Electronic Devices
and Circuits by David A Bell
Electric
Circuits and Electronic Devices provides a balanced presentation of the two key subjects of
electric circuits and electronic devices. Written in a lucid manner, the text
is supported by illustrations to help students understand each new concept or
analysis method as it is introduced. Explanatory captions are included for the
images, and each illustration is carefully discussed in the text. Additionally,
the text features end-of-section practice problems, and all odd-numbered
questions are answered in the back of the book.
Discussing electric circuits in the first part, Electric Circuits and Electronic Devices begins with simple resistive circuit calculations, moving on to complex ac network analysis techniques and theorems. The second part provides a comprehensive treatment of electronic devices. Beginning with basic semiconductor and pn junction theory, this second part covers transistors and special semiconductor devices. It discusses the operation, characteristics, and parameters of each device, presenting appropriate circuit applications.
Discussing electric circuits in the first part, Electric Circuits and Electronic Devices begins with simple resistive circuit calculations, moving on to complex ac network analysis techniques and theorems. The second part provides a comprehensive treatment of electronic devices. Beginning with basic semiconductor and pn junction theory, this second part covers transistors and special semiconductor devices. It discusses the operation, characteristics, and parameters of each device, presenting appropriate circuit applications.
Book
Description Electronic Devices And Circuits, written by David A. Bell, delves
into the latest technology and provides information on topics ranging from
semiconductors to RC and LC Supply Filters. It bares all the principles that
will help readers understand the working of electrical devices and the detailed
circuitry involved. Targeting electronic appliances, the author has emphasised
on device operation, characteristics of each device, and circuit applications.
This book has been specifically written for undergraduate students who are
pursuing their engineering in fields like Electronics, Instrumentation,
Electrical, Electronics and Communication.
Table of Contents
Chapter 1 Basic Semiconductor Theory
Chapter 2 PN-Junction
Theory
Chapter 3 The Semiconductor Diode
Chapter 4 The Junction Transistor
Chapter 5 Transistor Biasing
Chapter 6 Basic Transistor Circuits
Chapter 7
Transistor and Integrated Circuit Fabrication
Chapter 8 Transistor
Specifications and Performance
Chapter 9 Basic Multistage and Integrated
Circuit Amplifiers
Chapter 10 Basic Sinusoidal Oscillators
Chapter 11 Zener
Diodes
Chapter 12 Field Effect Transistors
Chapter 13 FET Biasing
Chapter 14
Basic FET Circuits
Chapter 15 The Tunnel Diode
Chapter 16 The Silicon
Controlled Rectifier
Chapter 17 The Unijunction Transistor
Chapter 18
Optoelectronic Devices
Chapter 19 Miscellaneous Devices
Chapter 20 Electron
Tubes
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