Schaum's outline of theory and problems of electric circuits / Joseph A. Edminister.

CONTENT

chapter 1 Introduction
1.1 Units
1.2 Force work power
1.3 Current and electrical charge.
1.4 Electrical potential.
etc
Chapter 2 Circuits concepts
2.1 Circuit current
2.2 Electrical potential
2.3 Current
2.4 Sign convention
etc.

Chapter 3 DC Resistive Current
3.1 Kirchhoff's voltage law
3.2 Kirchhoff's current law.
3.3 Voltage division and current division.
3.4 Series parallel network reduction
etc.

Chapter 4 DC mesh and node analysis.
4.1 Branch and mesh current
4.2 Matrices and mesh currents.
4.3 Determinants and mesh current method.
4.4 Input resistant
etc.
Chapter 5 Circuit transients
5.1 Introduction
5.2 Initially charged RC units
5.3 RL circuits with initial current .
5.4 the time constant
etc.

Chapter 6 Sinusoidal circuits analysis.
6.1 Introduction
6.2 sinusoidal voltage and current.
6.3 Element responses
6.4 Series RL Sinusoidal response.
etc.

Chapter 7 sinusoidal steady state in the frequency domain
7.1Introductio.
7.2 Impedance.
7.3 Admittance state in the frequency domain.
7.4 voltage current division in the frequency domain.
etc.

Chapter 8 Network analysis in the frequency domain
8.1 Introduction
8.12 Mesh current method .
8.3 Node voltage method
8.4 Thevenin's and Norton's therorems.
etc.

Chapter 9 Power and power factors
9.1 Power in the time domain .
9.2 Power in the sinusoidal steady steady state
9.3 Power triangle, complex.
etc.

Chapter 10 Polyphase circuits.
10.1 Three-phase voltages
10.2 Wye and delta systems.
10.3 Phasor voltages
10.4 Balanced delta-connected load.
etc.

Chapter 11 Frequency response and response.
11/1 Introduction
11.2 one part and two-port networks.
11.3 High-pass and low-pass networks.
11.4 Half-power frequencies.
etc.

Chapter 12 Fourier method of waveform analysis
12.1 Introduction
12.2 Trigonometric Fourier series
12.3 Exponential Fourier series.
12. 4 Waveform symmetry
etc

Chapter 13 Complex frequency
13.1 Introduction
13.2 Network analysis in the s-Domian.
13.3 Network response from the splane
13.4 The natural response.
etc

Chapter 14 The Laplace transform method.
14.1 Introduction
14.2 The Laplace transform.
14.3 Selected Laplace transforms.
14.4 Initial value and final value theorems.
etc.

Chapter 15
15.1 Introduction
15.2 Network Topology
15.3 State equations in normal form
15.4 State matrix differential equation.
etc.

Chapter 16 Coupled circuits and transformers
16.1 Self-and mutual inductance .
16.2 Analysis of coupled coils.
16.3 Conductively coupled equation circuits.
16.4 Coupling coefficient.
etc.

Index : p. 294 - 298