43 Best Books on Circuit Theory and Network Analysis

“Circuit Theory and Networks” Book Review: This book provides a clear and detailed explanation of the major concepts related to the subject matter. It is well-illustrated and includes step-by-step techniques for problem-solving. The book contains numerous problems with solutions, along with helpful illustrations, to aid readers in understanding the material. Additionally, there are multiple-choice questions with hints and clear guidelines provided to test readers’ knowledge on the topics covered in the book.

“Circuit and Network Theory – GATE, PSUS and ES Examination” Book Review: The target audience for this book is undergraduate students in electronics engineering, electrical engineering, electrical and electronics engineering, and instrumentation engineering, who are preparing for GATE, PSUs, and ES examinations. The book has been carefully crafted to be a valuable resource for exam preparation. Additionally, students pursuing science courses at the undergraduate level may also find this book useful.

“Electrical Circuit Theory and Technology” Book Review: This textbook provides a comprehensive introduction to the fundamental concepts of electrical circuit theory and technology, including topics such as semiconductors, transistors, and fuel cells. It is aimed at students in electrical and mechanical engineering programs who are seeking to develop a strong foundation in the subject. The book includes real-world examples and practical applications, and provides a variety of problems and their solutions for students to work through. Additionally, there are supplemental problems and tests available online for further self-assessment, along with helpful formulas to assist with problem-solving. This book is an ideal resource for undergraduate students studying electrical and mechanical engineering.

“Circuit Theory: Continuous and Discrete – Time Systems, Elements of Network Synthesis” Book Review: This textbook provides a comprehensive introduction to circuit theory, divided into four sections: fundamental concepts in electrical engineering, linear-time invariant systems, advanced topics in network analysis, and elements of network synthesis. It contains well-illustrated examples, problems with solutions, and exercises. The book is aimed at undergraduate students studying electrical, electronics, and computer science engineering, as well as postgraduate students and professionals in the electrical and computer engineering industry. It is also helpful for candidates preparing for examinations conducted by professional bodies like IE, IETE, and IEEE.

“Theory and Synthesis of Linear Passive Time-Invariant Networks” Book Review: This book provides a comprehensive overview of the fundamental principles underlying linear lumped passive time-invariant networks. Drawing on years of experience and a series of lectures, the book covers a wide range of topics including passive n-ports, broadband matching, the design of passive multiplexes, and two-state passive devices. Theoretical behavior of transverse electromagnetic (TEM) coupled transmission lines is also explored in detail. The book presents key concepts in a clear and concise manner, supplemented by numerous worked examples. It is written in a style that will be accessible to graduate students studying linear networks and circuit design, as well as academic researchers and professional circuit engineers seeking to deepen their understanding of these concepts.

“Adaptive Filter Theory (Prentice Hall Information and System Sciences Series)” Book Review: The focus of this book is the mathematical theory behind linear adaptive filters, including those with finite-duration impulse response (FIR), as well as the fundamentals of supervised neural networks. The book includes recent advancements in the field, covering topics such as frequency-domain adaptive filters, tracking time-varying systems, and neural networks. Additionally, the book contains extensive material on recursive least squares (RLS) algorithms and their connections to Kalman filter theory, leading to a more comprehensive treatment of standard, square-root, and order-recursive forms. The book also includes practical computer experiments using MATLAB software to demonstrate the theory and applications of the LMS and RLS algorithms. The book is ideal for graduate students and researchers in electrical and computer engineering who are interested in adaptive filtering and neural networks.

“AC and DC Network Theory (Physics and Its Applications)” Book Review: This textbook explains the primary methods for analyzing electrical networks that carry direct (DC) or alternating (AC) currents. It is written in a manner that is easy for students to understand, and includes exercises for self-assessment. The book uses units that are in accordance with the International System (SI). The quantities discussed in the book, such as current, potential, and resistance, are summarized in Appendix A, along with the symbols used to represent them.

“RF CMOS Power Amplifiers: Theory, Design and Implementation (The Springer International Series in Engineering and Computer Science)” Book Review: This book focuses on the design and testing processes of RF power amplifiers using CMOS technology. It specifically discusses the design of RF CMOS power amplifiers for new wireless standards, and provides a thorough explanation of the underlying principles and theory. The book covers the various architectures and trade-offs involved in designing both linear and nonlinear power amplifiers. Additionally, it includes detailed design examples of RF CMOS power amplifiers for short-range wireless applications such as Bluetooth and WLAN, as well as multi-standard platforms. This book is a valuable resource for RF IC design engineers, as well as R&D managers in industry and graduate students conducting research in wireless semiconductor IC design, particularly with CMOS technology.

“Design of Interconnection Networks for Programmable Logic” Book Review: This book focuses on programmable routing, which accounts for 90% of the circuitry in modern electronic systems. It provides a detailed description of the circuit design of programmable switches and the way programmable wires are connected. The book also covers new techniques for investigating and measuring interconnect structures, as well as the basic circuits of new programmable switches. Additionally, there is a section that surveys the interconnection structures and circuits currently in use. This book is useful for anyone involved in circuit design, particularly those interested in programmable routing.

“Introductory AC Circuit Theory” Book Review: The book is intended as a reference for graduate students in physics and science. It covers the fundamental concepts that underlie AC circuits and oscillations, and introduces techniques that are common to all oscillatory problems. Additionally, it provides elementary knowledge of field and DC circuit theory.

“Network Analysis” Book Review: This book offers a thorough treatment of electric networks or circuits, which are crucial concepts in electrical engineering. It covers a range of topics including the Nyquist criterion, Tellegen’s theorem, Gauss elimination method, Thevenin’s and Norton’s theorems, the Routh-Hurwitz criterion, and Fourier transforms. Each chapter concludes with exercises and digital computer exercises, and the book includes solutions to the problems in the appendix. It is a valuable resource for students and professionals in the field of electrical engineering.

“Network Analysis and Synthesis” Book Review: This textbook serves as an introduction to the analysis and synthesis of electric circuits. The topics are presented in a logical and organized manner, and there are many examples of frequently asked examination questions throughout the text. The book covers basic network concepts, elementary network theorems, and single-phase AC circuits. The content also includes resonance, filters, and attenuators. It is a valuable resource for students looking to gain a fundamental understanding of electric circuits.

“Circuits and Networks: Analysis and Synthesis” Book Review: The book is designed to cover the internationally accepted learning outcomes for the course. It includes questions from previous year question papers and provides a digital and randomized environment for practicing multiple-choice questions. The text highlights important definitions and formulas throughout the volume.

“Network Analysis and Synthesis” Book Review: This book is intended to facilitate a simple comprehension of the subject, through a concise theory and a wide range of problems. It encompasses the analysis and synthesis of networks, and clarifies various types of networks and systems, as well as Network Theorems. The book also provides an overview of PSPICE and its implementation in circuits and networks, and places emphasis on a problem-solving methodology. It covers PSPICE and MATLAB applications for solving network analysis issues. The content includes problems from Indian universities and competitive examination papers, with fully solved problems, practice problems with answers, and objective-type and short-answer-type questions.

“Engineering Circuit Analysis” Book Review: This book provides clear definitions for terms used in the subject matter and introduces several new terms. It presents fundamental concepts at the beginning of each chapter and provides detailed explanations of the topics covered. The text uses numerical examples to illustrate and suggest general results. Practice problems, both simple and difficult, are included throughout each chapter, following the order of presentation of the text material.

“Network Analysis and Synthesis” Book Review: This book provides a comprehensive overview of network analysis and synthesis, covering a wide range of essential topics. It offers a deep understanding of the workings of modern networking and establishes a solid foundation for further studies in various areas.

“Network Theory: Analysis and Synthesis” Book Review: This book is a modular introduction to modern circuit theory and essential aspects of network theory, suitable for a one-semester course for undergraduate students in electrical and electronics engineering, electronics and communication engineering, and instrumentation and control engineering. It provides a strong foundation in electric network analysis techniques and explains the procedures involved in passive network synthesis. The text includes numerous solved examples, exercises with answers at the end of each chapter, and an objective-type question bank for self-assessment. Theoretical and practical principles of circuit behavior are thoroughly discussed, making it an excellent resource for professionals and students alike.

“Network Analysis” Book Review: This textbook is tailored to students of Electrical Sciences and serves as a comprehensive one-semester introductory course to the subject. The book covers basic and advanced concepts while maintaining rigor in the presentation of the material. Each chapter starts with an introduction to outline the objectives and contents, and the concepts are reinforced with examples. The book contains a plethora of problems that reflect real-world engineering applications.

“Network Theory” Book Review: This book is a comprehensive guide to the principles of network theory. The book covers a range of topics, including network analysis techniques, graph theory, network theorems, and circuit analysis. The chapters also explore different types of networks, such as linear networks, passive networks, and active networks, as well as advanced topics such as filters, resonators, and waveguides. The book also includes practical examples and exercises to help readers understand and apply the concepts of network theory. This book is an essential resource for electrical engineering students and professionals interested in network theory.

“Submodular Functions and Electrical Networks” Book Review: This book presents a novel approach to electrical network theory by integrating submodular functions and electrical networks using a topological approach. The material on electrical networks is presented independently of that of submodular functions. The book emphasizes low complexity algorithms and bipartite graphs, while covering various operations, such as dualization, convolution, and Dilworth truncation, as well as the related notions of principal partition and principal lattice of partitions. The last chapter addresses the hybrid rank problem, which bridges the gap between submodular functions and topological electrical network theory. The book contains numerous solved problems, matroids, and vector spaces, along with the algebra of generalized minors, to explain the construction of efficient circuit simulators and network analysis. This book is intended for VLSI algorithm designers.

Book Review: This book offers a comprehensive guide on packet decoding, basic and advanced filtering, and switched LAN analysis, presented through a step-by-step approach. It covers the construction of filters to capture hackers who bypass firewalls, decoding of unknown protocols, and setting up triggers for launching analyzers during off-hours. The book also delves into the fundamental concepts of network protocols, routing, and troubleshooting to provide a holistic understanding of network analysis.

“Advanced Topics in Exception Handling Techniques” Book Review: This book offers a comprehensive overview of various challenges encountered in exception handling. With 16 chapters, it starts by covering the basics of exception handling and proceeds to delve into related topics that include programming languages, operating systems, concurrency, pervasive computing systems, and requirements and specifications. The text provides various case studies, experiments, and qualitative comparisons to enhance readers’ comprehension of the subject matter.

“Analysis and Design of Advanced Multiservice Networks Supporting Mobility, Multimedia, and Interworking” Book Review: This book comprehensively covers the fundamental, methodological, and applied aspects of network performance evaluation and design. With six chapters, the book delves into IP-based networks, queueing models, wireless networks, optical networks, and peer-to-peer services. It also discusses traffic measurement, characterization, and modeling with an extensive bibliography to support the presented concepts. This book is ideal for network design practitioners and researchers seeking to explore future directions in networking research.

“Next Generation Teletraffic and Wired/Wireless Advanced Networking” Book Review: This publication features a collection of 49 papers that were presented during the 6th International Conference on Next Generation Teletraffic and Wired/Wireless Advanced Networking, NEW2AN 2006, which took place in St. Petersburg, Russia in May/June 2006. The book covers a wide range of topics such as teletraffic, traffic characterization and modeling, 3G/UMTS, sensor networks, WLAN, and QoS. The content of the book is extensive, including in-depth discussions on topics such as MANETs, lower layer techniques, PAN technologies, and TCP.

“Advanced Autonomic Networking and Communication” Book Review: This book offers a thorough collection of research findings on autonomic networking and communication. The book delves into the application of autonomic principles in both present and future networks, while exploring various methods to achieve that goal. This text serves as a valuable reference for students, researchers, and professionals.

“Algorithms for Sensor and Ad Hoc Networks: Advanced Lectures” Book Review: The proceedings of a GI-Dagstuhl Seminar held in November 2005 are reported in this book, which covers the fundamentals of distributed algorithms and algorithmic results on wireless ad hoc and sensor networks. Each chapter focuses on selected results and covers some part of this vast field. The book uses algorithmic methods to explain wireless networks and bridges the gap between theory and application. It is a useful reference for researchers and professionals in the field of distributed algorithms and wireless networks.

“Technologies for Advanced Heterogeneous Networks” Book Review: This book comprises 18 papers selected from the proceedings of the 2005 Asian Internet Engineering Conference (AINTEC). The conference focused on the role of the internet as a reliable communication option during emergency and chaotic situations. Major topics discussed include mobile IP, mobile ad hoc, and performance analysis of internet over satellite communications. Additionally, a section is dedicated to emergency networks, multimedia or multi-services IP-based networks, and peer-to-peer measurement. This book is a valuable resource for researchers and engineers interested in exploring the potential of the internet in emergency situations.

“Technologies for Advanced Heterogeneous Networks II” Book Review: The book comprises 12 revised papers and 5 invited papers from the proceedings of AINTEC 2006, the Second Asian Internet Engineering Conference held in Pathumthani, Thailand in November 2006. The book covers various research topics such as multicast, service architecture, routing, WLAN performance, and multihoming in mobile networks, which are organized in separate sections. This book is recommended for students, researchers, and professionals interested in these research areas.

Book Review: This book is a comprehensive guide to basic circuit theory, with a focus on multi-terminal active devices. It also includes detailed coverage of computer-aided circuit analysis and simple non-linear phenomena. A strong foundation in mathematics is required to fully understand the material, including knowledge of linear algebra, graph theory, and integral calculus. The book covers both basic and advanced topics in circuit design, providing insights into the principles of analog machines with computational power comparable to that of supercomputers.

Book Review: The book explores the fundamentals of three-phase circuits, including phase sequence, star and delta correction, and the relationship between line and phase voltages. It also includes an analysis of both balanced and unbalanced three-phase circuits. The application of Millman’s theorem, the star-delta transformation technique, and Laplace transforms are also demonstrated. Two-port networks, their parameters, and relationships are presented, along with Fourier analysis of AC circuits, the Fourier theorem in both trigonometric and exponential forms, and properties of line spectra and phase angle spectra.

“Understanding UMTS Radio Networking Modelling, Planning and Automated Optimisation: Theory and Practice” Book Review: This book provides in-depth theoretical coverage of UMTS radio networks, addressing key issues and methods for modeling, planning, and optimizing these systems. The book includes detailed case studies that examine the technical and legal aspects of network infrastructure sharing, ultra-high-site development, and HCS deployment, as well as the advantages and disadvantages of using CAD software. Theoretical and business models for UTMS technology are explained, employing optimization algorithms and advanced cost functions. The book is suitable for both students and professionals.

“Network Theory” Book Review: The book is designed as both a guidebook and a workbook for network theory. It provides concise explanations of fundamental concepts, along with numerous solved examples and practice questions for readers to work through. This book is recommended for individuals preparing for competitive exams such as IES, GATE, and PSUs.

“Building Scalable Network Services: Theory and Practice” Book Review: The book focussed on the construction of network services that are scalable by employing a set of servers. It presents a scalable network service model, organized in tiers, to assess particular services within its architecture which streamlines design activities. The placement of service nodes in scalable system design and placement algorithms is examined using both new and existing network services. The author also provides details on diverse techniques for developing improved P2P networks, network-wide measurement and monitoring services, and other practical applications of the theoretical findings covered in the book.

“Network Coding Theory” Book Review: The fundamental concepts of a novel paradigm of network communications called network coding are presented in this book. The initial section of the book discusses network coding for transmitting information from a single source node to other nodes in the network. The second section of the book deals with the scenario where multiple source nodes transmit information to a different set of destination nodes. This book is intended for students, practitioners, and researchers in the field of network communications.

“New Developments in the Theory of Networks” Book Review: This book discusses the theoretical foundations of managing designs for different forms of collaborations such as alliances, cooperatives, licensing, venture capital relationships, franchise chains, and joint ventures. It integrates strategic management, economics, and relational views on networks to provide a new perspective on knowledge management, decision-making authority, contract design, value creation, ownership rights, and the role of social capital in cooperatives, franchising networks, and alliances. The book is intended for those interested in studying the management of collaborative relationships, including students, researchers, and professionals.

“Theories of Communication Networks” Book Review: The book presents a multitheoretical model that connects social science theories with different network properties applicable at all network levels. It discusses recent advancements in network statistical analysis, including the p* family, and explains a model based on complex adaptive systems. Additionally, the book covers methods to relate communication networks to other networks and the application of Blanche to generate and test network theories.

“Optical Networks ― Recent Advances: Recent Advances (Network Theory and Applications (6))” Book Review: This book explores the challenges posed by the increasing demand for bandwidth and the advancements in optical technology, leading to the development of optical networks with multi-terabit-per-second capacity. The authors address issues related to network design, fast and flexible network management, routing and frequency allocation algorithms, QoS support, and switch and router configurations. The book features research papers and reviews, covering recent developments in this area. Topics include dynamic wavelength assignment, frequency assignment algorithms for WDM rings, and optimal placement of wavelength converters for parallel and distributed computing systems. All articles were peer-reviewed by two experts.

“Electrical Network Theory” Book Review: This textbook comprehensively covers the essential concepts of analyzing electrical network circuits, including their internal composition and system characteristics. Mathematical tools required to understand the concepts are provided in the book’s appendix. Topics covered in the book include Network Functions, Two Port Networks, Multiport Networks, State Equations, Duality, Impulse Response, Step Response, Superposition Principle, Minimum Phase Functions, Energy Functions, Two Port Parameters, and Reactance Functions, among others.