The Analysis and Design of Linear Circuits

by Thomas, Roland E.; Rosa, Albert J.

• ISBN13: 9780471386797
• ISBN10: 0471386790
• Edition: 3rd
• Format: Hardcover
• Copyright: 2000-07-01
• Publisher: John Wiley & Sons Inc

Summary

Engineers searching for an accessible introduction to resistance circuits will benefit from this book that emphasizes the early development of engineering judgment. The new sixth edition takes them beyond simply analyzing circuits, and helps them develop the skills needed to solve problems, design practical alternatives, and choose the best design from several competing solutions. It presents new design problems and unique evaluation problems. The book's abundance of realistic examples, exercises, problems, applications, and other pedagogical tools such as clearly defined objectives build confidence and judgment. Engineers will gain an understanding of early circuit analysis, early circuit design, early circuit evaluation.

Table of Contents

Introduction	1	(15)
About This Book	2	(1)
Symbols and Units	3	(1)
Circuit Variables	4	(12)
Summary	11	(1)
Problems	12	(3)
Integrating Problems	15	(1)
Basic Circuit Analysis	16	(56)
Element Constraints	17	(5)
Connection Constraints	22	(8)
Combined Constraints	30	(5)
Equivalent Circuits	35	(6)
Voltage and Current Division	41	(7)
Circuit Reduction	48	(6)
Computer-aided Circuit Analysis	54	(18)
Summary	58	(1)
Problems	58	(10)
Integrating Problems	68	(4)
Circuit Analysis Techniques	72	(76)
Node-voltage Analysis	73	(15)
Mesh-current Analysis	88	(9)
Linearity Properties	97	(8)
Thevenin and Norton Equivalent Circuits	105	(13)
Maximum Signal Transfer	118	(3)
Interface Circuit Design	121	(27)
Summary	131	(1)
Problems	132	(12)
Integrating Problems	144	(4)
Active Circuits	148	(76)
Linear Dependent Sources	149	(2)
Analysis of Circuits with Dependent Sources	151	(13)
The Transistor	164	(5)
The Operational Amplifier	169	(7)
OP AMP Circuit Analysis	176	(15)
OP AMP Circuit Design	191	(12)
The Comparator	203	(21)
Summary	206	(1)
Problems	207	(11)
Integrating Problems	218	(6)
Signal Waveforms	224	(40)
Introduction	225	(2)
The Step Waveform	227	(4)
The Exponential Waveform	231	(4)
The Sinusoidal Waveform	235	(8)
Composite Waveforms	243	(5)
Waveform Partial Descriptors	248	(16)
Summary	255	(1)
Problems	256	(5)
Integrating Problems	261	(3)
Capacitance and Inductance	264	(34)
The Capacitor	265	(7)
The Inductor	272	(6)
Dynamic OP AMP Circuits	278	(7)
Equivalent Capacitance and Inductance	285	(13)
Summary	288	(1)
Problems	289	(4)
Integrating Problems	293	(5)
First - And Second-Order Circuits	298	(72)
RC and RL Circuits	299	(10)
First-order Circuit Step Response	309	(9)
Initial and Final Conditions	318	(5)
First-order Circuit Sinusoidal Response	323	(7)
The Series RLC Circuit	330	(10)
The Parallel RLC Circuit	340	(5)
Second-order Circuit Step Response	345	(7)
Some Other Second-order Circuits	352	(18)
Summary	356	(1)
Problems	357	(9)
Integrating Problems	366	(4)
Sinusoidal Steady-State Response	370	(60)
Sinusoids and Phasors	371	(6)
Phasor Circuit Analysis	377	(5)
Basic Circuit Analysis with Phasors	382	(11)
Circuit Theorems with Phasors	393	(10)
General Circuit Analysis with Phasors	403	(10)
Energy and Power	413	(17)
Summary	418	(1)
Problems	419	(9)
Integrating Problems	428	(2)
Laplace Transforms	430	(50)
Signal Waveforms and Transforms	431	(4)
Basic Properties and Pairs	435	(9)
Pole-zero Diagrams	444	(3)
Inverse Laplace Transforms	447	(6)
Some Special Cases	453	(5)
Circuit Response Using Laplace Transforms	458	(10)
Initial Value and Final Value Properties	468	(12)
Summary	471	(1)
Problems	471	(6)
Integrating Problems	477	(3)
s-Domain Circuit Analysis	480	(58)
Transformed Circuits	481	(9)
Basic Circuit Analysis in the s Domain	490	(5)
Circuit Theorems in the s Domain	495	(11)
Node-voltage Analysis in the s Domain	506	(13)
Mesh-current Analysis in the s Domain	519	(6)
Summary of s-Domain Circuit Analysis	525	(13)
Summary	528	(1)
Problems	528	(8)
Integrating Problems	536	(2)
Network Functions	538	(53)
Definition of a Network Function	539	(3)
Network Functions of One- and Two-port Circuits	542	(12)
Network Functions and Impulse Response	554	(2)
Network Functions and Step Response	556	(5)
Network Functions and Sinusoidal Steady-state Response	561	(5)
Network Function Design	566	(25)
Summary	581	(1)
Problems	582	(6)
Integrating Problems	588	(3)
Frequency Response	591	(78)
Frequency-response Descriptors	592	(5)
First-order Circuit Frequency Response	597	(16)
Second-order Circuit Frequency Response	613	(14)
The Frequency Response of RLC Circuits	627	(7)
Bode Diagrams	634	(10)
Bode Diagrams with Complex Critical Frequencies	644	(7)
Frequency Response and Step Response	651	(18)
Summary	656	(1)
Problems	657	(9)
Integrating Problems	666	(3)
Fourier Series	669	(34)
Overview of Fourier Analysis	670	(2)
Fourier Coefficients	672	(9)
Waveform Symmetries	681	(3)
Circuit Analysis Using Fourier Series	684	(5)
RMS Value and Average Power	689	(14)
Summary	694	(1)
Problems	695	(6)
Integrating Problems	701	(2)
Analog Filter Design	703	(57)
Frequency-domain Signal Processing	704	(1)
Design with First-order Circuits	705	(9)
Design with Second-order Circuits	714	(8)
Low-pass Filter Design	722	(18)
High-pass Filter Design	740	(4)
Bandpass and Bandstop Filter Design	744	(16)
Summary	749	(1)
Problems	749	(8)
Integrating Problems	757	(3)
Mutual Inductance	760	(32)
Coupled Inductors	761	(3)
The Dot Convention	764	(3)
Energy Analysis	767	(2)
The Ideal Transformer	769	(6)
Transformers in the Sinusoidal Steady State	775	(5)
Transformer Equivalent Circuits	780	(12)
Summary	785	(1)
Problems	785	(5)
Integrating Problems	790	(2)
Power in the Sinusoidal Steady State	792	(1)
Average and Reactive Power	793	(3)
Complex Power	796	(4)
AC Power Analysis	800	(3)
Load-flow Analysis	803	(7)
Three-phase Circuits	810	(4)
Three-phase AC Power Analysis	814	(10)
Summary	824	(1)
Problems	824	(7)
Integrating Problems	831
Appendix A--Standard Values	A-1
Appendix B--Solution of Linear Equations	A-2
Appendix C--Complex Numbers	A-12
Appendix D--References	A-16
Answers to Selected Problems	A-19
Index	I-1