JAWAHARLAL NEHRU TECHNOLOGICAL UNIVERSITY HYDERABAD

Course Objectives:

• Students must be able to write the programs for the given problem / system using suitable software
• Students must be able to model the given problem / system using suitable software

Course Outcomes

Upon the completion of this course, the student will be able to

• Acquire knowledge about potential softwares used in electrical engineering.
• Choose and simulate any problem related to Power Electronics and allied fields using appropriate soft wares
• Validate the obtained results and maintain the record

List of Experiments:

• 1. Modelling and simulation of separately excited DC motor and to study the dynamic behaviour of the machine for change in load torque
• 2. Modelling and simulation of separately excited Induction machine and to study the dynamic behaviour of the machine for change in load torque
• 3. Modelling and simulation of three phase synchronous machine and to study the dynamic behaviour of the machine for change in load torque
• 4. Simulation & analysis of Boost converters with RL load.
• 5. Simulation & analysis of Boost converters with RL load.
• 6. Simulation & analysis of Buck-Boost converters with RL load
• 7. Single-Phase Inverter using PWM Controller with RL Load.
• 8. Simulation & analysis of three phase PWM inverter fed Induction Motor.
• 9. Simulation & analysis of Multi Level inverter fed Induction Motor.
• 10. Mathematical Modeling of discrete time Systems
• 11. State Space Model For Classical Transfer Function Using MATLAB Verification
• 12. Obtain PID controller parameters for DC Motor Speed Control.
• 13. Dynamic behavior of a Induction motor using transfer function approach.
• 14. Dynamic behavior of a Induction motor using State Space Model approach.

Note

Any ten experiments can be conducted.

Note

Use the suitable software for simulation.