Engineering Books

Harmonic in Utility power supply due to rectifier, Multi-pulse rectifier, Active PWM filter, PWM rectifier, Diode Rectifiers, Single Phase Full Wave diode rectifiers, Full wave diode bridge rectifiers, Thyristor Bridge Full Controlled Rectifiers

Dynamic Cherristics of Instruments and Measurement Systems, Galvanometers, Analog Ammeters, Voltmeteres and Ohmmeters, Instrument Transformers, Measurement of Power and Wattmeters, Measurement of Energy and Industrial Metering, Measurement of Phase and Frequency, A.C Bridges

Introduction | Fundamental Principles | Transformers | Construction of Transformers | Operation of Transformers | Testing of Transformers | Design of Transformers | Electromagnetic Machines ...

1. Basic Circuit Elements and Waveforms | 2. Mesh and Node Analysis | 3. Graph Theory and Network Equation | 4. Fourier Series | 5. The Laplace Transform | 6. Application Laplace Transform | 7. Network Theorems | 8. Resonance | 9. Analogous System ....

1. Algebra, Vectors and Geometry, 2. Calculus, 3. Series, 4. Differential Equations, 5. Complex Analysis, 6. Transforms, 7. Numerical Techniques ...

1. Introduction of Control System | 2. Mathematical Model of Control System | 3. Physical Systems | 4. Time Domain Analysis and Frequency Response | 5. Stability | 6. Routh's Stability Criterion | 7. Nyquist Stability Criterion | 8. Bode Plots | 9. State Space Analysis | 10. Root Locus ..........

1. Fundamentals of Power Systems | 2. Line Constant Calculations | 3. Capacitance of Transmission Lines | 4. Performance of Lines | 5. High Voltage D.C. Transmission | 6. Corona | 7. Mechanical Design of Transmission Lines | 8. Overhead Line Insulators | 9. Insulated Cables ....

Power electronics integrates the use of three areas of specialization in engineering, namely, Electronics, Power, and Control. It deals with the use of electronic for the conversion and control of ...

1. Fundamentals of Mechanics | 2. Elements of Vector Algebra | 3. Important Vector Quantities | 4. Equivalent Force Systems | 5. Equations of Equilibrium | 6. Introduction to Structural Mechanics