CONTENTS
PART ONE : THE RESISTIVE CIRCUIT
01. DEFINITIONS AND UNITS
02. EXPERIMENTAL LAWS AND SIMPLE CIRCUITS
03. SOME USEFUL TECHNIQUES OF CIRCUIT ANALYSIS
PART TWO : THE TRANSIENT CIRCUIT
04. INDUCTANCE AND CAPACITANCE
05. SOURCE FREE RL AND RC CIRCUITS
06. THE APPLICATION OF THE UNIT STEP FORCING FUNCTION
07. THE RLC CIRCUIT
PART THREE : SINUSOIDAL ANALYSIS
08. THE SINUSOIDAL FORCING FUNCTION
09. THE PHASOR CONCEPT
10. THE SINUSOIDAL STEADY STATE RESPONSE
11. AVERAGE POWER AND RMS VALUES
12. POLYPHASE CIRCUITS
PART FOUR : COMPLEX FREQUENCY
13. COMPLEX FREQUENCY
14. FREQUENCY RESPONSE
PART FIVE : TWO PORT NETWORKS
15. MAGNETICALLY COUPLED CIRCUITS
16. TWO PORT NETWORKS
PART SIX : NETWORK ANALYSIS
17. FOURIER ANALYSIS
18. FOURIER TRANSFORMS
19. LAPLACE TRANSFORM TECHNIQUES
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