Saturday, May 26, 2018

UGC NET JRF Assistant Professor Paper II Electronic Science Syllabus

# Source (Internet): krishnacentralacademy.

www.matterhere.com - Nareddula Rajeev Reddy (NRR)
PravySoft
Syllabus:

1. ANALOG ELECTRONICS:

i. Operational Amplifier (Basics, Integrator, Differentiator, Summer, Logarithmic Amplifier)

ii. Diode Circuits (Rectifiers, Filters, Clipper and Clamper)

iii. Transistor (Basics, Stability, Biasing techniques, H Parameter)

iv. Multistage Amplifier and Cascaded amplifier

v. Feedback Amplifiers

vi.  Oscillators

  vii.  Power Amplifie

2.  DIGITAL ELECTRONICS:

  i.  Logic gates

  ii.  Combinational circuits (MUX, DEMUX, ENCODER, DECODER, Adder, Subtractor)

  iii.  Sequential circuits ( Flip-Flop, register, counter)

  iv.  ADC / DAC

  v.  Logic family

  vi.  Number system and codes

3.  COMMUNICATION SYSTEM:

  i.  Amplitude Modulation: DSBFC, DSBSC, SSBSC, VSB)

  ii.  Angle Modulation: Frequency Modulation and Phase Modulation

  iii.  FDM, TDM

  iv.  Sampling Theorem

  v.  PCM, DPCM, DM, ADM

  vi.  ASK, PSK, FSK

  vii.  Information Theory

  viii.  Random Variable

4.  NETWORK THEORY:

  i.  Basics (KVL, KCL, Mesh analysis, Nodal analysis)

  ii.  AC circuits (RMS value, Average value, Resonance)

  iii.  Network Theorems (Superposition, Thevenin, Norton etc)

  iv.  Two port network

  v.  Graph theory

  vi.  Transient

5.  CONTROL SYSTEM:

  i.  Block diagram reduction

  ii.  Signal flow graph

  iii.  Time response analysis

  iv.  Routh Hurwitz Criteria

  v.  Root Locus Technique

  vi.  Frequency Domain Analysis

  vii.  Polar Plot

  viii.  Nyquist Plot

  ix.  Bode Plot

  x.  State Space Model

6.  ELECTRONIC DEVICES AND CIRCUIT (EDC):

  i.  Basics about semiconductor

  ii.  Semiconductor Diode

  iii.  Power Switching Devices (SCR, DIAC, TRIAC etc)

  iv.  BJT

  v.  FET

  vi.  IC Fabrication

7.  SIGNAL AND SYSTEM:

  i.  Classification of Signals and Systems

  ii.  LTI System

  iii.  Fourier Series (CTFS, DTFS)

  iv.  Fourier Transform (CTFT, DTFT)

  v.  Laplace Transform

  vi.  Z Transform

  vii.  DFT

8.  ELECTROMAGNETIC THEORY

  i.  Electrostatics

  ii.  Magnetostatics

  iii.  EM wave

  iv.  Transmission Line

  v.  Waveguide

  vi.  Antenna

9.  MICROPROCESSOR

  i.  Introduction of 8085

  ii.  Programming of 8085

  iii.  Interrupts

  iv.  Interfacing

  v.  Addressing modes

  vi.  Basics of 8086, 8253/54, 8257 etc

10.  MICROWAVE

  i.  Basics

  ii.  Microwave generation and amplification

  iii.  O-type tubes, M-type tubes

  iv.  Solid state microwave devices

  v.  Read diode, TRAPATT, IMPATT, Gun diode etc

  vi.  Measurements

11.  C PROGRAMMING

  i.  Basics

  ii.  Sample Programs


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