The Analysis and Design of Linear Circuits, Student Solutions Manual, 3rd Edition

by Roland E. Thomas (Emeritus, United States Air Force Academy); Albert J. Rosa (Univ. of Denver)

• ISBN13: 9780471392507
• ISBN10: 0471392502
• Edition: 3rd
• Format: Paperback
• Copyright: 2000-05-01
• Publisher: Wiley

Summary

Learn Linear Circuits by Actually Designing Them! With more examples, problems, applications, and tools, the Third Edition of Thomas and Rosa2s The Analysis and Design of Linear Circuits presents an effective learn-by-doing approach to linear circuits. The authors not only discuss Laplace transforms, new passive and active elements, time-varying circuits, and fundamental analysis and design concepts, they also provide valuable skill-building exercises and tools. Here2s how Thomas and Rosa2s learn-by-doing approach works: Apply concepts to practical problems. Throughout the text, the authors maintain a steady focus circuit design and include a greatly revised set of design examples, exercises, and homework problems. Master the most modern software tools. The new edition now covers five of today2s most widely used programs: Excel (r), Matlab(r), Electronics Workbench(r), and PSpice(r). Explore real-world applications. The Third Edition now features many new real-world applications that are especially relevant to computer engineering, instrumentation, electronics, and signals. Build circuits you can use. The text2s early coverage of the Ideal Op-Amp will help readers design practical interface circuits, instrumentation systems, and cascade filters. Evaluate competing designs. Thomas and Rosa show how to evaluate and select the best design from several correct approaches. Develop circuit analysis and design skills. The text provides many opportunities to apply Laplace and related tools such as pole-zero diagrams, Bode diagrams, and Fourier series. This constant exposure to analysis and design tools will build practical skills.

Table of Contents

Introduction
Mathcad	1	(1)
Matlab	2	(1)
Matlab	3	(1)
Basic Circuit Analysis
Excel	4	(1)
Matlab	5	(2)
Electronics Workbench	7	(1)
Matlab	8	(2)
Excel	10	(5)
Circuit Analysis Techniques
Pspice	15	(1)
Electronics Workbench	16	(1)
Pspice	17	(1)
Matlab	18	(2)
Excel	20	(1)
Mathcad	21	(1)
Excel	22	(2)
Matlab	24	(2)
Active Circuits
Electronics Workbench	26	(1)
Pspice	27	(1)
Matlab	28	(1)
Mathcad	29	(2)
Electronics Workbench	31	(1)
Mathcad	32	(2)
Matlab	34	(1)
Mathcad	35	(2)
Electronics Workbench	37	(1)
Signal Waveforms
Excel	38	(3)
Mathcad	41	(2)
Matlab	43	(2)
Mathcad	45	(1)
Mathcad	46	(2)
Capacitance and Inductance
Excel	48	(2)
Matlab	50	(2)
Excel	52	(2)
Mathcad	54	(1)
Mathcad	55	(1)
Matlab	56	(1)
First- and Second-Order Circuits
Pspice	57	(2)
Excel	59	(1)
Matlab	60	(2)
Electronics Workbench	62	(3)
Mathcad	65	(2)
Matlab	67	(2)
Mathcad	69	(2)
Sinusoidal Steady-State Response
Mathcad	71	(1)
Pspice	72	(2)
Matlab	74	(1)
Electronics Workbench	75	(1)
Matlab	76	(1)
Pspice	77	(2)
Matlab	79	(1)
Pspice	80	(1)
Matlab	81	(1)
Matlab	82	(1)
LaPlace Transforms
Mathcad	83	(1)
Matlab	84	(1)
Matlab	85	(2)
Mathcad	87	(1)
Matlab	88	(2)
s-Domain Circuit Analysis
Mathcad	90	(1)
Mathcad	91	(2)
Network Functions
Pspice	93	(2)
Mathcad	95	(1)
Electronics Workbench	96	(1)
Pspice	97	(2)
Electronics Workbench	99	(2)
Mathcad	101	(3)
Pspice	104	(1)
Frequency Response
Matlab	105	(2)
Mathcad	107	(1)
PSpice	108	(1)
Electronics Workbench	109	(2)
PSpice	111	(1)
Electronics Workbench	112	(1)
PSpice	113	(3)
Mathcad	116	(1)
Matlab	117	(2)
Fourier Series
Excel	119	(1)
Excel	120	(1)
Matlab	121	(2)
Mathcad	123	(2)
Matlab	125	(1)
Analog Filter Design
Matlab	126	(1)
PSpice	127	(1)
Electronics Workbench	128	(3)
Matlab	131	(1)
Electronics Workbench	132	(1)
Electronics Workbench	133	(2)
Matlab	135	(1)
Matlab	136	(2)
Mathcad	138	(2)
Mathcad	140	(2)
Mutual Inductance
Pspice	142	(1)
Matlab	143	(1)
Pspice	144	(1)
Mathcad	145	(1)
Matlab	146	(2)
Power in the Sinusoidal Steady State
Matlab and Mathcad	148	(2)
Matlab	150	(1)
Matlab	151	(1)
Matlab	152