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1. Superposition Theorem
• Analyzing Linear Circuits with Multiple Sources

2. Introduction
• Definition of the Superposition Theorem.
• Importance in electrical circuit analysis.

3. Conditions for Applicability
• Applicable to linear, bilateral networks.
• Not suitable for non-linear components.

4. Steps to Apply the Superposition
Theorem
• 1. Identify all independent sources.
• 2. Select one source, deactivate others.
• 3. Analyze the circuit.
• 4. Repeat for each source.
• 5. Sum all contributions.

5. Example Circuit Analysis
• Analyze a circuit with two voltage sources
using the theorem step-by-step.

6. Advantages and Limitations
• Advantages:
• - Simplifies complex circuit analysis.
• - Shows individual source contributions.
• Limitations:
• - Not suitable for power calculations.
• - Not for non-linear components.

7. Practical Applications
• Used in circuits with multiple sources.
• Applications in signal processing and control
systems.

8. Conclusion
• Recap of the theorem's role.
• Encouragement to practice with various
circuits.