Whether you're a professional or just a tinkerer, this step-by-step, non-mathematical guide to solid-state electronic devices will equip you to 'hold your own' in the technical world. Exploring the latest in semiconductor theory and applications, it shows how semiconductors fit within circuits, how circuits and logic gates make decisions, and how to properly adapt solid-state devices into a circuit design.Offers an inside look at semiconductor theory, digital integrated circuits, and linear integrated circuits. Spells out design specifications and operating principles on the most important components, including transistors, diodes, and ICs. Provides up-to-date analyses on optoelectronic devices, FETs and MOSFETs, VLSI devices, and thyristors. Presents tips and techniques on the use of linear integrated circuits, and covers the seven transistor specifications most important to successful IC implementation. Includes numerous clarifying illustrations, and marginal capsulations to highlight key points.For electrical engineers.
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Whether you're a professional or just a tinkerer, this step-by-step, non-mathematical guide to solid-state electronic devices will equip you to 'hold your own' in the technical world. Exploring the latest in semiconductor theory and applications, it shows how semiconductors fit within circuits, how circuits and logic gates make decisions, and how to properly adapt solid-state devices into a circuit design.Offers an inside look at semiconductor theory, digital integrated circuits, and linear integrated circuits. Spells out design specifications and operating principles on the most important components, including transistors, diodes, and ICs. Provides up-to-date analyses on optoelectronic devices, FETs and MOSFETs, VLSI devices, and thyristors. Presents tips and techniques on the use of linear integrated circuits, and covers the seven transistor specifications most important to successful IC implementation. Includes numerous clarifying illustrations, and marginal capsulations to highlight key points.For electrical engineers.
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3 of 3 people found the following review helpful:
3.0 out of 5 stars
Good book to start,
By Donald Hsu (NYC, United States) - See all my reviews
This review is from: Understanding Solid State Electronics (5th Edition) (Paperback)
I have used this book for a college course, "Applied Electronics". This course is available to all students, from English, History to Computer Science and Business majors. The book is not to be used in the Engineering school because there is no Calculus requirement. Can you teach Electronics without Calculus? You bet. This book provides a good introduction to the world of electronics, resistors, capacitors, inductor coils, amplifiers, gates, flip flops, microprocessors, then the complete system. I added four "hands-on" labs in Semiconductor devices, Operational Amplifiers, Microprocessor Starter Kit, and Oscilloscope. The student review has been excellent.
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