Principles of Electrical Engineering and Electronics
Mehta, V K
Principles of Electrical Engineering and Electronics - New Delhi S Chand 2016 - 946p.
• Fundamentals of Current Electricity • D.C. Circuits • D.C. Network Theorems • Units—Work, Power and Energy • Electrostatics • Capacitance • Magnetism and Electromagnetism • Magnetic Circuits • Electromagnetic Induction • D.C. Generators • D.C. Generator Characteristics • D.C. Motors • Speed Control of D.C. Motors • Chemical Effects of Electric Current • A.C. Fundamentals • Series A.C. Circuits • Phasor Algebra • Parallel A.C. Circuits • Three-Phase Circuits • Transformers • Three Phase Induction Motors • Single-Phase Motors • Alternators • Synchronous Motors • Electrical Instruments and Electrical Measurements • Atomic Structure • Semiconductor Physics • Semiconductor Diode • Transistors • Transistor Amplifiers • Sinusoidal Oscillators • Field Effect Transistors • Power Electronics • Vacuum Tubes And Gas-Filled Tubes
9788121927291
621.3 MEH-P
Principles of Electrical Engineering and Electronics - New Delhi S Chand 2016 - 946p.
• Fundamentals of Current Electricity • D.C. Circuits • D.C. Network Theorems • Units—Work, Power and Energy • Electrostatics • Capacitance • Magnetism and Electromagnetism • Magnetic Circuits • Electromagnetic Induction • D.C. Generators • D.C. Generator Characteristics • D.C. Motors • Speed Control of D.C. Motors • Chemical Effects of Electric Current • A.C. Fundamentals • Series A.C. Circuits • Phasor Algebra • Parallel A.C. Circuits • Three-Phase Circuits • Transformers • Three Phase Induction Motors • Single-Phase Motors • Alternators • Synchronous Motors • Electrical Instruments and Electrical Measurements • Atomic Structure • Semiconductor Physics • Semiconductor Diode • Transistors • Transistor Amplifiers • Sinusoidal Oscillators • Field Effect Transistors • Power Electronics • Vacuum Tubes And Gas-Filled Tubes
9788121927291
621.3 MEH-P