Basic Solid-State Electronics, Complete Course (5 Vols. In 1) Van Valkenburgh
Basic Solid-State Electronics, Complete Course (5 Vols. In 1) Van Valkenburgh
If you are looking for a comprehensive and easy-to-understand introduction to solid-state electronics, you may want to check out the book Basic Solid-State Electronics, Complete Course (5 Vols. In 1) by Van Valkenburgh, Nooger and Neville. This book is considered to be one of the best books on solid-state electronics on the market, and it covers a wide range of topics such as semiconductors, power supplies, audio and video amplifiers, transmitters, receivers, and more. In this article, we will give you a brief overview of the book and its contents.
What is solid-state electronics?
Solid-state electronics is a branch of electronics that deals with devices that use solid materials as the main medium for carrying electric currents or storing electric charges. Some examples of solid materials are metals, semiconductors, insulators, and superconductors. Solid-state devices have many advantages over vacuum tubes or mechanical devices, such as smaller size, lower power consumption, higher reliability, and faster switching speed. Some common solid-state devices are transistors, diodes, LEDs, solar cells, lasers, and integrated circuits.
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What does the book cover?
The book Basic Solid-State Electronics, Complete Course (5 Vols. In 1) is divided into five volumes, each focusing on a different aspect of solid-state electronics. The volumes are:
Volume 1: Semiconductors: This volume introduces the basic concepts and principles of semiconductors, such as doping, energy bands, holes, carriers, diodes, and transistors. It also explains how to use these devices in various circuits and applications, such as rectifiers, filters, regulators, amplifiers, oscillators, and switches.
Volume 2: Power Supplies: This volume covers the design and operation of power supplies that convert AC voltage to DC voltage for electronic devices. It explains how to use transformers, rectifiers, filters, regulators, and converters to obtain different levels and types of DC voltage. It also discusses the characteristics and specifications of power supplies, such as efficiency, ripple factor, load regulation, and short circuit protection.
Volume 3: Audio Amplifiers: This volume focuses on the theory and practice of audio amplification using solid-state devices. It covers the basic principles of sound waves, decibels, frequency response, distortion, feedback, and impedance matching. It also describes how to design and build various types of audio amplifiers using transistors and integrated circuits. It also includes some practical projects and experiments for testing and improving audio amplifiers.
Volume 4: Video Amplifiers: This volume deals with the fundamentals and applications of video amplification using solid-state devices. It covers the basic concepts of video signals, synchronization pulses, composite video signals, color video signals, video bandwidth, video modulation, video demodulation, and video detection. It also explains how to design and construct various types of video amplifiers using transistors and integrated circuits. It also includes some practical projects and experiments for testing and enhancing video amplifiers.
Volume 5: Transmitters And Receivers: This volume covers the principles and techniques of radio communication using solid-state devices. It covers the basic concepts of radio waves, frequency spectrum, modulation methods, antennas, transmission lines, impedance matching, radio transmitters, radio receivers, superheterodyne receivers, frequency conversion, intermediate frequency amplification, automatic gain control, detection, demodulation, audio frequency amplification, noise reduction, and troubleshooting. It also explains how to design and build various types of radio transmitters and receivers using transistors and integrated circuits. It also includes some practical projects and experiments for testing and improving radio transmitters and receivers.
Why should you read this book?
There are many reasons why you should read this book if you are interested in learning more about solid-state electronics. Some of them are:
The book is written in a clear and simple language that is easy to understand for beginners and students. It uses many illustrations, diagrams, examples, and exercises to explain the concepts and applications of solid-state electronics. It also provides answers and solutions to the exercises and problems at the end of each chapter.
The book is comprehensive and covers a wide range of topics that are relevant and useful for anyone who wants to learn or work with solid-state electronics. It provides a solid foundation and a progressive understanding of the elements that form various electronic systems. It also offers many practical tips and tricks for designing, building, testing, and improving electronic circuits and devices.
The book is affordable and accessible for anyone who wants to buy or borrow it. You can find it online or in your local library or bookstore. You can also get it in a single volume or in five separate volumes, depending on your preference and budget. The book is also available in paperback or hardcover editions, depending on your choice and availability.
Conclusion
In conclusion, Basic Solid-State Electronics, Complete Course (5 Vols. In 1) by Van Valkenburgh, Nooger and Neville is a great book for anyone who wants to learn more about solid-state electronics. It is informative, comprehensive, easy-to-understand, practical, affordable, and accessible. It is a valuable resource for students, hobbyists, professionals, and enthusiasts of solid-state electronics. If you are looking for a book that can teach you everything you need to know about solid-state electronics, this is the book for you.
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