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Control System Engineering
This laboratory experiments are core electrical engineering practices. This laboratory consist of different kits based on that practical are performed. Some of experiments are performed on software. The software used here is MATLAB. It is useful software for analysis and practical aspects of electrical engineering.
LIST OF MAJOR EQUIPMENTS
Sr. No |
Equipment Name / Specification |
Make / |
1 |
" Navis" Make Digital Storage Oscilloscope |
NB-106C |
2 |
"Caddo" Make C.R.O |
Model-806 |
3 |
A.C Servomotor Study (Motor Unit Of A.C Servo Motor Study) |
Model-ACS-01 |
4 |
D.C Motor Study (Motor Unit Of D.C Motor Study) |
Model-DCM-01 |
5 |
Study Of Second Order Networks |
Model-SON-1 |
6 |
PID Controller |
Model-PID-1 |
7 |
Compensation Design |
Model-CD-02 |
8 |
Linear System Simulator |
Model-LSS-1 |
9 |
D.C Speed Control (Motor Unit Of D.C Speed Control) |
Model-DCSCS-1 |
10 |
D.C Position Control (Motor Unit Of D.C Position Control) |
Model-DCP-1 |
11 |
Digital Multimeter |
Rish-15 S |
12 |
D.C Position Control System Kit |
- |
List of Experiments
Sr. No |
Experiments |
CO Mapping |
1 |
To perform disturbance rejection ability of close loop DC motor speed control system. |
1 |
2 |
Obtain transfer functions of the system from poles and zeros. Also get step and impulse responses of the system using MATLAB. |
1, 2 |
3 |
Obtain root locus of the system using MATLAB. |
3 |
4 |
To draw the motor-generator characteristics and speed torque characteristics of DC motor. |
1 |
5 |
To find inertia constant from time response of a DC motor and draw the step response of motor. |
1, 3 |
6 |
To demonstrate time & frequency responses of the dynamic system. |
3 |
7 |
Obtain bode plot of the system using MATLAB. |
2,3 |
8 |
Obtain Nyquist plot of the system using MATLAB. |
3 |
9 |
Introduction of Gear Trains. |
3, 4 |
10 |
To demonstrate the effect of proportional control on system dynamics. |
4 |