#1
31st August 2014, 02:55 PM
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Syllabus of Management Trainee exam of Coal India Limited of Electrical Engineering
Will you please share with me the syllabus of Engineer India Limited Management Trainee Exam of Electrical Engineering?
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#2
21st February 2015, 04:31 PM
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Re: Syllabus of Management Trainee exam of Coal India Limited of Electrical Engineeri
Hello friend as you want the Syllabus of Management Trainee exam of Coal India Limited of Electrical Engineering so here I am providing you the same… Syllabus for Management Trainee Entrance Exam (Electrical Engineering) in CIL Electric Circuits and Fields Two-port networks Transient response of DC and AC networks Three phase circuits Thevenin’s, Norton’s and Superposition and Maximum Power Transfer theorems Spherical charge distributions Sinusoidal steady-state analysis, resonance Point Plane Node and mesh analysis Network graph Line Inductance Ideal current and voltage sources Gauss Theorem Electric field and potential due to Basic filter concepts Dielectrics Capacitance Ampere and Biot-Savart’s laws Signals and Systems Continuous and discrete-time signals Fourier series representation of continuous periodic signals Fourier transforms Laplace transforms Sampling theorem Shifting and scaling operations Z transforms Electrical Machines Armature reaction and commutation Autotransformer DC machines Energy conversion principles Generator characteristics Performance characteristics Principles Servo and stepper motors Single-phase induction motors Single-phase transformer Starting and speed control of motors Synchronous machines Three phase induction motors Three phase transformers Types Windings Power Systems Basic power generation concepts Bus impedance and admittance matrices Circuit breakers Distribution systems Economic operation Fault analysis Load flow Per-unit quantities Power factor correction Principles of over-current Radio interference Symmetrical components System stability concepts Transmission line models and performance Voltage control Control Systems Bode plots Principles of feedback Routh and Niquist techniques State space model State transition matrix Steady-state errors Transfer function Analog and Digital Electronics 8-bit microprocessor A/D and D/A converters Characteristics of diodes Combinational and sequential circuits Multiplexer Multi-vibrators Operational amplifiers Oscillators and feedback amplifiers Sample and hold circuits Schmitt trigger Simple active filters VCOs and timers Electrical and Electronic Measurements Q-meters Bridges Induction type instruments Instrument transformers Oscilloscopes Error analysis Phase, time and frequency measurement PMMC Digital voltmeters and multi-meters Potentiometer |