Web Course: Basic Electrical Technology - IITKGP Prof. G.D. Roy Prof. N.K. De Prof. T.K. Bhattacharya Electrical Machines - IITM Prof. Sasidhara Rao Sridhara RaoK Vasudevan Download PDF

Electrical Engineering

 Module Topics Electromagnetic Biot-Savart law: M6 L21 Kirchoff's laws:M2 L3 Faraday's laws of electromagnetic induction: M3 L10 Magnetic energy stored in an induction AC circuit (R-L-C): M3 L10 Magnetic energy stored in an induction AC circuit (R-L-C): M3 L11 Composite magnetic circuits: M3 L11 Star-Delta connections: M2 L6 Thevenin theorem: M2 L8 Norton's theorem: M2 L8 Loop/ mesh method of analysis: M2 L4 DC Machines DC Generator: M9 L35 DC Generator: M9 L36 Magnetisation curve characteristics of DC Generators: M9 L38 Critical resistance: M9 L38 EMF equation: M9 L37 Causes of failure to build up voltage: M9 L38 Applications: M9 L36 Principle of DC motor: M9 L39 Types: M9 L39 Motor characteristics: M9 L39 Speed control applications of DC motors: M9 L39 AC Machines General theory of Induction motors: M8 L29 General theory of Induction motors: M8 L30 Equivalent circuit characteristics and applications of Induction motor: M8 L31 Theory of Synchronous Machines: M- Synchronous Machines, L-Introduction EMF equation of Synchronous Alternator: M- Synchronous Machines, L- Introduction Winding factors: M- Synchronous Machines, L-Synchronous Machine Armature Windings Synchronous motors: M- Synchronous Machines, L-Synchronous Motors Modern Measurement Systems Analogue meters for voltage: M10 L42 Analogue meters for voltage: M10 L43 Current: M10 L42 Current: M10 L43 Power: M10 L43 Energy: M10 L44 Generation, Transmission and Distribution Different types of generating stations: M1 L2 Choice of voltage for transmission and distribution: M1 L2 Characteristics of overhead lines and cable: M1 L2 Different types of faults: M1 L2

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