Textbook of Electrical Technology

• Electric Current and Ohm's Law • DC Network Theorems • Work, Power and Energy • Electrostatics • Capacitance • Magnetism and Electromagnetism • Electromagnetic Induction • Magnetic Hysteresis • Electrochemical Power Sources • Electrical Instruments and Measurements • A.C. Fundamentals • Complex Numbers • Series A.C. Circuits • Parallel A.C. Circuits • A.C. Network Analysis • A.C. Bridges • A.C. Filter Networks • Circle Diagrams • Polyphase Circuits • Harmonics • Fourier Series • Transients • Symmetrical Components • Introduction to Electrical Energy Generation • Elements of Electro-Mechanical Energy Conversion • D.C. Generators • Armature Reaction and Commutation • Generator Characteristics • D.C. Motor • Speed Control of D.C. Motors • Testing of D.C. Machines • Transformer • Transformer: Three Phase • Induction Motor • Computation and Circle Diagrams • Single-Phase Motors • Alternators • Synchronous Motor • Special Machines • D.C. Transmission and Distribution • A.C. Transmission and Distribution • Distribution Automation • Electric Traction • Industrial Applications of Electric Motors • Rating and Service Capacity • Electronic Control of AC Motors • Electric Heating • Electric Welding • Illumination • Tariffs and Economic Considerations • Semiconductor Physics • P-N Junction Diode • Optoelectronic Devices • Special Diodes • D.C. Power Supplies • Regulated Power Supply • Bipolar Junction Transistor • Load Lines and DC Biased Circuits • Transistor Equivalent Circuit and Models • Single-Stage Transistor Amplifiers • Multistage and Feedback Amplifiers • Feedback Amplifier • Field Effect Transistors • Breakdown Devices • Sinusoidal and Non-Sinusoidal Oscillators • Modulation and Demodulation • Integrated Circuits • OP-AMP and its Applications • Number Systems and Codes • Logic Gates • Boolean Algebra & Logic Families • Flip-Flops and Related Devices • Electronic Instruments