Radio operator/Radio Technician Exam Syllabus
1) Electronics Components, Devices and Circuits:
Conducting Materials, Magnetic Materials, Insulating Materials, Semiconductors,
Electronics Components, Semiconductor physics and diodes, Diode applications and
other terminal devices, Transistor, Transistor amplifier, Transistor biasing circuits and
thermal stability, Frequency response of small signal transistor amplifier, Hybrid
parameter, Regulated Power Supply, Feedback in transistor amplifiers and oscillators,
transistor power amplifier, pulse circuits, field-effect transistor, linear integrated circuits
2) Digital Electronics & VLSI:
Binary number systems, logic gates and logic families, Boolean algebra, combinational
circuits, flip-flops, counters & registers, memory, PLA, A to D and D to A conversion,
Introduction to VLSI Design, MOS Transistor and Inverters, Combinational &
Sequential MOS Circuits, FPGA, Introduction to VHDL
3) Electronics Networks-Lines & Computer Networks:
Network Theorems, Resonance & Couples Circuits, Attenuator, Equalizers, Filters,
Transmission line theory, Hardware Structure for Networks, Reference Models, LAN
Technologies, TCP/IP and Internet, Introduction to High Speed Networking
Technologies, Internet Applications
4) Communication Engineering:
Introduction to Communication systems, AM, FM, PM, AM Radio Receiver, FM
Receiver, Antenna wave propagation, SSB techniques, SSB receivers, communication
receiver, pulse & digital modulation, source coding & multiplexing, data
communication
5) Communication Applications: Microwave Engineering:
Microwave propagation & components, mw tube oscillators and amplifiers,
semiconductor microwave devices, microwave measurements, RADAR systems,
satellite communication systems.
Fibre Optics Engineering: Principles of optical ray transmission, optical fibres
and cables, Optical sources, detectors and components, optical communication systems
and fibre optic measurementsPage 5 of 5
Mobile Communication: Cellular telephone concepts, GSM, CDMA, Mobile Handset
and Introduction to Advance Concepts
Telecom Techniques: Introduction, Electronic Space Division switching, speech
Digitization and Coding, Time Division switching, Traffic Engineering, Telephone
networks, Data networks, Integrated Services Digital Networks (ISDN)
6) Microprocessors & Microcontrollers:
Microprocessor Architecture & Microprocessor system, 8085 instruction and timing,
8085 Instruction Set, Programming techniques, Advance Microprocessor, Main
memory system. Evolution of Microcontrollers and Introduction to Microcontrollers,
Introduction to Assembly Language Programming (8051), Advance Programming
Techniques, External peripheral devices and advance RISC machines.
7) Other Engineering: Industrial Engineering:
Control systems, Thyristors, Poly phase rectifiers, Solid state control of AC & DC
motors, timers & Automatic controllers, RF heating and resistance welding, Biomedical electronics, Programmable Logic Controllers
Instruments & Measurements: Introduction, Bridges, Basic Parameter Measurements,
Oscilloscopes, Signal Generators, Frequency Counters, Transducers, Component
Testers and Analyzers
Television Engineering: Essential of Television system, TV Optics and Video Signal,
Color theory and color signal processing, TV signal modulation and TV systems, PALD Color Receiver, receiver servicing and Alignment, Advance topics in TV technology.
Source: http://rupeerains.com/exam/radio-operatorradio-technician-exam-syllabus.html
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