This project involves analyzing electrical transformers and DC motors using MATLAB Simulink. The goal was to examine:
- Transformer behavior during open and short-circuit conditions, evaluating losses and efficiency.
- DC motor performance by varying resistance, current, and speed to understand how electrical inputs affect mechanical output.
- To understand transformer characteristics, including mutual inductance, self-inductance, and resistance.
- To analyze power losses and efficiency in transformers.
- To study DC motor operation under different electrical conditions.
- To develop skills in MATLAB Simulink simulations for real-world electrical systems.
Transformer Analysis
- Simulated using MATLAB Simulink circuit models.
- Open-circuit test measured iron and copper losses.
- Short-circuit test helped determine equivalent resistance and reactance.
DC Motor Analysis
- Motor performance was tested by varying armature resistance, field current, and voltage.
- Speed was measured in radians per second (rad/s) and revolutions per minute (rpm).
- The relationship between torque, voltage, and efficiency was studied.
Simulation and Validation
- MATLAB Simscape blocks modeled real-world transformer and DC motor circuits.
- Graphs and plots were generated to visualize performance trends.
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Fresh Graduate (B.Eng. Computer Engineering) | AI & Software Development
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