Series: Electrical Engineering
Publisher: CRC PRESS (Taylor & Francis Group)
List Price: $139.95
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About the book
Is it is possible today to design and make automatic devices for industrial and power engineering uses without microcircuits and microprocessors, without complex power supplies for them? “Yes!” asserts the author of the book, Dr. Vladimir Gurevich, and as proof of this assertion provides descriptions of tens of original automatic devices based on modern discrete components: high-voltage transistors and thyristors, miniature vacuum and high power gas filed reed switches, and combinations of them. Such devices turn out to be much more simple and, in many cases, more reliable than the traditional devices made today. To make the material more accessible to a broad spectrum of readers, the author begins the book with an explanation of the working principles of semi-conductor devices of various types and, further, through the description of elementary functional modules, passes on to complete automatic devices. The book finishes with extensive reference material on modern high-voltage bipolar, FET and IGBT transistors, thyristors and triacs, reed switches, especially selected by the author.
THE BOOK CAN BE USED AS
* Textbook for studying principles and construction of
automatic devices on discrete components;
* Source of ideas and solutions for the development or
modernization of electronic switches, generators, timers,
logic elements, regulators and voltage stabilizers,
relay protection against overloads or emergency
modes;
* A complete set of descriptions of the original devices
ready-for-use;
* Handbook of modern discrete elements of automatics.
1 Solid-State Electronics Elements
1.1 Semiconducting Materials and
p-n-Junction
1.2 The Transistor’s Principle
1.3 Some Transistor Kinds
1.4 Bipolar Transistor General
Modes
1.5 Transistor Devices in Switching
Mode
1.6 Thyristors
1.7 Control of Thyristors on Direct
Current
1.8 Control of Thyristors on Alternating
Current
1.9 Diac, Triac, Quadrac
2 Reed Switches
2.1 What Is It?
2.2 Polarized and Memory Reed Switches
2.3 Power Reed Switches
3 High-Voltage Reed Relays
3.1 HV Reed Relays for Low Current
DC Circuits
3.2 HV Reed Relays for High Current
Applications
3.3 Relay Responding to the Current
Changing Rate
3.4 Differential HV Reed Relay
3.5 Reed-Based Devices for Current
Measurement in High Potential Circuits
3.6 Spark-Arresting Circuits for
Reed Relays
4 Elementary Function Modules
4.1 Switching Devices
4.2 Generators, Multivibrators,
Pulse-Pairs
4.3 Timers
4.4 Logic Elements
4.5 Overcurrent and Overvoltage
Protection Modules
4.6 Voltage Stabilizers and Regulators
4.7 Other Functional Modules for
Automatic Devices
5 Simple Protective Relays on
Discrete Components
5.1 Universal Overcurrent Protective
Relay
5.2 Simple Very High-Speed Overcurrent
Protection Relay
5.3 The New Generation Universal
Purpose Hybrid Reed-Solid-State Protective Relays
5.4 Automatic High-Voltage Circuit
Breakers
5.5 High-Speed Voltage Unbalance
Relay
5.6 Impulse Action Protective Relay
6 Improvement of Microprocessor-Based
Protective Relays
6.1 Power Supply of Microprocessor-Based
Protective Relays at Emergency Mode
6.2 Increasing Reliability of Trip
Contacts in Microprocessor-Based Protective Relays
7 Automatic Devices for Power
Engineering
7.1 Arc Protection Device for Switchboards
6 – 24 kV
7.2 Automatic-Reset Short Circuit
Indicator for 6 – 24 kV Bus Bars
7.3 High-Current Pulse Transducer
for Metal-Oxide Surge Arrester
7.4 Current Transformers’ Protection
from Secondary Circuit Disconnection
7.5 A Single-Phase Short Circuit
Indicator for Internal HV Cables in Medium Voltage Substation
7.6 Ground Circuit Fault Indicator
for Underground HV Cable Network
7.7 HV Indicators for Switchgears
and Switchboards
Appendices:
Appendix A1: High-Speed Miniature
Reed Switches
Appendix A2: High-Voltage
Vacuum Reed Switches
Appendix A3: Mercury Wetted
Reed Switches
Appendix A4: Industrial
Dry Reed Switches
Appendix B1: High-Voltage
Bipolar Transistors
Appendix B2: High-Voltage
Darlington Transistors
Appendix B3: High-Voltage
FET Transistors
Appendix B4: High-Voltage
IGBT Transistors
Appendix C: High-Voltage
Thyristors
Appendix D: High-Voltage
Triacs
Appendix E: Bilateral Voltage-Trigger
Switches