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[QUOTE=ijt.Ranjani;315637][B][U]Organisation [/U][/B]: National Institute of Amateur Radio
[B][U]Announcement [/U][/B]: Syllabus
[B][U]Designation [/U][/B]: Amateur Station Operator

[B][U]Download Syllabus Here [/U][/B]: [URL]http://www.indianjobtalks.com/uploads/75982-AmateurRadio.pdf[/URL]
[B][U]Home Page [/U][/B]: [URL]http://www.niar.org/index.html[/URL]

[B][U]Amateur Station Operator Syllabus [/U][/B]:
[b][u]PART 1 - Written Test [/u][/b]:
[b][u]It shall comprise of one paper containing two sections as under[/u][/b]:
[b][u]Section A[/u][/b]: Radio Theory and Practice
Note - Applicants holding degree in Engineering/Science or Diploma in Engineering and having studied electronics or telecommunications shall be exempted from appearing in Section A of Part-I of the test.

[b][u]Section B[/u][/b]: National and international Telecommunication Union (ITU) Radio Regulations applicable to the operation of amateur station and those relating to the working of station generally.
PART II - Morse (Only for General Certificate) Morse reception and sending (8 wpm)

[b][u]2. Detailed syllabus[/u][/b]:
2.1 Amateur Station Operator’s Licence (Restricted) Examination

[B]Part I - Written Test[/B]
[B][U]Section A [/U][/B]: Radio Theory and Practice
[B]
(i) Elementary Electricity and Magnetism[/B] :
1. Elementary theory of electricity- Passive Devices (Resistors; Inductors, Transformers, Capacitors) and Active Devices (Diodes; Transistors).
2. Kirchoff’s current and voltage laws- Simple applications of the law.
3. Conductors and Insulators — Properties; units of circuit elements, Ohm’s Law.
4. Conductance — Definition of self and mutual inductance;
5. Power and energy- Definition, Units and simple applications.
6. Permanent magnets and electromagnets — Definition, properties and their use

[B](ii) Elementary Theory of Alternating Currents [/B]:
1. Sinusoidal alternating quantities - Definition of peak, instantaneous, R.M.S., average values and its simple application.
2. Phase, reactance, impedance, power factor- Definition, units and simple • applications.
3. Parallel and Series Circuits series and parallel circuits containing resistance, inductance, capacitance; resonance in series and parallel circuits, coupled circuits.
4. Rectifiers, voltage regulation and smoothing circuits - Their basic knowledge and simple application.

[B](iii) Elementary theory of Semiconductor Devices [/B]:
Diodes and transistors- Properties use of these devices for construction of amplifiers, oscillators, detectors and frequency changers.

[B](iv) Radio Receivers [/B]:
1. Principles and operation of T.R.F. and super heterodyne receivers.
2. CW reception.
3. Receiver characteristics-sensitivity, selectivity, fidelity, adjacent channel and image interference, A.V.C. and squelch/circuits signal to noise ratio.

[B](v) Transmitter [/B]:
1. Principles and operation of low power transmitter, crystal oscillators, stability of oscillators.
2. Basic knowledge about construction of Semiconductor based transmitters.

[B](vi) Radio Wave Propagation [/B]:
1. Basic knowledge of Electromagnetic Spectrum.
2. Wave length, frequency, frequency bands.
3. Nature and propagations of radio waves, ground and sky waves, space waves, skip distance, skip zone and fading.

[B](vii) Aerials [/B]: Common types of transmitting and receiving aerials.
[B](viii) Frequency Measurement [/B]: Measurement of frequency and use of simple frequency meters.[/QUOTE]

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