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LTspice® for Linear Circuits Introduce yourself to the industry-leading software in electronic circuit simulation The simulation of electronic circuits is a crucial tool in modern electrical engineering. Many currently available software toolkits for circuit simulation are expensive, or nominally free but with significant restrictions on features and applications. LTspice®, a software distributed by semiconductor manufacturer Analog Devices, is not only the most widely used SPICE-based circuit simulator in the industry, but also free and unrestricted. LTspice®for Linear Circuits provides a comprehensive introduction to this software and its circuit simulation capabilities. Focusing on the fostering of practical knowledge, the book develops a six-step strategy for solving circuit analysis problems, beginning with the formulation of the problem, and proceeding through the simulation and the review of results. Readable and built around an easy-to-use, accessible software, LTspice® for Linear Circuits is an essential tool for any would-be electrical engineer. LTspice® for Linear Circuits readers will also find: Practical examples of circuit analysis problems and their solutionsDetailed treatment of problems involving DC Circuits, First-Order Circuits, AC Circuits, Frequency Response and moreEducational content from an author with decades of experience teaching electrical circuitsLTspice®for Linear Circuits is perfect for undergraduates in electrical engineering and adjacent subjects, as well as anyone looking for an introduction to this widely used software.
James A. Svoboda, PhD is Professor Emeritus of Clarkson University, New York, USA. He is the author of PSpice for Linear Circuits, editions 1 & 2. He and Richard Dorf are the authors of Introduction to Electric Circuits, soon to be in it’s 10th Edition. He is a recipient of Clarkson University’s Distinguished Teaching Award.
Preface viiChapter 1 Getting Started with LTspice 11.1 Introduction 11.2 Six Steps 71.2.1 LTspice Notation 131.A Appendix: Verifying LTspice Simulation Results 151.A.1 Node Voltages and Device Currents 151.A.2 Ohm’s and Kirchhoff’s Laws 181.A.3 Verifying LTspice Simulation Results 21References 24Chapter 2 Analysis of DC Circuits 252.1 dc Circuits 252.2 Dependent Sources 292.3 Equivalent Circuits 392.4 Thevenin Equivalent Circuits 422.5 Superposition 462.6 Conservation of Energy 49References 57Chapter 3 Variable DC Circuits 593.1 DC Sweep 593.2 Global Parameters 65References 77Chapter 4 Capacitors and Inductors 794.1 Capacitors 794.2 Inductors 88References 91Chapter 5 First- Order Circuits 935.1 First- Order Circuits 93Reference 110Chapter 6 AC Circuits 1116.1 Phasors 1116.2 AC Circuits 1176.3 Impedances 1226.a Appendix: Further Details for Example 6.2 127References 129Chapter 7 Frequency Response 1317.1 Frequency Response Plots 131References 141Index 143