| Discipline | EEE/CSE |
|---|---|
| Lab | Control Engineering Lab |
To acquire practical learning experiences in the field of Control Engineering by visualizations in digital platform.
In this experiment the overall transfer function of the complicated system can be obtained. The block diagram given for the system may be connected in parallel and cascade. In between the blocks there may be summing point or branch point. The summing points add or subtract the two and more than two signals. The signal from the blocks goes concurrently to other blocks through branch points or summing points. The main elements of the block diagram are blocks, summing point and branch point or take off point. In the block diagram approach all system variables are linked to each other through functional blocks. The transfer functions of each component are represented in the blocks. All the blocks carries individual component transfer function are connected through arrow lines to indicate the direction of the flow of signals. The overall transfer function of the system can be obtained by applying block diagram reduction rules. The rules are framed in such a way that any modification done on the block diagram not affect the relations between the input and output of the each blocks. • UG B. Tech./ B.E in Electrical and Electronics Engineering B. Tech./ B.E in Electronics and Communications • PG MS/Ph. D. Beginners in Control Engineering and related topics The syllabi of this lab align to the following universities in India.- VIT UNIVERSITY
- MAHAVEER INSTITUTE OF SCIENCE & TECHNOLOGY
- JIS COLLEGE OF ENGINEERING
| Name of Mentor | T.M. ThamizhThentral |
|---|---|
| Institute | SRM University of Science and Technology |
| Email id | [email protected] |
| Department | Electrical and Electronics Engineering |
| SrNo | Name | Faculty or Student | Department | Institute | Email id |
|---|---|---|---|---|---|
| 1 | Shashank Kumar | Student | Cintel | SRM IST | [email protected] |
| 2 | Gaurav Ganju | Student | Cintel | SRM IST | [email protected] |
| 3 | Harshit Singh | Student | Cintel | SRM IST | [email protected] |
| 4 | Debashish Jena | Student | Cintel | SRM IST | [email protected] |
| 5 | Soumyadeep Ganguli | Student | EEE | SRM IST | [email protected] |
| 6 | S. Abishek | Student | EEE | SRM IST | [email protected] |
| 7 | K.Vinith | Student | EEE | SRM IST | [email protected] |
| 8 | Dr.T.M. Thamizh Thentral | Faculty | EEE | SRM IST | [email protected] |
| 9 | Dr.A.Geetha | Faculty | EEE | SRM IST | [email protected] |
| 10 | Dr.R.Palanisamy | Faculty | EEE | SRM IST | [email protected] |
| Experiment No. | Experiment Name |
|---|---|
| EXP_01 | Obtaining Transfer Function using Block Diagram Reduction Technique |
| EXP_04 | Determination of Time Domain Specifications |
| EXP_05 | Stability Analysis of a given system Using Root Locus |
| EXP_06 | Stability Analysis of a given system Using Bode Plot |
| EXP_07 | Stability Analysis of a given system Using Polar Plot |
| EXP_08 | Design of PID Controller for First and Second order System |