000			02072nam a2200217Ia 4500
005			20250207112321.0
008			230911s9999||||xx |||||||||||||| ||und||
020			_a9780070153851
040			_cNational Institute of Technology Goa
082			_a621.3192 _bHAY/ENG
100			_aHayt, William H
110			_aKemmerly, Jack E
111			_aDurbin, Steven M
245		0	_aEngineering circuit analysis
250			_a7th
260			_aNew Delhi: _b McGraw Hill Education (India) Private Limited, _c 2010
300			_a740p.: 15x21x1; Paperback
520			_aAbout the book: In the 7th edition of Engineering Circuit Analysis, the readers are given key insight into the concepts pertaining to circuit analysis. The presentation of this book is simple and the topics are explained by incorporating numerous examples and computer-aided analyses. There are 18 chapters covered in the book. Some of the chapters included in the book are Circuit Analysis In The Domain, Magnetically Coupled Circuits, Sinusoidal Steady-State Analysis, Network Theorems & Useful Circuit Analysis Techniques, The RLC Circuit, Two Port Networks, Fourier Circuit Analysis, AC Circuit Power Analysis, Capacitors And Inductors, and Complex Frequency And The Laplace Transform. Additionally, there are seven appendices at the end of the book. They are titled A Brief MATLAB Tutorial, A Proof Of Thevenin’s Theorem, Complex Numbers, An Introduction To Network Topology, Solution Of Simultaneous Equations, Additional Laplace Transform Theorems, and A PSPICE Tutorial. Through the course of this book, the authors cover important concepts by incorporating a very practical approach. This edition also contains links to two chapters that are online, State Variable Analysis and The Operational Amplifiers. In addition to the textual content, the readers are provided with tips, warnings, and relevant illustrations to make the concepts easier to grasp.
650			_aElectrical and Electronic Engineering; RLC Circuit; Fourier circuit analysis; Thevenin’s Theorem; PSPICE
942			_cBK _2ddc _n0
999			_c3318 _d3318