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# GATE Practice Book Electronics & Communication in 5 Volumes

Product Code: EC001
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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

GATE MCQ is a preparation book containing more than 3000 solved objective problems for practice. The book is featured as

• The book is categorized into Units (Subjects) and each Unit is sub-divided into Chapters.

• Chapter organization for each Unit (Subject) is very constructive and covers the complete syllabus.

• Each Chapter contains an average of 40 questions and there are approximate 400 problems for each subject.

• The questions match to the level of GATE examination.

• Solutions are well-explained, tricky and consume less time. Solutions are presented in such a way that it enhances you fundamentals and problem solving skills.

• There are a variety of problems on each topic.

• Gate Previous Year Solved Questions has been added for each subject.

• Engineering Mathematics and General Aptitude (GA) are also included in the book.

VOLUME 1: GRAMMAR, VERBAL ABILITY AND NUMERICAL ABILITY

UNIT-1 GRAMMAR

1. Noun

2. Pronoun

3. Verb

6. Preposition

7. Conjunction

8. Article

9. Voice

10. Narration

UNIT-2 VERBAL ABILITY

1. Antonyms

2. Synonyms

3. Verbal Analogy

4. Spellings

5. Spotting the Errors

6. Sentence Completion

7. Rearrangement Of Jumbled Phrases

8. Rearrangement Of Jumbled Sentences

9. Sentence Improvement

10. Odd Word Out

11. One Word For Many

13. Syllogism

14. Critical Reasoning And Verbal Deduction

UNIT-3 NUMERICAL ABILITY

1. Number System

2. Number Series

3. LCM and HCF

4. Percentage

5. Average

6. Power and Roots

7. Indices and Surds

8. Ratio and Proportion

9. Mixture and Allegation

10. Profit Loss and Discount

11. Interest

12. Age

13. Clock and Calender

14. Time and Work

15. Time and Distance

16. Train and Boat

17. Pipe and Cisterns

18. Height, Distance and Direction

19. Areas and Volumes

20. Algebra

21. Coordinate Geometry

22. Permutation and Combination

23. Probability

24. Data Interpretation

VOLUME 2: ENGINEERING MATHEMATICS

1. Matrix Algebra

2. Systems of Linear Equations

3. Eigenvalues and Eigenvectors

4. Limit, Continuity and Differentiability

5. Maxima and Minima

6. Mean Value Theorem

7. Partial Derivatives

8. Definite Integral

9. Directional Derivatives

10. First Order Differential Equations

11. Higher Order Differential Equations

12. Initial and Boundary Value Problems

13. Partial Differential Equation

14. Analytic Functions

15. Cauchy's Integral Theorem

16. Taylor's and Laurent' Series

17. Probability

18. Random Variable

19. Statistics

20. Correlation and Regression Analysis

21. Solutions of Non-Linear Algebraic Equations

22. Integration By Trapezoidal and Simpson's Rule

23. Single and Multi Step Methods For Differential Equations

VOLUME 3: NETWORKS, SIGNALS AND SYSTEMS

UNIT-4 NETWORKS

1. Basic Concepts

2. Basic Laws

3. Graph Theory

4. Nodal and Loop Analysis

5. Circuit Theorems

6. Inductor and Capacitor

7. First Order RL and RC Circuits

8. Second Order Circuit

10. AC Power Analysis

11. Three-phase Circuits

12. Magnetically Coupled Circuits

13. Frequency Response

14. Circuit Analysis Using Laplace Transform

15. Two Port Network

UNIT-5 SIGNALS & SYSTEMS

1. Continuous Time Signals

2. Continuous Time Systems

3. Discrete Time Signals

4. Discrete Time Systems

5. The Laplace Transform

6. The Z-Transform

7. The Continuous-Time Fourier Transform

8. The Discrete-Time Fourier Transform

9. The Continuous-Time Fourier Series

10. The Discrete-Time Fourier Series

11. Sampling and Signal Reconstruction

VOLUME 4: ELECTRONIC DEVICES, ANALOG ELECTRONICS, AND DIGITAL ELECTRONICS

UNIT-6 ELECTRONICS DEVICES

1. Semiconductor in Equilibrium

2. Semiconductor in Non-Equilibrium

3. PN Junction Diode

4. BJT

5. MOSFET

6. JFET

7. Integrated Circuit

UNIT-7 ANALOG ELECTRONICS

1. Diode Circuits

2. BJT Biasing

3. BJT Amplifiers

4. FET Biasing

5. FET Amplifiers

6. Output Stages and Power Amplifiers

7. Op-amp Characteristics and Basic Circuits

8. Op-amp Application

9. Active Filters

UNIT-8 DIGITAL ELECTRONICS

1. Number System and Codes

2. Boolean Algebra and Logic Simplification

3. The K-Map

4. Combinational Circuits

5. Sequential Circuits

6. Logic Families

7. Digital Systems

8. Microprocessors

VOLUME 5: CONTROL SYSTEMS, COMMUNICATION SYSTEMS, AND ELECTROMAGNETICS

UNIT-9 CONTROL SYSTEMS

1. Transfer Function

2. Stability

3. Time Response

4. Root Locus Technique

5. Frequency Domain Analysis

6. Design of Control Systems

7. State Variable Analysis

8. Modelling of Physical Systems

UNIT-10 COMMUNICATION SYSTEMS

1. Random Variable

2. Random Process

3. Noise

4. Amplitude Modulation

5. Angle Modulation

6. Digital Modulation Scheme

7. Digital Transmission

8. Information Theory and Coding

UNIT-11 ELECTROMAGNETICS

1. Vector Analysis

2. Electrostatic Fields

3. Electric Field in Matter

4. Magnetostatic Fields

5. Magnetics Field in Matter

6. Time Varying Fields and Maxwell Equations

7. Electromagnetic Waves

8. Transmission Lines

9. Waveguides