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GATE Study Package for Electronics and Communication

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PUBLISHED FOR GATE 2018

Edition 8th
Authors R K Kanodia & Ashish Murolia
Publisher NODIA
Pages -
Binding Paper Back
Language English

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SALIENT FEATURES

  • Brief Theory

  • Problem Solving Methodology

  • Fundamental Concepts & Formulae Review

  • Vast Question book with Full Solutions

  • Multiple Choice Questions, Memory Based Questions and Numerical Types Questions

  • Full width coverage of GATE Syllabus

  • Well explained and error free solutions


TABLE OF CONTENTS

Vol 1: General Aptitude
Vol 2: Engineering Mathematics
Vol 3: Network Analysis
Vol 4: Electronics Devices
Vol 5: Analog Circuits
Vol 6: Digital Electronics
Vol 7: Signals & Systems
Vol 8: Control Systems
Vol 9: Communication Systems
Vol 10: Electromagnetics

GENERAL APTITUDE

UNIT-1 ENGLISH GRAMMAR

CHAPTER 1- NOUN

CHAPTER 2- PRONOUN

CHAPTER 3- VERB

CHAPTER 4- ADVERB

CHAPTER 5- ADJECTIVE

CHAPTER 6- PREPOSITION

CHAPTER 7- CONJUNCTION

CHAPTER 8- ARTICLE

CHAPTER 9- VOICE

CHAPTER 10- NARRATION

UNIT-2 VERBAL ABILITY

CHAPTER 1- CRITICAL REASONING AND VERBAL DEDUCTION

CHAPTER 2- SYLLOGISM

CHAPTER 3- READING COMPREHENSION

CHAPTER 4- REARRANGEMENT OF JUMBLED PHRASES

CHAPTER 5- REARRANGEMENT OF JUMBLED SENTENCES

CHAPTER 6- SPOTTING THE ERRORS

CHAPTER 7- SENTENCE COMPLETION

CHAPTER 8- SENTENCE IMPROVEMENT

CHAPTER 9- SPELLING

CHAPTER 10- SYNONYMS

CHAPTER 11- ANTONYM

CHAPTER 12- ODD WORD OUT

CHAPTER 13- ONE WORD FOR MANY

CHAPTER 14- VERBAL ANALOGIES

UNIT-3 NUMERICAL ABILITY

CHAPTER 1- NUMBER SYSTEM

CHAPTER 2- NUMBER SERIES

CHAPTER 3- LCM AND HCF

CHAPTER 4- PERCENTAGE

CHAPTER 5- AVERAGE

CHAPTER 6- POWER AND ROOTS

CHAPTER 7- INDICES AND SURDS

CHAPTER 8- RATIO & PROPORTION

CHAPTER 9- MIXTURE AND ALLEGATION

CHAPTER 10- PROFIT LOSS AND DISCOUNT

CHAPTER 11- INTEREST

CHAPTER 12- AGE

CHAPTER 13- CLOCK & CALENDER

CHAPTER 14- TIME AND WORK

CHAPTER 15- TIME AND DISTANCE

CHAPTER 16- TRAIN & BOAT

CHAPTER 17- PIPE AND CISTERNS

CHAPTER 18- HEIGHT, DISTANCE & DIRECTION

CHAPTER 19- AREAS & VOLUMES

CHAPTER 20- ALGEBRA

CHAPTER 21- COORDINATE GEOMETRY

CHAPTER 22- PERMUTATION & COMBINATION

CHAPTER 23- PROBABILITY

CHAPTER 24- DATA INTERPRETATION

ENGINEERING MATHEMATICS

CHAPTER 1- MATRIX ALGEBRA

CHAPTER 2- SYSTEMS OF LINEAR EQUATIONS

CHAPTER 3- EIGENVALUES AND EIGENVECTORS

CHAPTER 4- LIMIT, CONTINUITY AND DIFFERENTIABILITY

CHAPTER 5- MAXIMA AND MINIMA

CHAPTER 6- MEAN VALUE THEOREM

CHAPTER 7- PARTIAL DERIVATIVES

CHAPTER 8- DEFINITE INTEGRAL

CHAPTER 9- DIRECTIONAL DERIVATIVES

CHAPTER 10- FIRST ORDER DIFFERENTIAL EQUATIONS

CHAPTER 11- HIGHER ORDER DIFFERENTIAL EQUATIONS

CHAPTER 12- INITIAL AND BOUNDARY VALUE PROBLEMS

CHAPTER 13- PARTIAL DIFFERENTIAL EQUATION

CHAPTER 14- ANALYTIC FUNCTIONS

CHAPTER 15- CAUCHY’S INTEGRAL THEOREM

CHAPTER 16- TAYLOR’S AND LAURENT’ SERIES

CHAPTER 17- PROBABILITY

CHAPTER 18- RANDOM VARIABLE

CHAPTER 19- STATISTICS

CHAPTER 20- CORRELATION AND REGRESSION ANALYSIS

CHAPTER 21- SOLUTIONS OF NON-LINEAR ALGEBRAIC EQUATIONS

CHAPTER 22- INTEGRATION BY TRAPEZOIDAL AND SIMPSON’S RULE

CHAPTER 23- SINGLE AND MULTI STEP METHODS FOR DIFFERENTIAL EQUATIONS

NETWORKS

CHAPTER 1- BASIC CONCEPTS

CHAPTER 2- BASIC LAWS

CHAPTER 3- GRAPH THEORY

CHAPTER 4- NODAL AND LOOP ANALYSIS

CHAPTER 5- CIRCUIT THEOREMS

CHAPTER 6- INDUCTOR AND CAPACITOR

CHAPTER 7- FIRST ORDER RL AND RC CIRCUITS

CHAPTER 8- SECOND ORDER CIRCUITS

CHAPTER 9- SINUSOIDAL STEADY STATE ANALYSIS

CHAPTER 10- AC POWER ANALYSIS

CHAPTER 11- THREE PHASE CIRCUITS

CHAPTER 12- MAGNETICALLY COUPLED CIRCUITS

CHAPTER 13- FREQUENCY RESPONSE

CHAPTER 14- CIRCUIT ANALYSIS USING LAPLACE TRANSFORM

CHAPTER 15- TWO PORT NETWORK

ELECTRONIC DEVICES

CHAPTER 1- SEMICONDUCTORS IN EQULIBRIUM

CHAPTER 2- SEMICONDUCTORS IN NON EQUILIBRIUM

CHAPTER 3- PN JUNCTION DIODE

CHAPTER 4- BJT

CHAPTER 5- MOSFET

CHAPTER 6- JFET

CHAPTER 7- INTEGRATED CIRCUIT

ANALOG CIRCUITS

CHAPTER 1- DIODE CIRCUITS

CHAPTER 2- BJT BIASING

CHAPTER 3- BJT AMPLIFIERS

CHAPTER 4- FET BIASING

CHAPTER 5- FET AMPLIFIERS

CHAPTER 6- OUTPUT STAGES AND POWER AMPLIFIERS

CHAPTER 7- OP- AMP CHARACTERISTICS AND BASIC CIRCUITS

CHAPTER 8- OP - AMP APPLICATION

CHAPTER 9- ACTIVE FILTERS

CHAPTER 10- FEEDBACK AMPLIFIER AND OSCILLATOR

DIGITAL ELECTRONICS

CHAPTER 1- NUMBER SYSTEM AND CODES

CHAPTER 2- BOOLEAN ALGEBRA AND LOGIC SIMPLIFICATION

CHAPTER 3- THE K-MAP

CHAPTER 4- COMBINATIONAL CIRCUITS

CHAPTER 5- SEQUENTIAL CIRCUITS

CHAPTER 6- LOGIC FAMILIES

CHAPTER 7- INTERFACING TO ANALOG

​

SIGNALS & SYSTEMS

CHAPTER 1- CONTINUOUS TIME SIGNALS

CHAPTER 7- THE CONTINUOUS TIME FOURIER TRANSFORM

CHAPTER 8- THE DISCRETE TIME FOURIER TRANSFORM

CHAPTER 9- THE CONTINUOUS TIME FOURIER SERIES

CHAPTER 10- THE DISCRETE TIME FOURIER SERIES

CHAPTER 11- SAMPLING AND SIGNAL RECONSTRUCTION

CONTROL SYSTEMS

CHAPTER 1- TRANSFER FUNCTIONS

CHAPTER 2- STABILITY

CHAPTER 3- TIME RESPONSE

CHAPTER 4- ROOT LOCUS TECHNIQUE

CHAPTER 5- FREQUENCY DOMAIN ANALYSIS

CHAPTER 6- DESIGN OF CONTROL SYSTEMS

CHAPTER 7- STATE VARIABLE ANALYSIS

COMMUNICATION SYSTEMS

CHAPTER 1- RANDOM VARIABLE

CHAPTER 2- RANDOM PROCESS

CHAPTER 3- NOISE

CHAPTER 4- AMPLITUDE MODULATION

CHAPTER 5- ANGLE MODULATION

CHAPTER 6- DIGITAL TRANSMISSION

CHAPTER 7- INFORMATION THEORY AND CODING

CHAPTER 8- DIGITAL MODULATION SCHEME

CHAPTER 9- SPREAD SPECTRUM

ELECTROMAGNETICS

CHAPTER 1- VECTOR ANALYSIS

CHAPTER 2- ELECTROSTATIC FIELDS

CHAPTER 3- ELECTRIC FIELD IN MATTER

CHAPTER 4- MAGNETOSTATIC FIELDS

CHAPTER 5- MAGNETIC FIELDS IN MATTER

CHAPTER 6- TIME VARYING FIELDS AND MAXWELL EQUATIONS

CHAPTER 7- ELECTROMAGNETIC WAVES

CHAPTER 8 TRANSMISSION LINES

CHAPTER 9- WAVEGUIDES

CHAPTER 10- ANTENNA AND RADIATING SYSTEMS

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