McGraw-Hill Professional | ISBN: 0071384219 | 2004-12-20 | PDF (OCR) | 2200 pages | 60.7 Mb
The most widely used and highly respected reference of its kind, the Standard Handbook of Electronic Engineering (formerly Electronics Engineers' Handbook) has been updated to reflect significant advances in leading-edge electronics technologies. This new edition covers not only fundamental principles and technologies, but also the latest in hardware, circuits and functions, and applications. It is packed with new data and information on telecommunications, networking, digital signal processing, control systems, audio, video, broadcasting, and more--120 chapters in all. New chapters on instrumentation and test systems, software reliability, systems engineering and management, and automotive electronics have been added. An accompanying CD-ROM features additional reference and archival material. Organizational improvements yield a more usable, manageable resource. The Fifth Edition of the Standard Handbook of Electronic Engineering is a reference every electronics professional will want to own.
TODAY'S LEADING FIELDS IN ELECTRONICS, BY KNOWLEDGEABLE EXPERTS
* Information, Communication, Noise, and Interference
* Systems Engineering and Systems Management
* Reliability
* Computer-Assisted Digital System Design
* Electronic and Fiber Optic Components
* Integrated Circuits and Microprocessors
* UHF and Microwave Components
* Transducers and Sensors
* Radiant Energy Sources and Sensors
* Filters and Attenuators
* Amplifiers and Oscillators
* Modulators, Demodulators, and Converters
* Power Electronics
* Pulsed Circuits and Waveform Generators
* Measurement Systems
* Antennas and Wave Propagation
* Telecommunications
* Digital Computer Systems
* Audio Systems
* Video and Facsimile Systems
* Broadcast and Cable Systems
* Electronic Navigation and Detection Systems
* Automotive Electronics
* Instrumentation
* Resources
* CD-ROM
Table of Contents:
1 - Communication Systems
2 - Information Sources, Codes, And Channels
3 - Modulation
4 - Digital Data Transmission And Pulse Modulation
5 - Noise And Interference
6 - Introduction To Systems Engineering
7 - Elements And Techniques Of Systems Engineering And Management
8 - Reliability Design And Engineering
9 - Derating Factors And Application Guidelines
10 - Semiconductor Reliability
11 - Electromechanical And Microelectromechanical Systems (mems) Reliability
12 - Reliable System Design And Modeling
13 - Software Reliability
14 - Design Of Digital Systems Using Cad Tools
15 - Passive Components
16 - Active Discrete Components
17 - Batteries And Fuel Cells
18 - Relays And Switches
19 - Connectors
20 - Optical Fiber Components
21 - Digital Integrated Circuits
22 - Analog Integrated Circuits
23 - Memory Circuits
24 - Microprocessors
25 - Nanotechnologies
26 - Passive Microwave Components
27 - Microwave Generators And Amplifiers
28 - Microwave Semiconductor Devices
29 - Transducer Characteristics And Systems
30 - Transducers For Mechanical Quantities
31 - Transducers For Thermal Quantities
32 - Transducers For Acoustic, Optical, And Electrical Quantities
33 - Microsensors And Microactuators
34 - Noncoherent Radiant Energy Sources
35 - Lasers
36 - Display Technology
37 - Photoconductive And Semiconductor Junction Detectors
38 - Charge Transfer Device (ctd) Imagers
39 - Infrared Detectors And Associated Cryogenics
40 - Solar Cells
41 - Ideal Filters And Approximations
42 - Filter Design
43 - Active Filters
44 - Switched Capacitor Filters
45 - Crystal, Mechanical, And Acoustic Coupled-resonator Filters
46 - Digital Filters
47 - Attenuators
48 - Amplifier And Oscillator Principles Of Operation
49 - Audio-frequency Amplifiers And Oscillators
50 - Radio-frequency Amplifiers And Oscillators
51 - Operational Amplifiers
52 - High-power Amplifiers
53 - Microwave Amplifiers And Oscillators
54 - Amplitude Modulation/demodulation
55 - Frequency And Phase Modulation
56 - Pulse Modulation/demodulation
57 - Spread-spectrum Modulation
58 - Optical Modulation And Demodulation
59 - Frequency Converters And Detectors
60 - Power Electronic Devices
61 - Naturally Commutated Converters
62 - Dc-dc Converters
63 - Inverters
64 - Ac Regulators
65 - Passive Waveform Shaping
66 - Switches
67 - Active Waveform Shaping
68 - Digital And Analog Systems
69 - Principles Of Measurement Circuits
70 - Substitution And Analog Measurements
71 - Transducer-input Measurement Systems
72 - Bridge Circuits, Detectors, And Amplifiers
73 - Ac Impedance Measurement
74 - Properties Of Antennas And Arrays
75 - Types Of Antennas
76 - Fundamentals Of Wave Propagation
77 - Transmission Systems
78 - Switching Systems
79 - Local Access Networks
80 - Broadband Systems
81 - Wireless Networks
82 - Data Networks And Internet
83 - Terminal Equipment
84 - Mems For Communication Systems
85 - Computer Organization
86 - Computer Storage
87 - Input/output
88 - Software
89 - Database Technology
90 - Advanced Computer Technology
91 - Control System Design
92 - Sound Units And Formats
93 - Speech And Musical Sounds
94 - Microphones, Loudspeakers, And Earphones
95 - Digital Audio Recording And Reproduction
96 - Television Fundamentals And Standards
97 - Video Signal Synchronizing Systems
98 - Digital Video Recording Systems
99 - Television Broadcast Receivers
100 - Facsimile Systems
101 - Broadcast Transmission Practice
102 - Am And Fm Broadcast Receivers
103 - Cable Television Systems
104 - Radar Principles
105 - Radar Technology
106 - Electronic Navigation Systems
107 - Underwater Sound Systems
108 - Automotive Sensors And Actuators
109 - Automotive On-board Systems
110 - Intelligent Transportation Systems
111 - Instruments For Measuring Frequency And Time
112 - Instruments For Measuring Current, Voltage, And Resistance
113 - Signal Sources
114 - Logic And Protocol Analyzers
115 - Oscilloscopes
116 - Standards-based Modular Instruments
117 - Embedded Computers In Electronic Instruments
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