Combined engineering services examination syllabus for electrical

My self Shubham, I am preparing for the Combined engineering services examination. so I am searching about the syllabus for electrical subject. so will you please give me the link from where I can download the syllabus for electrical subject of the Combined engineering services examination?

Can you provide me the syllabus of Paper-I - Electrical & Instrumentation Engineering – under Tamilnadu Public Service Commission’s Combined Engineering Services Exam?

[sumit]

The syllabus of Paper-I - Electrical & Instrumentation Engineering – under Tamilnadu Public Service Commission’s Combined Engineering Services Exam is as follows:

Electrical & Instrumentation Engineering

PAPER-I Code No: 042
1. FUNDAMENTALS OF ELECTRICAL ENGINEERING Dc And Ac Series And Parallel Circuits - Kirchhoffs Law - Network Graph - Matrix Representation - Solution Of Steady State, equations - transients in AC networks - Network theorems, super position, reciprocity, Thevenin and Norton's theorems, Maximum power transfer therorem, star delta transformation – frequency response of RL, RC, RIC series and parallel circuits - solutions of balanced and unbalanced 3 phase circuits.
2. ELECTRICAL MACHINES Constructional features of DC Machines, emf equation and characteristics of different types of DC generators - DC motor - torque equation - DC motor characteristics - starters of DC motors speed control of DC motors - testing of DC motors - alternators - different types - constructional features - emf equation - regulation of alternators by different methods - phaseor diagram - expression for power developed as a funtion of torque angle - synchronous motors - principle of operation - v and inverted v curves - starting methods - stepper motors - principle of operation - polyphase induction motors - principle of operation phasor diagram and equivalent circuit - starting and speed control - single phase ixluction motor - principle of operation and applications - transformers - principle of operation and construction of types different of single phase and three phase transformers - regulation, efficiency and all day efficiency.
3. CONTROL SYSTEMS Open loop and closed loop systems - mathematical modelling of physical systems - electrical, mechanical, electro mechanical, hydraulic, pneumatic and thermal systems - transfer function and state space modelling of these systems - block diagram representation and signal flow graph - electrical analog - time response of simple system for implulse, step and ramp type of inputs - solution of state equations - STM - time domain specifications – frequency domain analysius - polar, inverse polar, bode - constant M and N circles and Nichols chart frequency domain specifications - Routh-Hurwitz stability criterion - Nyquist stability criterion - construction of root locus - determination of closed loop poles - transient response and stability from root locus
4. GENERATION TRANSMISSION AND DISTRIBUTION Sources of energy - power plants - hydroelectric - nuclear - thermal - layout - storage schemes - turbines - hydroelectric and steam - interconnected systems - cost evaluation - nuclear reactors - fuel materials - coolant - comparison and detection of different types of power plants - transmission lines - performance - short and medium - corona - insulators - transmission towers - underground cables - distrubution - feeders - distributors and service main - comparison of distribution system – radial and ring distributors - calculation of voltages and distributors with concentrated and distributed loads.
5. PROTECTION AND SWITCH GEARS Circuit breakers - Arc in oil - Arc interruption - theories - current chopping - oil circuit breakers - air blast circuit breakers - vacum circuit breakers - sulphur hexaflouride - circuit breakers - testing of circuit breakers - protective relays – functional charactoristics of protective relays - operating principles of relays - overcurrent relays - directional over current relays - the universal relay - torque equation - differntial relays – feeder protection - distance protection - generator protection - protection of transformers – carrier current protection - comparators - static relays - fuses and H.R.C.fuses for relays (the emphasis must be on solid state devices).
6. BASIC ELECTRONICS Semiconductor diodes - zener diodes - transistors - FET's power diodes - thyristors - photocell - photodiodes - power diodes - photo transistors,L.D.R.and applications - rectifiers and voltage regulators - amplifiers - classification of amplifiers – power amplifiers - wide b and amplifiers - oscillators - operational amplifiers - application of operational amplifiers - Indusstrial timers - voltage regulators - Instruementation amplifiers - A to D and D to A converteros - PLL - active filters.
7. DIGITAL TECHNIQUES Number systems used in Digital electronics -weighted binary codes - non weighted codes - crror detection and correction,alpha numeric codes,BCD- development of Boolean algebra - truth fuctions - reading boolean expression - Boolean expansions and logic diagrams - Minterms - tables and maps - solving digital probleme - Map reduction techniques - sum of products from hybrid function - multiple out put minimizations - tabular minimisations - sequential logic - flip/flops - digtal counter - ripple counter - logic gates - mutliplexers, demultiplexers and decoders , code converters - arithmetic funcrioons - shift registers – semi conductor memory elements - PLA.
8. NETWORK ANALYSIS One port and two port networks - driving point impedance and admittance of one port network - open circuit impedance and short circuit admittance of two port network - transfer impedance and admittance - A,B,C,D parameters - impedence matching - filters - character istic of ideal filters - low pase and High pass filters - attenuation and phase shift - bandpass filter - elements of network synthesis - realiability of one port, Hurwitz polynomical positive real function - necessary and sufficient conditions for positive real function - testing a positive real function proporties - synthesis of RL RC and LC driving point impedances.
9. ELECTRICAL MEASUREMENTS Measurement of voltage and current - permanent magnet moving coil and moving ion meters - dynamometer type - thermocouple and rectifier type instrument of power and energy - dynamometer type wattmeter and induction type energy meter - single phase and three phase - testing and calibration of energy meter - power factor meter - magnetic measurement - ballistic galvanometer and fluxmeter - BH curve – permeability measurement - current and voltage transformers - use of instrument transformers with wattmeters - KVA and KVAR metrts - maximum demand indicators - Megger.
10. ELECTRONIC MEASUREMENTS BJT, FET and MOSFET voltmerters - solid state multimeter - DMM - audio and Radio frequency signal generators - AM signal generator - function generator - wave anlyzer - spectrum analyser - frequency measurement - measurement of period and time - phase angle measurement - bridge type of measurements - recording instruments – display instruments - general purpose oscilloscope - multitrace display - digital storage – sampling oscilloscope - sychroscope.

PAPER -II
1. MEASUREMENT SCIENCE Static characteristics of measuring instruments - accuracy, precision snesitivity, non-linerarity, hysteresis - dynamic characteristics - I order and II order instruments - Standards andcalibration - errors and error analysis.
2. TRANSDUCERS Variable resistance transducers - potentiometer, strain gauge RTD, thermistor, hygrometer - Variable inductance transducers - LVDT - variable relectance accelerometer - variable capacitance tranaducers for differential pressure, sound and thickness measurement - piezoelectric transducer - smart tranaducors.
3. MECHANICAL MEASUREMENTS Characteristics of instruments for measurement of displacement, velocity, acceleration, force, torque and vibration.
4. INDUSTRIAL INSTRUMENTS Temperature measurement - thermocouples, cold-junction compensation for thermocouple, radiation and optical pyrometers - pressure measurements - bourdon gauge, bellows, diaphragme, differential pressure transmitter, vacum gauges, melead gauge, prani gauge - flow measurement - office meter, venturimeter, electromagnetic flow meter, ultrasonic flow meter, rotameter positive displacement meters, mass flow meters.
5. ANALYTICAL INSTRUMENTS Measurement of PH, viscosity and density - Gas chromatography - UV and IR spectrophotometers, single beam and dual beam spectrophotometers.
6. PROCESS CONTROL Basic control actions - on - off, P, I , D, P + I , P + D and p + I + D control actions - electronic and pneumatic controllers - feed forward control, ratio control and cascade control - control valves - computer control of process - z transforms.
7. BIO MEDICAL INSTRUMENTS Measurement of biological signals - ECG,EEG, EMG – blood pressure and blood flow measurements - defibrillators - pace maker.
8. TELEMETRY Wired telemetry - Radio telemetry - analog modulation - time division multiplexing and frequency division multiplexing - PAM and FM transmitters - digital modalation – PCM transmitters - Demultiplexing - receivers - fibre optic transmitters and receivers.
9. MICRO PROCESSORS AND MICRO CONTROLLERS 8 bit microprocessors - 8085 and z80 - Architecture, programming and interface devices - 16 bit microprocessor 8088 – Micro controllers, 8031 and 8051 Microprocessor based instruments.
10. LOGIC AND DISTRIBUTED CONTROL Direct digital control - supervisory control - SCADA - programmable logic control - I/o module, PLC programming, ladder diagram - distributed control system - configuration, operator station, displays, communication in DCS ,protocols, field bus.