Valve Amplifiers, 4th Edition

 
Valve Amplifiers, 4th Edition,Morgan Jones,ISBN9780080966403
 
 
 

  

Newnes

9780080966403

9780080966410

704

229 X 152

The definitive modern guide to tube amplifiers for home and professional audio applications

Print Book + eBook

USD 88.14
USD 146.90

Buy both together and save 40%

Print Book

Paperback

In Stock

Estimated Delivery Time
USD 76.95

eBook
eBook Overview

VST format:

DRM Free included formats: EPub, Mobi, PDF

USD 69.95
Add to Cart
 
 

Key Features

* The practical guide to analysis, modification, design, construction and maintenance of valve amplifiers
* The fully up-to-date approach to valve electronics
* Essential reading for audio designers and music and electronics enthusiasts alike

Description

Valve Amplifiers has been recognized as the most comprehensive guide to valve amplifier design, analysis, modification and maintenance. It provides a detailed presentation of the rudiments of electronics and valve design for engineers and non-experts. The source also covers design principles and construction techniques to help end users build their own tool from scratch designs that work. The author's approach walks the reader through each step of designing and constructing, starting with an overview of the essential working principles of valve amplifiers, the simple and complex stages, the process of linking the stages, and completing the design. The book is comprised of seven chapters all of which include a DIY guide discussion of practical aspects. The text starts with familiarization of the fundamentals of electronics, which are essential for designing and building valve amplifiers. Particular attention has been paid to providing solutions for questions that are commonly asked and faced by beginners in valve designing and construction. Valve Amplifiers is a masterful hands-on guide for both experts and novices who work with tube audio equipment, and for electronic hobbyists, audio engineers, and audiophiles.

Readership

Amateur and professional valve audio designers and enthusiasts.

Valve Amplifiers, 4th Edition

Preface Dedication Acknowledgements 1. Circuit Analysis     Mathematical Symbols     Electrons and Definitions     Potential Dividers     Alternating Current (AC)     Active Devices     Silicon Diodes     Bipolar Junction Transistors (BJTs)     General Observations on BJTs     Feedback     The Operational Amplifier     References     Recommended Further Reading 2. Basic Building Blocks     The Common Cathode Triode Amplifier     The Tetrode     The Beam Tetrode and the Pentode     The Cascode     The Charge Amplifier     The Cathode Follower     Sources and Sinks: Definitions     The Common Cathode Amplifier as a Constant Current Sink (CCS)     The Cathode Follower with Active Load     The White Cathode Follower     The µ-follower     The Shunt-Regulated PushPull Amplifier (SRPP)     The ß-follower     The Cathode-Coupled Amplifier     The Differential Pair     Semiconductor Constant Current Sinks     References     Recommended Further Reading 3. Dynamic Range: Distortion and Noise     Distortion     Digital Concepts     The Fast Fourier Transform (FFT)     Designing for Low Distortion     Signal Amplitude     Grid Current     Distortion Reduction by Parameter Restriction     Distortion Reduction by Cancellation     DC Bias Problems     Individual Valve Choice     Coupling from One Stage to the Next     Distortion and Negative Feedback     Carbon Resistors and Distortion     Noise     Noise from Resistances     Noise from Amplifying Devices     Noise in DC References     References     Recommended Further Reading 4. Component Technology     Resistors     General Considerations on Choosing Resistors     Capacitors     Different Types of Capacitors     General Considerations in Choosing Capacitors     Magnetic Components     Inductors     Transformers     Why Should I Use a Transformer?     General Considerations in Choosing Transformers     Uses and Abuses of Audio Transformers     Thermionic Valves     Individual Elements of the Valve Structure     References     Recommended Further Reading 5. Power Supplies     The Major Blocks     Rectification and Smoothing     Regulators     Common-Mode Interference     Practical Issues     A Practical Design     Adapting the Power Supply to the EC8010 RIAA Stage     References     Recommended Further Reading 6. The Power Amplifier     The Output Stage     Classes of Amplifiers     The PushPull Output Stage and the Output Transformer     Output Transformer-Less (OTL) Amplifiers     The Entire Amplifier     The Driver Stage     The Phase Splitter     The Input Stage     Stability     Classic Power Amplifiers     New Designs     Single-Ended Madness     The Scrapbox Challenge Single-Ended Amplifier     Obtaining More Than Single Digit Output Power     Driving Higher Power Output Stages     The Crystal Palace Amplifier     The Bulwer-Lytton Scalable Parallel PushPull Amplifier     References     Further Reading 7. The Pre-Amplifier     Input Selection     Volume Control     Balance Control     Cable Driver     Tone Control     Obtaining a Clean Signal from Analogue Disc     RIAA Stage Design     A Simplified Example RIAA Stage     The EC8010 RIAA Stage     The Balanced Hybrid RIAA Stage     References     Recommended Further Reading Appendix     Valve Data     Standard Component Values     Resistor Colour Code     Plastic Capacitor Coding     Cable     Square Wave Sag and Low Frequency f-23 dB     Playing 78s     Equalisation     CD     Sourcing Components: Bargains and Dealing Directly     References Index

Quotes and reviews

"…the book is a companion to the book Valve Amplifiers, 4th edition also by Morgan Jones and published by Newnes/Elsevier.  This is a serious design book with details on audio circuit design, equations and related topics.  A 4th edition means that the book has been around for a while and is being updated and there is a real market for it."--ElectronicDesign.com, March 17, 2014

 
 
Cyber Monday SALE Upto 50 Percent OFF | Use Code CYBER14
Shop with Confidence

Free Shipping around the world
▪ Broad range of products
▪ 30 days return policy
FAQ

Contact Us