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1st August 2014, 10:49 AM
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Join Date: Apr 2013
Re: Details BSNL JTO Exam

Here I am giving you information about required Educational qualification for junior telecom officer examination of Bharat Sanchar Nigam Limited

Bharat Sanchar Nigam Limited JTO exam details :
Eligibility Criteria:
You must have passed graduation in Engineering or Technology from a well recognized university .

Students must have learned any one of the following disciplines:
Computer
Electrical
Electronics
Information Technology
Radio
Telecommunication

Age Qualification for BSNL - JTO Entrance Exam:
Applicants of the JTOs (Telecom) exam must not be less than 21 years when they submit the admission form. The upper age limit is 30 years. But this is relaxable in some cases. They are:

Government servants – up to 5 years
BSNL employees – up to 5 years
Applicants of the SC and ST tribes – up to 5 years
Applicants of the OBC category – up to 3 years
Applicants of the PH General Category – up to 10 years [SC/ST: 15 years and OBC: 13 years
Residents of J&K

Syllabus of BSNL JTO entrance exam:
Materials and Components
Electronic Engineering materials
Capacitors
Ceramic materials
Ceramic resonators
Conductors
Electromechanical components
Ferroelectric material
Inductors
Insulators
Magnetic material
Optical materials
Passive components
Piezoelectric materials
Resistors
Semiconductors
Superconducting materials

Physical Electronics, Electron Devices and Integrated Circuits
Bipolar Junction Transistor
Carrier Statistics
Electrons and Holes concept
Hall Effect
Junction theory
Power switching devices
Semiconductors
Types of diodes
Types of IC’s like bipolar, MOS and CMOS

Electromagnetic Theory
Basics of antenna theory
Transmission lines
Waveguides and resonators

Electronic Measurements and Instrumentation
Electronic measurements of non-electrical quantities
Electronic measuring instruments
Error analysis
Measurement standards
Measurements of basic electrical quantities
Transducers
Working principles of measuring instrument

Network Theory
Elements of network synthesis
Network analysis techniques
Network theorem
Transient and steady state sinusoidal response
Transmission criteria

Power Electronics
AC regulators
AC to DC convertors
Inverters
Power Semiconductor devices
Pulse width modulation
Single-phase and 3-phase Invertors
Sinusoidal modulation
Switched capacitor networks
Transistor

Syllabus for Section II

Digital Electronic Circuits
Boolean algebra
Boolean functions
Combinational logic circuits
De-multiplexer
Digital Comparator
Flip-flops
Full adder
Half adder
IC logic families
IC Logic gates
Karnaugh Map
Multiplexer
Semiconductor memories
Transistor
Types of counters and registers
Waveform generators

Analog Electronic Circuits
Feedback amplifiers
Frequency response
Operational Amplifier
Oscillators
Power amplifiers
Pulse shaping circuits
Rectifiers
Small Signal analysis
Transistor biasing
Tuned amplifiers

Control Systems
Compensators
Design of Control Systems
Frequency response analysis
Gain and phase margins
Industrial controllers
Root locus techniques
Transient and steady state response

Communication Systems
Frequency division multiplexing
Optical Communication
Propagation of signals
Quantization & Coding
Sampling
Data reconstruction
Satellite communication
Time division Multiplexing

Microwave Engineering
Microwave antennas
Microwave Communication
Microwave generation and amplifiers
Microwave Measurements
Microwave Propagation
Microwave Tubes
Solid state devices
Waveguides

Computer Engineering
Control unit design
Data representation
Computer architecture processor design
Data structures
I/O System Organization
Memory organization
Number Systems
Personal computers
Programming

Microprocessors
Applications of Microprocessors in Telecommunications
Assembly language programming
Instruction set
Interfacing for memory and I/O
Microprocessor architecture

Syllabus for Section III
English Language
Current affairs
Current events and developments in Telecommunication Sector


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