This book is one-stop solution for GATE aspirants to crack the GATE exam. The book includes previous years GATE questions segregated topic-wise along with exam analysis at the beginning of every unit. It will help the GATE aspirants to get an idea about the pattern and weightage of questions asked in GATE examination. The book also contains one free online mock test based on GATE examination pattern for practice.
1. Includes more than 28 years GATE questions arranged chapter-wise
2. Detailed solutions for better understanding
3. Includes latest GATE solved question paper with detailed analysis
4. Free Online Mock test based on GATE examination pattern for practice
About the Author:
Dr. Rajiv Kapoor , Ph.d. in Electronics and Communication Engineering from Panjab University ( Punjab Engineering College ) , Chandigarh has worked in industries of repute and also worked in Engineering institutions of repute. He has total teaching experience of 22 years to engineering students. He is presently principal of Ambedkar Institute of Advanced Communication Technologies and Research and professor in Electronics and Communication Engineering Department at Delhi Technological University (Formerly Delhi College of Engineering). He has published more than 100 papers in the various Journals/Conferences of repute and has filed 6 patents also. He has undertaken 21 R & D projects and is not only a strong believer but a practitioner for "MAKE in INDIA". He has an endeavour to design new products for Industries and work for society. With in-depth knowledge of the subject, he has honed his skills to foresee the obstacles of students in their quest to prepare them for these examinations (GATE,NET, etc) and successfully weeds them out.
Contents:
Syllabus: Computer Science and Information Technology vii
Important Tips for GATE Preparation viii
Detailed Analysis of GATE 2017
Solved Paper GATE 2017
Detailed Analysis of GATE 2016
Solved Paper GATE 2016
Detailed Analysis of GATE 2015
Solved Paper GATE 2015
Unit 1: Network Theory 1.1
Chapter 1: Basics of Network Analysis 1.3
Chapter 2: Sinusoidal Steady State 1.00
Chapter 3: Network Theorems 1.00
Chapter 4: Transient Analysis 1.00
Chapter 5: Two Port Networks 1.00
Chapter 6: Graph Theory and State Equations 1.00
Chapter 7: Network Functions 1.00
Unit 2: Electromagnetic Theory 2.1
Chapter 1: Basics 2.3
Chapter 2: Uniform Plane Waves 2.00
Chapter 3: Transmission Lines 2.00
Chapter 4: Waveguide 2.00
Chapter 5: Antenna 2.00
Unit 3: Control Systems3.1
Chapter 1: Basics 3.3
Chapter 2: Block Diagram and SFG 3.00
Chapter 3: Compensators and Controllers 3.00
Chapter 4: Time Response Analysis 3.00
Chapter 5: Stability Analysis 3.00
Chapter 6: Root Locus 3.00
Chapter 7: Frequency Analysis 3.00
Chapter 8: State Space Analysis 3.00
Unit 4: Electronic Devices and Circuits4.1
Chapter 1: Basics 4.3
Chapter 2: PN Junction4.00
Chapter 3: Bipolar Junction Transistor 4.00
Unit 5: Analog Circuits5.1
Chapter 1: Operational Amplifiers 5.3
Chapter 2: Diode Applications 5.00
Chapter 3: BJT Analysis 5.00
Chapter 4: FET and Mosfet 5.00
Chapter 5: Frequency Response 5.00
Chapter 6: Feedback Amplifiers 5.00
Chapter 7: Oscillator Circuits 5.00
Chapter 8: Power Amplifiers 5.00
Chapter 9: Multi-vibrators and 555 Timers 5.00
Unit 6: Digital Circuits6.1
Chapter 1: Number System 6.3
Chapter 2: Boolean Algebra 6.00
Chapter 3: Logic Gates 6.00
Chapter 4: Combinational Circuits 6.00
Chapter 5: Sequential Circuits 6.00
Chapter 6: Logic Families 6.00
Chapter 7: Memories 6.00
Chapter 8: ADC and DAC 6.00
Unit 7: Microprocessors7.1
Chapter 1: Basics of 8085 7.3
Chapter 2: Instructions of 8085 Microprocessor 7.00
Chapter 3: Memory Interfacing7.00
Chapter 4: Microprocessor 8085 Interfacing7.00
Chapter 5: Microprocessor 8085 Interrupts 7.00
Chapter 6: Microprocessor 8085 Programming
Unit 8: Signal and Systems8.1
Chapter 1: Basics
Chapter 2: LTI Systems
Chapter 3: Fourier Series
Chapter 4: Fourier Transform
Chapter 5: Laplace Transform
Chapter 6: Z-Transform
Chapter 7: DFT
Chapter 8: Sampling
Unit 9: Communication 9.1
Chapter 1: Analog Communication Systems
Chapter 2: Random Signals and Noise
Chapter 3: Digital Communication Systems
