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 Rao
K Vasudevan
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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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