8 Best-Selling Integrated Circuits Books Millions Love

Motorola's TTL Integrated Circuits Data Book compiles exhaustive technical specifications and selector guides for a wide range of TTL monolithic circuits from the most popular families, making it an indispensable tool for engineers and technicians working with digital electronics. You gain direct access to detailed data sheets that simplify the complex process of choosing compatible TTL components for your projects, with clear charts and comparisons that facilitate practical decision-making. This guide suits professionals engaged in designing, troubleshooting, or maintaining digital systems who require reliable, precise component information rather than conceptual overviews. While it doesn’t teach circuit theory, its thoroughness in data presentation ensures you have the exact details needed for effective hardware implementation.

Forrest M. Mims III, known for his pioneering work in electronics education, crafted this book to make integrated circuits accessible to enthusiasts and hobbyists alike. You’ll find straightforward projects that demystify complex electronic components, with clear explanations guiding you through building practical circuits from scratch. This hands-on approach benefits those eager to deepen their understanding of electronics fundamentals, whether you’re an amateur looking to experiment or someone seeking to reinforce theoretical knowledge with tangible outcomes. The book’s value lies in its blend of simplicity and technical insight, making it a useful reference for anyone interested in applied circuit design.

This tailored book explores battle-tested methods in integrated circuit design, focusing on techniques that match your specific challenges and experience level. It covers essential concepts from fundamental principles to advanced design tactics, examining how integrated circuits function and can be optimized for real-world applications. The content is personalized to your background and goals, making complex topics approachable and relevant. By combining widely valued knowledge with insights tailored to your interests, this book reveals practical approaches to integrated circuit mastery. It guides you through analysis, troubleshooting, and design, ensuring you gain a thorough understanding aligned with your particular needs and ambitions.

Alan B. Grebene's decades of experience in analog circuit design culminate in this detailed exploration of bipolar and MOS analog integrated circuits. You gain a thorough understanding of device fundamentals, manufacturing processes, and design techniques, supported by practical examples that illustrate current best practices. Chapters delve into analytic methods and shortcuts that can sharpen your engineering approach, making complex concepts accessible without oversimplification. This book suits engineers and students focused on analog circuitry who want to deepen their technical expertise beyond digital systems.

The methods Roubik Gregorian and Gabor C. Temes developed while working extensively with analog MOS integrated circuits provide a detailed roadmap for mastering their design and application. You’ll explore the fundamental operating principles alongside the necessary mathematical and physical concepts, then move into designing a variety of circuits including switched-capacitor filters and analog-to-digital converters. The book’s strength lies in its practical emphasis, with tables and numerical examples that clarify complex design steps, making it a solid choice if you want to deepen your technical skills in analog circuit design. This book suits engineers and students aiming to build or refine expertise in analog MOS technology rather than casual learners.

Drawing from their extensive expertise in photonics and electrical engineering, Hiroshi Nishihara, Masamitsu Haruna, and Toshiaka Suhara dissect the complex field of optical integrated circuits with precision. You’ll explore detailed waveguiding theory, device design, and fabrication techniques that underpin hybrid optical circuits. The book walks you through fundamental equations and physical principles, making it suitable for those aiming to deepen their technical understanding or advance in optical device development. If you're involved in photonic engineering or research, this text offers a dense, technical resource rather than a casual overview.

This tailored book explores integrated circuits through a personalized, step-by-step approach that matches your background and goals. It covers essential concepts and practical actions designed for quick, tangible progress in IC design and implementation. By focusing on your specific interests, it navigates foundational electronics principles, component selection, and hands-on circuit building, helping you bridge theory with real-world applications. The content reveals how integrated circuits function and guides you through focused projects that cultivate your skills efficiently. This personalized guide ensures you concentrate on the knowledge and techniques that matter most to your learning journey, making complex IC topics accessible and engaging.

Eugene D. Fabricius's decades of teaching and researching VLSI design culminate in this foundational text that takes you from the physics of MOS devices to the complexities of full digital system implementation. You’ll learn how to design and analyze digital and analog integrated circuits, understand CMOS scaling rules, and use computer-aided tools like MAGIC for layout design. The book’s detailed chapters on timing estimation, reliability, and pass transistor logic make it especially useful if you want a grounded, technical grasp of VLSI principles. If your goal is to build a strong engineering base for integrated circuit design, this book delivers a thorough yet accessible approach without unnecessary fluff.

When Thomas H. Lee first realized the need for a deeper understanding of gigahertz RF integrated circuits, he set out to create a resource that bridges theory and practice. This second edition expands on critical topics like low-noise amplifiers and oscillators, and introduces a new chapter on wireless system principles, making it more relevant for modern applications. You’ll gain insight into chip design architectures with real examples that synthesize complex concepts into workable prototypes. If you’re designing or studying RF integrated circuits, this book offers a detailed technical foundation that few others match.

Ramakant A. Gayakwad’s deep experience in electronics education shaped this book into a clear guide on operational amplifiers and linear integrated circuits. You’ll gain a solid grasp of op-amp fundamentals alongside practical applications, with chapters that balance theory and hands-on design examples, such as detailed analyses of amplifier configurations and feedback mechanisms. The book suits engineering students and practicing electronics professionals aiming to strengthen their circuit design skills, especially those focusing on analog systems. While it doesn’t stray far into cutting-edge research, its straightforward style and updated content make it a steady reference in the field.