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Engineering
Electrical Engineering
Circuit Analysis and Design
1. Fundamentals of Electric Circuits
2. Resistive Circuit Analysis
3. Systematic Circuit Analysis Methods
4. Circuit Theorems and Network Analysis
5. Operational Amplifiers
6. Energy Storage Elements and Transient Analysis
7. Sinusoidal Steady-State Analysis
8. AC Power Analysis
9. Frequency Response and Resonance
10. Filter Circuits
11. Magnetically Coupled Circuits
12. Two-Port Network Analysis
13. Circuit Design Fundamentals
13.
Circuit Design Fundamentals
13.1.
Design Process and Methodology
13.1.1.
Problem Definition and Specification
13.1.2.
Design Requirements Analysis
13.1.3.
Performance vs. Cost Trade-offs
13.1.4.
Design Iteration and Optimization
13.2.
Component Selection and Specifications
13.2.1.
Standard Component Values
13.2.2.
Tolerance Analysis and Design Margins
13.2.3.
Temperature and Environmental Effects
13.2.4.
Reliability and Lifetime Considerations
13.3.
Design Verification and Testing
13.3.1.
Simulation vs. Measurement
13.3.2.
Prototype Development
13.3.3.
Performance Validation
13.3.4.
Design Documentation
13.4.
Computer-Aided Analysis
13.4.1.
SPICE Simulation Fundamentals
13.4.1.1.
Circuit Netlist Creation
13.4.1.2.
Analysis Types
13.4.1.3.
Simulation Setup and Execution
13.4.1.4.
Result Interpretation
13.4.2.
Design Software Tools
13.4.3.
Model Validation and Correlation
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12. Two-Port Network Analysis
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1. Fundamentals of Electric Circuits