A Course in Electrical Technology

Table Of Contents:Volume I: Basic Electrical Engineering Current ElectricityBasic Concepts Dc Circuits Units, Work, Power And Energy Dc Network Analysis ElectroChemical Energy Sources And Electrolysis Static Electric Field Capacitance Magnetism And Electromagnetism Magnetic Circuits And Induction Magnetic Hysteresis And Eddy Currents Thermoelectricity Electrical Installation And Wiring Fundamentals Of Alternating Currents Single Phase Series Circuits Complex Notations And Circuit Analysis Single Phase Parallel And SeriesParallel Circuits Resonance In RLC Circuits Locus Diagrams Applications Of Network Theorems To Ac Circuits Polyphase Systems Harmonics Harmonics Analysis Transients Symmetrical Components Electrical Wave Filters Laplace And Fourier Transforms Measurements, Instruments And Accessories Galvanometers, Ammeters And Voltmeters Extension Of Instruments Range Wattmeters And Energy Meters Miscellaneous Indicating Instruments Potentiometers Measurement Of Resistance Localization Of Cable Faults Ac Bridges Objective Type Questionsvolume Ii: Electrical Machines Principles Of Electromechanical Energy Conversion Basic Concepts Of Rotating Electrical Machines Construction Of Dc Machines Armature Reaction And Commutation In Dc Machines Operating Characteristics And Applications Of Dc Generators Parallel Operation Of Dc Generators Operating Characteristics And Applications Of Dc Motors Speed Control, Starting And Braking Of Dc Motors Losses, Testing And Efficiency Of Dc Machines Transformers Synchronous Generators Or Alternators Synchronous Motors Parallel Operation Of Alternators Construction, Theory And Operation Of Three Phase Induction Motors Starting, Speed Control And Braking Of Three Phase Induction Motors Special Induction And Polyphase Commutator Machines Single Phase Motors Special Electrical Machines Electronic Control Of Electric Motors Objective Type Questionsvolume Iii: Electronic Devices And Circuits Introductory Concepts Electron Dynamics Electron Emission Semiconductor Physics Junction Diodes Zeners And Other TwoTerminal Devices Rectifiers Bipolar Junction Transistors (Bjts) Field Effect Transistors Hybrid Parameters Transistor Biasing And Stabilization Single Stage Transistor Amplifiers Amplifier Frequency Response HighFrequency Transistor Multistage Amplifiers Large Signal Or Power Amplifiers Feedback In Amplifiers Tuned Amplifiers Differential Amplifiers Sinusoidal Oscillators Modulation And Demodulation Optoelectronic Devices Power Semiconductor Devices Wave Shaping Circuits Switching Circuits (Multivibrators) Integrated Circuits Operational Amplifiers Waveform Generators And Nonlinear Circuits The 555 Ic Timer Active Filters PhaseLocked Loops (Pll) Regulated And Switching Power Supplies Number Systems And Codes Logic Gates And Boolean Algebra Logic Circuits Digital Logic Families DigitalToAnalog And AnalogToDigital Converters Microcomputers And Microprocessors Electronic (Analog As Well As Digital) Instruments Cathode Ray Oscilloscope Objective Type Questions Appendicesvolume Iv: Electrical Power Electrical Power Plants Power Substations And Major Electrical Equipment In Power Stations Electrical Supply Systems Mechanical Design Of Overhead Lines Performance Of Transmission Lines Underground Cables Distribution Of Electrical Power Economic Considerations Industrial Utilization Electric Heating And Welding Illumination Engineering Electric Traction Objective Type Questions Index