Resistance Control.
4. Study of V/f control operation of 3-phase Induction motor.

5. Study of dynamic braking operation of separately excited dc motor using PSIM software

6. Study of regenerative braking operation of separately excited dc motor using PSIM software.

 

MAJOR RECRUITERS