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If you are new to electronics, calibration, or measurement techniques generally, Modern Electronic Instrumentation and Measurement Techniques by Helfrick Cooper is a great read. In the book the author teaches you how electronic components work and describe concepts such as transistors and oscillators. This book will help you build from the ground up, from your very first soldering job all the way to building advanced circuits with microprocessors in modern instruments that can do anything from measuring atmospheric oxygen levels in remote locations to detecting radiation in nuclear power plants. The author himself has been involved in industry for over 20 years and is one of just a few people who actually understand neuroscience. The book is highly comprehensive, and gives you a full background of the techniques and tools used to make instruments for industrial use. The author also goes into great detail about how to work with electronics and this text is great for even the most experienced professionals. If you are new to electronics this book will get you started on the right foot, and if you are an experienced professional already, this book will help expand your knowledge of what kind of instrumentation can be built. As the world becomes increasingly dependent on electronics, more people will need to understand how advanced electronic instruments work and why they need them in order to become better field technicians or engineers. The book includes sections on the basics of electronics design, and goes all the way to covering advanced topics such as microprocessors and digital signal processing. One chapter is entirely dedicated to hacking and what you should consider when setting up your equipment in a way that will prevent someone from messing with it. The chapter on microprocessors gives you an in-depth look at how they function including simple logic gates, binary code, flash memory, RAM memory, ROM memory, number systems, fundamental arithmetic operations using microprocessors, memory addressing techniques using microprocessors, built-in input/output ports of the most common kinds found on microprocessors today including serial input/output port concepts. And much more. This chapter alone is worth its weight in gold, because it explains the inner workings of electronics components simply enough for anyone to understand. Other chapters on advanced topics include building oscillators, pulse generators, counters, timers, D/A converters, analog-to-digital and digital-to-analog converters and signal processing. The final chapter in the book covers how computer technology and microprocessors will affect the future of electronics. This section also includes a table explaining common abbreviations used in electronics and a glossary of terms associated with electronic instruments. This book is an excellent resource for professionals who work with electronic instruments, especially those who want to design their own instruments from scratch. As with many of the titles, this book does contain simple schematics that are designed to be used for learning purposes. As with most electronics books, these schematic diagrams can be used to help you understand how electronic circuits work. and his wife, Wendy Cooper Helfrick have two children, Zachary and Sarah.Cooper Helfrick is a certified electronics instructor from the National Groundschool at Fort Gordon in Augusta, Georgia. He has been teaching electronics full-time for nearly 20 years and has been the Director of the National Groundschool since May 2007. cfa1e77820