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  Standard Handbook of Electronic Engineering, Fifth Edition
ISBN: 0071462775
Author: Donald Christiansen
Price: $157.50

The Standard Handbook of Electronics Engineering has defined its field for over thirty years. Spun off in the 1960?s from Fink?s Standard Handbook of Electrical Engineering, the Christiansen book has seen its markets grow rapidly, as electronic engineering and microelectronics became the growth engine of digital computing. The EE market has now undergone another seismic shift?away from computing and into communications and media. The Handbook will retain much of its evergreen basic material, but the key applications sections will now focus upon communications, networked media, and medicine?the eventual destination of the majority of graduating EEs these days.

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Contents

Chapter 1 : Communication Systems

Chapter 2 : Information Sources, Codes, And Channels

Chapter 3 : Modulation

Chapter 4 : Digital Data Transmission And Pulse Modulation

Chapter 5 : Noise And Interference

Chapter 6 : Introduction To Systems Engineering

Chapter 7 : Elements And Techniques Of Systems Engineering And Management

Chapter 8 : Reliability Design And Engineering

Chapter 9 : Derating Factors And Application Guidelines

Chapter 10 : Semiconductor Reliability

Chapter 11 : Electromechanical And Microelectromechanical Systems (mems) Reliability

Chapter 12 : Reliable System Design And Modeling

Chapter 13 : Software Reliability

Chapter 14 : Design Of Digital Systems Using Cad Tools

Chapter 15 : Passive Components

Chapter 16 : Active Discrete Components

Chapter 17 : Batteries And Fuel Cells

Chapter 18 : Relays And Switches

Chapter 19 : Connectors

Chapter 20 : Optical Fiber Components

Chapter 21 : Digital Integrated Circuits

Chapter 22 : Analog Integrated Circuits

Chapter 23 : Memory Circuits

Chapter 24 : Microprocessors

Chapter 25 : Nanotechnologies

Chapter 26 : Passive Microwave Components

Chapter 27 : Microwave Generators And Amplifiers

Chapter 28 : Microwave Semiconductor Devices

Chapter 29 : Transducer Characteristics And Systems

Chapter 30 : Transducers For Mechanical Quantities

Chapter 31 : Transducers For Thermal Quantities

Chapter 32 : Transducers For Acoustic, Optical, And Electrical Quantities

Chapter 33 : Microsensors And Microactuators

Chapter 34 : Noncoherent Radiant Energy Sources

Chapter 35 : Lasers

Chapter 36 : Display Technology

Chapter 37 : Photoconductive And Semiconductor Junction Detectors

Chapter 38 : Charge Transfer Device (ctd) Imagers

Chapter 39 : Infrared Detectors And Associated Cryogenics

Chapter 40 : Solar Cells

Chapter 41 : Ideal Filters And Approximations

Chapter 42 : Filter Design

Chapter 43 : Active Filters

Chapter 44 : Switched Capacitor Filters

Chapter 45 : Crystal, Mechanical, And Acoustic Coupled-resonator Filters

Chapter 46 : Digital Filters

Chapter 47 : Attenuators

Chapter 48 : Amplifier And Oscillator Principles Of Operation

Chapter 49 : Audio-frequency Amplifiers And Oscillators

Chapter 50 : Radio-frequency Amplifiers And Oscillators

Chapter 51 : Operational Amplifiers

Chapter 52 : High-power Amplifiers

Chapter 53 : Microwave Amplifiers And Oscillators

Chapter 54 : Amplitude Modulation/demodulation

Chapter 55 : Frequency And Phase Modulation

Chapter 56 : Pulse Modulation/demodulation

Chapter 57 : Spread-spectrum Modulation

Chapter 58 : Optical Modulation And Demodulation

Chapter 59 : Frequency Converters And Detectors

Chapter 60 : Power Electronic Devices

Chapter 61 : Naturally Commutated Converters

Chapter 62 : Dc-dc Converters

Chapter 63 : Inverters

Chapter 64 : Ac Regulators

Chapter 65 : Passive Waveform Shaping

Chapter 66 : Switches

Chapter 67 : Active Waveform Shaping

Chapter 68 : Digital And Analog Systems

Chapter 69 : Principles Of Measurement Circuits

Chapter 70 : Substitution And Analog Measurements

Chapter 71 : Transducer-input Measurement Systems

Chapter 72 : Bridge Circuits, Detectors, And Amplifiers

Chapter 73 : Ac Impedance Measurement

Chapter 74 : Properties Of Antennas And Arrays

Chapter 75 : Types Of Antennas

Chapter 76 : Fundamentals Of Wave Propagation

Chapter 77 : Transmission Systems

Chapter 78 : Switching Systems

Chapter 79 : Local Access Networks

Chapter 80 : Broadband Systems

Chapter 81 : Wireless Networks

Chapter 82 : Data Networks And Internet

Chapter 83 : Terminal Equipment

Chapter 84 : Mems For Communication Systems

Chapter 85 : Computer Organization

Chapter 86 : Computer Storage

Chapter 87 : Input/output

Chapter 88 : Software

Chapter 89 : Database Technology

Chapter 90 : Advanced Computer Technology

Chapter 91 : Control System Design

Chapter 92 : Sound Units And Formats

Chapter 93 : Speech And Musical Sounds

Chapter 94 : Microphones, Loudspeakers, And Earphones

Chapter 95 : Digital Audio Recording And Reproduction

Chapter 96 : Television Fundamentals And Standards

Chapter 97 : Video Signal Synchronizing Systems

Chapter 98 : Digital Video Recording Systems

Chapter 99 : Television Broadcast Receivers

Chapter 100 : Facsimile Systems

Chapter 101 : Broadcast Transmission Practice

Chapter 102 : Am And Fm Broadcast Receivers

Chapter 103 : Cable Television Systems

Chapter 104 : Radar Principles

Chapter 105 : Radar Technology

Chapter 106 : Electronic Navigation Systems

Chapter 107 : Underwater Sound Systems

Chapter 108 : Automotive Sensors And Actuators

Chapter 109 : Automotive On-board Systems

Chapter 110 : Intelligent Transportation Systems

Chapter 111 : Instruments For Measuring Frequency And Time

Chapter 112 : Instruments For Measuring Current, Voltage, And Resistance

Chapter 113 : Signal Sources

Chapter 114 : Logic And Protocol Analyzers

Chapter 115 : Oscilloscopes

Chapter 116 : Standards-based Modular Instruments

Chapter 117 : Embedded Computers In Electronic Instruments