KSEB Sub Engineer PSC Exam Syllabus

I am preparing for the KSEB Sub Engineer PSC Exam and I need the syllabus of this exam for the preparation so please provide me its syllabus in the form of PDF file so that I can do my preparation of each topic according to its syllabus?

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The syllabus of Sub Engineer (Electrical) Post Examination for Kerala State Electricity Board conducted by KPSC (Kerala Public Service Commission) is as follows:


PART I: ELECTRICAL ENGINEERING

BASIC ELECTRICAL ENGINEERING

Electrical Circuits and Networks

Electric current, Voltage, Resistance- Definition and units, Laws of resistance- Sp: resistance Conductance and Conductivity, Effect of temperature on resistance- Temp. coefficient.

D. C. Circuits- Ohms law- series, parallel, series- parallel circuits.

Network theorems- Kirchoffs Law, Super position theorem, Thevenins theorem, Norton
theorem- Electric power and Energy in DC circuits, their units etc.

Heating effect of electric current- Joules law


Electrostatics Magnetism


Static electricity- Absolute and relative permittivity of a medium, Dielectric constant- Laws of electrostatics

Electric field, Field strength, Electrostatic Induction- Electric flux density- potential and
potential difference- potential of a charged sphere- Equipotential surfaces, Potential gradientBreakdown voltage and dielectric strength.

Capacitor and Capacitance- Capacitance of an isolated sphere, spherical capacitor and parallel plate capacitor, variable capacitors, capacitors in series and parallel, Energy stored in a capacitor.

Faradays Laws of Electrolysis, Electroplating, primary and secondary cells, comparison of lead acid and alkaline cells, Initial charging and commissioning of new batteries, Charging methods, Ampere hour, and Watt hour efficiencies, Galvanizing and Anodizing, Extraction of zinc and aluminium, field application of Electrolysis.


Absolute and relative permeability, Field strength magnetizing force, flux and flux density,
Relation between flux density and magnetizing force, B. H. curve, Methods of magnetization

Force on a current carrying conductor in a magnetic field- Magnetizing force of a long straight conductor, long solenoid.

Magnetic circuit- magnetomotive force, reluctance, Ampereturns, Permeanence, Reluctivity
Comparison of magnetic and electrical circuits- Faradays laws of electromagnetic inductiondirection of induced emf and current, statically and dynamically induced emf. Expression for dynamically and statically induced emf, self and mutual inductance, Coefficient of coupling, Energy stored in a magnetic field


Syllabus Sub Engineer (Electrical) Post for KSEB conducted by KPSC