Electrical, Electronics And Computer Engineering For Scientists And EngineersThis Book Presents A Lucid And Systematic Exposition Of The Basic Principles Involved In Electrical And Electronics Engineering. A Wide Spectrum Of Concepts Is Covered, Ranging From The Basic Principles Of Electric Circuits To The Advanced Area Of Microprocessors.The Fundamental Concepts Are Explained In Sufficient Detail And Are Adequately Illustrated Through Suitable Solved Examples.This Edition Includes New Chapters On * Dc Machines * Ac Machines * Electrical Measuring Instruments * Communication Systems * OscillatorsThe Discussion Of Several Other Topics Has Also Been Suitably Revised And Updated.The Book Would Serve As An Excellent For Undergraduate Engineering And Diploma Students Of All Disciplines. Amie Candidates And Practising Engineers Would Also Find It Extremely Useful. |
Contents
Fundamental Concepts | 1 |
Basic Circuit Concepts | 21 |
Network Theorems | 42 |
Field and Circuit Fundametnals | 81 |
Alternating Current Circuits | 114 |
Direct Current Machines | 165 |
Alternating Current Machines | 193 |
Domestic Wiring | 226 |
Semiconductor Devices | 259 |
Operational Amplifiers | 329 |
Oscillators | 359 |
Communication Systems | 367 |
Digital Logic | 379 |
Computer Concepts | 436 |
Microprocessor and Programming | 459 |
| 513 | |
Common terms and phrases
ammeter amplifier applied armature base biased bits capacitor characteristics charge chip circuit of Fig clock coil collector conductors connected constant copper loss core counter current flow decimal deflection device diagram diode electric electrons emitter energy equations equivalent circuit example feedback flip-flop flux frequency function gate hexadecimal impedance increases induced emf induction motor inductor input known losses machine magnetic maximum memory mesh meter microprocessor modulation node obtain octal ohms op amp open circuit operation oscillator output voltage parallel phase phasor pole port positive R₁ R₂ RC circuit reactance resistance resistor resonant rotating rotor short circuit shown in Fig shunt signal Solution speed stator stored switch terminals TIMER torque transformer transistor Truth table V₁ V₂ voltage drop voltage source voltmeter volts wave waveform winding wire zero