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Chapter 3: AC Circuit
Given
(
1
)
prove
(
2
)
Proof:
Rotate counterclockwise both sides of Eq. (1) by
to get
.
Add
on both sides to get
.
Rotate clockwise both sides by
to get Eq. (2)
Q.E.D.
Chapter 3: AC Circuit Analysis
Sinusoidal Functions
Phasor Representation of Sinusoidal Variables
Impedance and Generalized Ohm's Law
First Order Systems
Homogeneous Solution
Particular Solution
Complete Response I – Constant Input
Complete Response II – Sinusoidal Input
Second Order Systems
Steady State Solution and Resonance
Homogeneous Solution
Complete Solution with Step Input
Responses to Impulse Train
Solving RLC Circuits by Laplace Transform
Frequency Response Functions and Filtering
First-order system as a filter
Second-order system as a filter
Radio/TV Broadcasting and the Tuning Circuit
Real and Reactive Power and Power Factor
Load/Source Matching for Maximum Power
Summary
Review of Complex Arithmetic
Appendix
Logarithmic and Complex operations
Impedance
Decibel (dB)
Bode Plots
Bode Plots of Components
Bode Plots of first and Second Order Systems
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