GATE Electronics and Communication Engineering By Trishna

This book has been prepared by a group of faculties who are highly experienced in training GATE candidates and are also subject matter experts. As a result this book would serve as a one-stop solution for any GATE aspirant to crack the examination. The book is divided into three parts covering, (1) General Aptitude, (2) Engineering Mathematics and (3) Electronics and Communication Engineering’. Coverage is as per the syllabus prescribed for GATE and topics are handled in a comprehensive manner - beginning from the basics and progressing in a step-by-step manner supported by ample number of solved and unsolved problems. Extra care has been taken to present the content in a modular and systematic manner – to facilitate easy understanding of all topics.• Maximum Coverage / Explanations/ illustrations• Maximum Solved Problems – 1300+• Maximum Practice Questions – 6000+• Elaborate Question Bank Covering Previous 12 Years GATE Questions Papers• Modular Design for Easy Understanding• Unit-wise Time-bound Tests• Complete Set of Solved 2017 GATE Online Papers Table of content :Preface Pedagogical Features of BookGATE Syllabus Chapter-wise Analysis of GATE Previous Years’ Papers General Information about GATEDetailed Analysis of GATE 2017 Paper Solved paper

GATE 2017 PART I : General AptitudePART A Verbal AbilityChapter 1: Introduction PART B Numerical AbilityUnit 1 Quantitative AptitudeChapter 1: Simple Equations Chapter 2: Ratio-Proportion-Variation Chapter 3: Numbers Chapter 4: Percentage, Profit and Loss Chapter 5: Simple Interest and Compound Interest Chapter 6: Average Mixtures Alligations Chapter 7: Time and Work Chapter 8: Time and Distance Chapter 9: Indices Surds Logarithms Chapter 10: Quadratic Equations Chapter 11: InequalitiesChapter 12: Progressions Chapter 13: Permutations and Combinations Chapter 14: Data Interpretation UNIT II : ReasoningChapter 1: Number and Letter Series Chapter 2: Analogies Chapter 3: Odd Man Out Chapter 4: Coding and Decoding Chapter 5: Blood Relations Chapter 6: Venn Diagram Chapter 7: Seating Arrangements Chapter 8: Puzzles Chapter 9: Clocks and Calendars Part II Engineering MathematicsChapter 1 : Linear AlgebraChapter 2: CalculusChapter 3: Differential EquationsChapter 4: Complex VariablesChapter 5: Probability and StatisticsChapter 6: Numerical MethodsChapter 7: Transform TheoryPart III Electronics and Communication EngineeringUnit 1 Digital CircuitsChapter 1: Number Systems Chapter 2: Digital Electronics Chapter 3: Combinational Circuits Chapter 4: Sequential Circuits Chapter 5: A/D and D/A Circuits and Semiconductor Memories Chapter 6: MicroprocessorUnit II NetworksChapter 1: Network Elements and Basic Laws Chapter 2: Network Theorems Chapter 3: Transient Analysis (Ac and Dc) Chapter 4: Two-Port Networks Chapter 5: ResonanceUnit III CommunicationChapter 1: Probability, Random Variables and Random Process Chapter 2: Analog Modulation Chapter 3: Pulse Modulation and Baseband Communications Chapter 4: Pass-Band Modulation Chapter 5: Information Theory and CodingUnit IV Signals and SystemsChapter 1: Introduction to Signals and systems Chapter 2: Laplace TransformChapter 3: Z Transform Chapter 4: Continuous time Fourier AnalysisChapter 5: Discrete time Fourier AnalysisUnit V Electronic DevicesChapter 1: Semiconductor Theory Chapter 2: Theory of P-N Junction DiodeChapter 3: Bipolar Junction Transistor Chapter 4: Field Effect Transistors Chapter 5: Opto-Electronic Devices Unit VI ElectromagneticsChapter 1: Elements of Vector Calculus and Static Fields Chapter 2: Maxwell Equations and Em-Wave Propagation Chapter 3: Transmission Lines Chapter 4: Wave Guides Chapter 5: Basics of Antennas Unit VII Analog CircuitsChapter 1: Diode Circuits Chapter 2: Transistor Biasing Chapter 3: Amplifiers Chapter 4: Differential and Feedback Amplifiers Chapter 5: Operational Amplifiers Unit VIII Control SystemsChapter 1: Introduction to Control Systems Chapter 2: Time Response Analysis Chapter 3: Stability Analysis Chapter 4: Controllers and CompensatorsChapter 5: State Space Analysis