[PDF] Syllabus Assistant Engineer Electrical Harbour Engineering Kerala PSC

Assistant Engineer Electrical Harbour Engineering Kerala PSC Syllabus : The Detailed Syllabus of Kerala PSC AE Electrical Harbour Engineering is given in this post.

Assistant Engineer Electrical Harbour Engineering Exam Details

Category No123/2023
Date of Examination22/07/2024 Monday
Date of Confirmation22.04.2024 to 11.05.2024
Admission Tickets available from08/07/2024
Mode of Exam & Total MarksONLINE / OMR 100 Marks
Medium of ExamENGLISH
Duration1 Hour 30 Minutes
No. of candidate11695

ASSISTANT ENGINEER (ELECTRICAL) (HARBOUR ENGINEERING) – DIRECT RECRUITMENT

AE Harbour Engineer Syllabus topics

  1. Electric Circuits โ€“ (10 marks)
  2. Magnetic Circuits- Absolute and relative permeability of a medium (10 marks)
  3. DC Generators – (10 marks)
  4. Digital Electronics – (10 marks)
  5. Power Systems – (10 marks)
  6. Control Systems- (10 marks)
  7. Power Electronics – (10 marks)
  8. Measurements and Instrumentation- (10 marks)
  9. Signals and Systems- (10 marks)
  10. Transducers– (10 marks)

Electric Circuits


Kirchoffโ€™s laws – maximum power transfer theorem. Star/delta transformation. Energy stored in a capacitor and inductor.

Analysis of coupled circuits โ€“ dot polarity convention โ€“ sinusoidal steady state analysis of coupled circuits.

Generation of alternating voltages and currents โ€“ rms value, average value, peak factor, form factor. AC through series R, L, C circuit โ€“ series resonance- resonant power โ€“ bandwidth. Resonance in parallel circuits.


Magnetic Circuits

Magnetic Circuits – Absolute and relative permeability of a medium Magnetic field strength- magnetic potential.

Relation between magnetism and electricity โ€“ Series and parallel magnetic circuits with composite materials.


Faradayโ€™s laws of electromagnetic induction- Lenzโ€™s law โ€“ statically and dynamically induced emf.

DC Generators


Constructional details, working principle โ€“ types of dc generators – emf equation โ€“ power stages โ€“ condition for maximum efficiency. DC motor โ€“ armature control and field control.

Single phase transformer โ€“ working principle, equivalent circuit, losses in a transformer, condition for maximum efficiency.

Three phase transformer โ€“ construction- difference between power transformer and distribution transformer.


Alternators- constructional details โ€“Synchronous motor โ€“ starting methods โ€“ synchronous condenser. Three phase induction motor โ€“ working principle, constructional details โ€“ slip, torque and current equations โ€“ torque- speed curve.

Digital Electronics


Number Systems and Codes: Binary, Octal and hexadecimal conversions- ASCII code, Excess -3 code, Gray code.

Combinational circuits – Adders – Full adder and half adder. Multiplexers- Demultiplexers. Flipflops โ€“ registers โ€“ counters. Digital โ€“ to – Analogue and Analogue-to-Digital conversion.

Microprocessors – Internal architecture of 8085 microprocessorโ€“Functional block diagram Instruction set –
Addressing modes – Classification of instructions – Status flags. Machine cycles and T states โ€“ Fetch and execute cycles- Timing diagram.

Power Systems


Line parameters -resistance- inductance and capacitance. Insulators โ€“string efficiency corona.

Circuit breakers – rating- SF6 circuit breaker. Relays โ€“ types. Per unit quantities- symmetrical components โ€“ symmetrical and unsymmetrical fault.

Power system stability – steady state, dynamic and transient stability-power angle curve.

Control Systems


Transfer function of LTI systems – block diagram reduction – Signal flow graph – Mason’s gain formula – Type and Order of the systems- Characteristic equation Time domain specifications of transient and steady state responses- Impulse and Step responses of first order and second order systems.

Static error coefficients of type 0,1,2 systems. Routh’s stability criterion. Frequency domain specifications. Polar plot and Bode plot – concepts of gain margin and phase margin- stability analysis.

Power Electronics


SCR- Structure, Static characteristics. Fully controlled and half controlled bridge rectifier with R, RL and RLE loads. Voltage Source Invertersโ€“ 1-phase half-bridge & full bridge inverter with R and RL loads โ€“ Pulse width modulation.

Single quadrant, Two quadrant and Four quadrant chopper. Operational Amplifiers – fundamental differential amplifier- Modes of operation. Properties of ideal and practical Op-amp –
gain, CMRR and slew rate.

Measurements and Instrumentation


Measurement standards โ€“ errors – Types of Errors. Classification of instruments, secondary instrumentsโ€“indicating, integrating and recording.

Ammeters and voltmeters โ€“ moving coil, moving iron. Measurement of power: Dynamometer type wattmeter โ€“Construction and working – 3- phase power measurement.

Measurement of energy – Single phase energy meter โ€“ construction and working. Digital Energy
meters –Time of Day(TOD) meters.

Oscilloscopes- principle of operation of general purpose CRO-basics of vertical and horizontal deflection system.

Signals and Systems


Classification of signals – Elementary signals- Basic operations on continuous time and discrete time signals. Concept of systems – Classification of systems- Properties of systems – Time invariance- Linearity -Causality โ€“ Memory – Stability.

Sampling process – Impulse train sampling – sampling theorem- Aliasing effect. Zero order and
First order hold circuits.

Transducers


General classification- LVDT– angular displacement transducers- hall effect transducers. Batteries โ€“ Primary cellsโ€“ secondary cells- battery ratings- grouping of cells.

Wiring โ€“ systems of wiring- rules for domestic wiring.

Earthing- types of earthing – rules for earthing.

Illumination โ€“ Laws of illumination. Electric lamps โ€“ different types.

Download AE Electrical Syllabus

DOWNLOAD AE SYLLABUS

Latest Posts

Leave a Comment

error: Content is protected !!