Schaums Outline of Theory and Problems of Electric Circuits 4th Edition by Mahmood Nahvi, Joseph Edminister 0071393072 9780071393072

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ISBN 10: 0071393072 

ISBN 13: 9780071393072

Author: Mahmood Nahvi, Joseph Edminister

Fortunately for you, there’s Schaum’s Outlines. More than 40 million students have trusted Schaum’s to help them succeed in the classroom and on exams. Schaum’s is the key to faster learning and higher grades in every subject. Each Outline presents all the essential course information in an easy-to-follow, topic-by-topic format. You also get hundreds of examples, solved problems, and practice exercises to test your skills.

Schaums Outline of Theory and Problems of Electric Circuits 4th Table of contents:

CHAPTER 1

Introduction

1.1 Electrical Quantities and SI Units

1.2 Force, Work, and Power

1.3 Electric Charge and Current

1.4 Electric Potential

1.5 Energy and Electrical Power

1.6 Constant and Variable Functions

CHAPTER 2

Circuit Concepts

2.1 Passive and Active Elements

2.2 Sign Conventions

2.3 Voltage-Current Relations

2.4 Resistance

2.5 Inductance

2.6 Capacitance

2.7 Circuit Diagrams

2.8 Nonlinear Resistors

CHAPTER 3

Circuit Laws

3.1 Introduction

3.2 Kirchhoff’s Voltage Law

3.3 Kirchhoff’s Current Law

3.4 Circuit Elements in Series

3.5 Circuit Elements in Parallel

3.6 Voltage Division

3.7 Current Division

CHAPTER 4

Analysis Methods

4.1 The Branch Current Method

4.2 The Mesh Current Method

4.3 Matrices and Determinants

4.4 The Node Voltage Method

4.5 Input and Output Resistance

4.6 Transfer Resistance

4.7 Network Reduction

4.8 Superposition

4.9 Thevenin’s and Norton’s Theorems

CHAPTER 5

Amplifiers and Operational Amplifier Circuits

5.1 Amplifier Model

5.2 Feedback in Amplifier Circuits

5.3 Operational Amplifiers

5.4 Analysis of Circuits Containing Ideal Op Amps

5.5 Inverting Circuit

5.6 Summing Circuit

5.7 Noninverting Circuit

5.8 Voltage Follower

5.9 Differental and Difference Amplifiers

5.10 Circuits Containing Several Op Amps

5.11 Integrator and Differentiator Circuits

5.12 Analog Computers

5.13 Low-Pass Filter

5.14 Comparator

Waveforms and Signals

6.1 Introduction

6.2 Periodic Functions

6.3 Sinusoidal Functions

6.4 Time Shift and Phase Shift

6.5 Combinations of Periodic Functions

6.6 The Average and Effective (RMS) Values

6.7 Nonperiodic Functions 6.8 The Unit Step Function

6.9 The Unit Impulse Function

6.10 The Exponential Function

6.11 Damped Sinusoids

6.12 Random Signals

First-Order Circuits

7.1 Introduction

7.2 Capacitor Discharge in a Resistor

7.3 Establishing a DC Voltage Across a Capacitor

7.4 The Source-Free RL Circuit

7.5 Establishing a DC Current in an Inductor

7.6 The Exponential Function Revisited

7.7 Complex First-Order RL and RC Circuits

7.8 DC Steady State in Inductors and Capacitors

7.9 Transitions at Switching Time

7.10 Response of First-Order Circuits to a Pulse

7.11 Impulse Response of RC and RL. Circuits

7.12 Summary of Step and Impulse Responses in RC and RL. Circuits

7.13 Response of RC and RL Circuits to Sudden Exponential Excitations

7.14 Response of RC and RL Circuits to Sudden Sinusoidal Excitations

7.15 Summary of Forced Response in First-Order Circuits

7.16 First-Order Active Circuits

Higher-Order Circuits and Complex Frequency

CHAPTER 8

8.1 Introduction

CHAPTER 9

CHAPTER 10

CHAPTER 11

CHAPTER 12

8.2 Series RLC Circuit

8.3 Parallel RLC Circuit

8.4 Two-Mesh Circuit

8.5 Complex Frequency

8.6 Generalized Impedance (R, L, C) in s-Domain

8.7 Network Function and Pole-Zero Plots

8.8 The Forced Response

8.9 The Natural Response

8.10 Magnitude and Frequency Scaling

8.11 Higher-Order Active Circuits

Sinusoidal Steady-State Circuit Analysis

9.1 Introduction

9.2 Element Responses

9.3 Phasors

9.4 Impedance and Admittance

9.5 Voltage and Current Division in the Frequency Domain

9.6 The Mesh Current Method

9.7 The Node Voltage Method

9.8 Thevenin’s and Norton’s Theorems

9.9 Superposition of AC Sources

AC Power

10.1 Power in the Time Domain

10.2 Power in Sinusoudal Steady State

10.3 Average or Real Power

10.4 Reactive Power

10.5 Summary of AC Power in R, L, and C

10.6 Exchange of Energy Between an Inductor and a Capacitor

10.7 Complex Power, Apparent Power, and Power Triangle

10.8 Parallel-Connected Networks

10.9 Power Factor Improvement.

10.10 Maximum Power Transfer

10.11 Superposition of Average Powers

Polyphase Circuits

11.1 Introduction

11.2 Two-Phase Systems

11.3 Three-Phase Systems

11.4 Wye and Delta Systems

11.5 Phasor Voltages

11.6 Balanced Delta-Connected Load

11.7 Balanced Four-Wire, Wye-Connected Load

11.8 Equivalent Y and A-Connections

11.9 Single-Line Equivalent Circuit for Balanced Three-Phase Loads

11.10 Unbalanced Delta-Connected Load

11.11 Unbalanced Wye-Connected Load

11.12 Three-Phase Power

11.13 Power Measurement and the Two-Wattmeter Method

Frequency Response, Filters, and Resonance

12.1 Frequency Response

CHAPTER 13

CHAPTER 14

CHAPTER 15

12.2 High-Pass and Low-Pass Networks

12.3 Half-Power Frequencies

12.4 Generalized Two-Port, Two-Element Networks

12.5 The Frequency Response and Network Functions

12.6 Frequency Response from Pole-Zero Location

12.7 Ideal and Practical Filters

12.8 Passive and Active Filters

12.9 Bandpass Filters and Resonance

12.10 Natural Frequency and Damping Ratio

12.11 RLC Series Circuit; Series Resonance

12.12 Quality Factor

12.13 RLC Parallel Circuit, Parallel Resonance

12.14 Practical LC Parallel Circuit

12.15 Series-Parallel Conversions

12.16 Locus Diagrams

12.17 Scaling the Frequency Response of Filters

Two-port Networks

13.1 Terminals and Ports

13.2 Z-Parameters

13.3 T-Equivalent of Reciprocal Networks

13.4 V-Parameters

13.5 Pi-Equivalent of Reciprocal Networks

13.6 Application of Terminal Characteristics

13.7 Conversion Between 2- and Y-Parameters

13.8 -Parameters

13.9 g-Parameters

13.10 Transmission Parameters

13.11 Interconnecting Two-Port Networks

13.12 Choice of Parameter Type

13.13 Summary of Terminal Parameters and Conversion

Mutual Inductance and Transformers

14.1 Mutual Inductance

14.2 Coupling Coefficient

14.3 Analysis of Coupled Coils

14.4 Dot Rule

14.5 Energy in a Pair of Coupled Coils

14.6 Conductively Coupled Equivalent Circuits

14.7 Linear Transformer

14.8 Ideal Transformer

14.9 Autotransformer

14.10 Reflected Impedance

Circuit Analysis Using Spice and Pspice

15.1 Spice and PSpice

15.2 Circuit Description

15.3 Dissecting a Spice Source File

15.4 Data Statements and DC Analysis

15.5 Control and Output Statements in DC Analysis

15.6 Thévenin Equivalent

15.7 Op Amp Circuits

15.8 AC Steady State and Frequency Response

15.9 Mutual Inductance and Transformers

15.10 Modeling Devices with Varying Parameters

15.11 Time Response and Transient Analysis

15.12 Specifying Other Types of Sources

CHAPTER 16

15.13 Summary

The Laplace Transform Method

16.1 Introduction

16.2 The Laplace Transform

16.3 Selected Laplace Transforms

16.4 Convergence of the Integral

16.5 Initial-Value and Final-Value Theorems

16.6 Partial-Fractions Expansions

16.7 Circuits in the s-Domain

16.8 The Network Function and Laplace Transforms

CHAPTER 17

Fourier Method of Waveform Analysis

17.1 Introduction

17.2 Trigonometric Fourier Series

17.3 Exponential Fourier Series

17.4 Waveform Symmetry

17.5 Line Spectrum

17.6 Waveform Synthesis

17.7 Effective Values and Power

17.8 Applications in Circuit Analysis

17.9 Fourier Transform of Nonperiodic Waveforms

17.10 Properties of the Fourier Transform

17.11 Continuous Spectrum

APPENDIX A

Complex Number System

Al Complex Numbers

A2 Complex Plane

A3 Vector Operator j

A4 Other Representations of Complex Numbers

A5 Sum and Difference of Complex Numbers

A6 Multiplication of Complex Numbers

A7 Division of Complex Numbers

A8 Conjugate of a Complex Number

APPENDIX B

Matrices and Determinants

B1 Simultenaneous Equations and the Characteristic Matrix

B2 Type of Matrices

B3 Matrix Arithmetic

B4 Determinant of a Square Matrix

B5 Eigenvalues of a Square Matrix

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