Week 5: Analyze and Implementation of Thevenin's Theorem
OBJECTIVES:
Verify Thevenin’s theorem theoretically and practically for a given circuit.
Theory:
Thevenin’s Theorem:
Any linear, bilateral network having a number of voltage, current sources and resistances can be replaced by a simple equivalent circuit consisting of a single voltage source in series with a resistance, where the value of the voltage source is equal to the open circuit voltage and the resistance is the equivalent resistance measured between the open circuit terminals with all energy sources replaced (open the current source and short the voltage source).
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Course Material
- Week 1: Basic Introduction and Resistor Color Coding Lab
- Week 2. To study the relationship between voltage and current with the help of Ohm's Law.
- Week 3. To implement and verify voltage divider in series circuit and current divider in parallel circuit.
- Week 4: To implement and verify Kirchhoff voltage law and Kirchhoff current law.
- Week 5: Analyze and Implementation of Thevenin's Theorem
- Week 6: Experimental Verification of Maximum Power Transfer Theorem for a Network.
- Week 7: To Study and Implement RL Series Circuit.
- Week 8: To Study and Implement RC Series Circuit
- Week 9: To Study and Implement RLC Series Circuit.
- Week 10: Power Factor Improvement by using Static Capacitors.
- Week 11. To perform No load test of the alternator to observe the change in its output parameters.
- Week 12. To perform load test of the alternator to observe the change in its output parameters.
- Week 13. Familiarization with construction and operation of Distribution transformer.
- Chapters 13
- Department Mechanical Engineering
- Teacher
Engr. Kiran Arshad
