GATE ECE Previous Year Question Papers
The GATE Electronics and Communication Examination is conducted annually by the Indian Institutes of Technology (IITs) and the Indian Institute of Science (IISc). The GATE ECE Previous Year Question Papers help candidates understand the core of Engineering and Science concepts in Electronics and Communication. Mockers Team offer free GATE Electronics and Communication Previous Year Question Papers for candidates to structure their study plan and start their preparation early, understand the syllabus and weightage of each section and develop problem-solving skills.
Thus, the GATE ECE competition is fierce and demands dedication, smart preparation, and a strong strategy to secure a good score and achieve your desired goals.
GATE Electronics And Communications Exam: An Overview
Candidates in the fields of electronic systems and communication engineering are evaluated by the GATE Electronics and Communications exam. It assesses conceptual comprehension and principle application. The exam is essential for employment in related fields and for entrance to postgraduate programmes. All the GATE Electronic and communication aspirants are advised to take a look at this section before actually sitting for their final GATE examination.
Feature | Description |
Full Name | Graduate Aptitude Test in Engineering |
Short Name | GATE |
Managing Body | Indian Institute of Technology Kharagpur (IIT Kharagpur) |
Exam Level | National |
Exam Languages | English |
Application Mode | Online |
Application Fee (General) | ₹1500 |
Exam Mode | Online (Computer-based test) |
Exam Duration | 3 hours |
Number of Papers | 29 (covering various disciplines of Engineering, Science and Mathematics) |
Question Types | MCQs, MSQs, NATs |
Total Marks | 100 |
Marking Scheme | 1 mark for MCQs, 2 marks for NATs |
Negative Marking | 1/3 mark for incorrect MCQs |
Validity of Score | 3 years |
Eligibility | Bachelor's Degree in Engineering or equivalent |
Purpose | Admission to Master's programs in Engineering and Technology, Recruitment in Public Sector Undertakings (PSUs) |
Year-Wise Archive of GATE ECE Previous Year Question Papers
Below is a year-wise collection of GATE ECE Previous Year Question Papers with solutions from 2014-2022 mentioned. Solving the subject-wise PYQs helps students to make a comparative distinction while they are studying covering almost 70-80% of their GATE Exam preparation.
- GATE ECE 2021-2022 Question Paper
- GATE ECE 2020 Question Paper
- GATE ECE 2019 Question Paper
- GATE ECE 2018 Question Paper
- GATE ECE 2017 Question Paper
- GATE ECE 2016 Question Paper
- GATE ECE 2015 Question Paper
GATE Previous Year Question Papers with Solutions for Electronics And Communications 2022
Accessing the GATE Previous Year Question Papers with Solutions for Electronics And Communications for 2022 is vital for comprehensive exam preparation. These papers provide valuable insights into the exam format, question types, and solutions, aiding candidates in strategic study planning and enhancing problem-solving skills for success in the GATE examination.
Parameter | Analysis |
Total Questions | 65 |
GA Questions/Marks | 10/15 |
EM Questions/Marks | 15/25 |
EC Questions/Marks | 40/60 |
Difficulty Level | Moderate to High |
Numerical Questions | Approximately 20 |
Theoretical Questions | Approximately 45 |
High Weightage Topics | Network Theory, Signals & Systems, Analog Circuits, Digital Circuits |
Moderate Weightage Topics | Control Systems, Communication Systems, Electromagnetic Fields, Electronic Devices |
Low Weightage Topics | Engineering Mathematics, General Aptitude |
Expected Cut-Off Marks | Approximately 35 |
Average Score for Top Rankers | Approximately 70 |
Solutions Available | Yes |
Additional Resources | Previous years' papers, mock tests, online coaching platforms |
Network Theory Q/M/W | 7/14/23% |
Signals & Systems Q/M/W | 6/12/20% |
Analog Circuits Q/M/W | 5/10/17% |
Digital Circuits Q/M/W | 4/8/13% |
Control Systems Q/M/W | 4/8/13% |
Communication Systems Q/M/W | 3/6/10% |
Electromagnetic Fields Q/M/W | 2/4/7% |
Electronic Devices Q/M/W | 2/4/7% |
GATE Previous Year Question Papers for ECE 2021
A crucial resource for test preparation is the GATE Previous Year Question Papers for ECE for 2021. It helps students arrange their studies strategically by providing information on the format, question types, and difficulty levels of the exam. Examining this paper improves one's ability to solve problems, which guarantees a complete and efficient GATE exam preparation.
Subject | Number of Questions | Difficulty Level | Topic Weightage | Important Topics |
Engineering Mathematics | 13 | Moderate | High | Linear Algebra, Calculus, Differential Equations, Probability & Statistics |
Networks & Signals | 12 | Moderate | High | Network Analysis, Fourier Series & Transform, Signals & Systems |
Electronic Devices | 12 | Moderate | High | Diodes, Transistors, Amplifiers, Oscillators |
Analog Circuits | 8 | Easy to Moderate | Medium | Biasing, Frequency Response, Op-Amps, Filters |
Digital Circuits | 10 | Moderate | Medium | Logic Gates, Combinational & Sequential Circuits, Digital System Design |
Control Systems | 10 | Moderate | Medium | Time Response, Stability Analysis, Frequency Domain Analysis, Control System Design |
Communication Systems | 12 | Moderate | High | Modulation & Demodulation, Transmission Media, Error Detection & Correction |
Electromagnetics | 8 | Moderate | Medium | Transmission Lines, Waveguides, Antennas |
GATE ECE Previous Year Question Papers 2020
For candidates, the GATE ECE Previous Year Question Papers for 2020 is an essential study tool. It helps with strategic preparation by offering insights into the format, question kinds, and difficulty levels of the test. Examine this paper to improve your ability to solve problems and prepare yourself for the GATE.
Question Number | Topic | Subtopic | Key Concepts | Difficulty Level | Marks |
1 | Network Theory | Graph Theory | Minimum Spanning Tree | Moderate | 2 |
2 | Signals and Systems | Fourier Transform | Properties of Fourier Transform | Easy | 1 |
3 | Analog Circuits | Op-Amps | Differential Amplifier | Moderate | 2 |
4 | Digital Circuits | Combinational Logic | K-Map Simplification | Easy | 1 |
5 | Electronic Devices | Diodes | Zener Diode | Easy | 1 |
6 | Communication Systems | Analog Communication | Amplitude Modulation | Moderate | 2 |
7 | Control Systems | Time Response Analysis | Step Response of First Order System | Easy | 1 |
8 | Electromagnetic Theory | Wave Propagation | EM Wave Propagation in Free Space | Moderate | 2 |
9 | Microprocessors | Assembly Language Programming | Addressing Modes | Easy | 1 |
10 | Microcontrollers | PIC Microcontrollers | Timers and Interrupts | Moderate | 2 |
11 | Digital Signal Processing | Discrete Fourier Transform | Properties of DFT | Easy | 1 |
12 | Computer Networks | OSI Model | Data Link Layer | Moderate | 2 |
13 | Analog Communication | Pulse Modulation | Pulse Amplitude Modulation (PAM) | Easy | 1 |
14 | Digital Communication | Error Detection and Correction | Cyclic Redundancy Check (CRC) | Moderate | 2 |
15 | VLSI Design | CMOS Technology | Threshold Voltage | Easy | 1 |
16 | Embedded Systems | Real-Time Operating Systems | Scheduling Algorithms | Moderate | 2 |
GATE Previous Year Question Papers for ECE 2019
A significant study tool for candidates is the GATE Previous Year Question Papers for ECE for 2019. It helps with strategic preparation by providing an overview of the format, difficulty levels, and organisation of the test. Examine this paper to improve problem-solving abilities and make sure candidates are ready for the GATE.
Section | Number of Questions | Marks | Question Types | Weightage of Topics | Important Questions |
General Aptitude (GA) | 10 | 15 | MCQs (1-mark & 2-mark) | N/A | Verbal Ability, Reasoning, Numerical Ability |
Engineering Mathematics (EM) | 10 | 15 | MCQs (1-mark & 2-mark) | N/A | Linear Algebra, Calculus, Differential Equations, Probability and Statistics |
Technical (EC) | 70 | 70 | MCQs (1-mark & 2-mark), NAT | Varies by topic | See below |
Networks (15%) | 10 | 10 | MCQs (1-mark & 2-mark) | Network analysis, network theorems, network synthesis | Finding voltage, current, and power in various network configurations; Thevenin's theorem, Norton's theorem, Maximum power transfer theorem; Filter design |
Electronic Devices (15%) | 10 | 10 | MCQs (1-mark & 2-mark) | Diode characteristics and applications, BJTs, FETs, Op-Amps | Diode applications, BJT biasing, small signal analysis, frequency response; FET biasing, small signal analysis, frequency response; Op-amp basic configurations, applications |
Analog Circuits (18%) | 12 | 12 | MCQs (1-mark & 2-mark), NAT | Amplifiers, oscillators, active filters, power electronics | BJT and FET amplifiers, differential amplifiers, operational amplifiers; Phase-shift oscillator, Wien bridge oscillator; Butterworth filter, Chebyshev filter; Rectifiers, inverters, choppers |
Digital Circuits (18%) | 12 | 12 | MCQs (1-mark & 2-mark) | Logic gates, combinational circuits, sequential circuits, state machines | Logic gate operation, combinational circuit design (adders, subtractors, multiplexers, demultiplexers); Flip-flop operation, counter and register design; Mealy and Moore machines |
Control Systems (12%) | 8 | 8 | MCQs (1-mark & 2-mark), NAT | Time-domain analysis, root locus analysis, Bode plot, stability analysis, state-space analysis | Step response, frequency response; Root locus construction and interpretation; Bode plot analysis; Routh-Hurwitz criterion; State-space representation and analysis |
Communication Systems (12%) | 8 | 8 | MCQs (1-mark & 2-mark), NAT | AM, FM, pulse modulation, digital communication | AM modulation index, bandwidth; FM basic principle, bandwidth; PAM, PWM, PCM; Error detection and correction, coding techniques |
Electromagnetics (4%) | 3 | 3 | MCQs (1-mark & 2-mark) | Maxwell's equations, transmission lines, antennas | Maxwell's equations, transmission line characteristic impedance, reflection coefficient; Antenna radiation pattern, gain, directivity |
Signals and Systems (6%) | 7 | 7 | MCQs (1-mark & 2-mark), NAT | Fourier series, Fourier transform, Laplace transform, Z-transform, sampling and reconstruction, signal filtering | Fourier series and transform properties, Laplace transform applications, Z-transform applications, sampling theorem, filter design (low-pass, high-pass, band-pass, band-stop) |
GATE ECE Previous Year Question Papers 2018
For those preparing for the GATE, the 2018 GATE ECE Previous Year Question Papers is an essential study tool. It offers a perceptive look into the format, phrasing, and degree of difficulty of the exam questions. This material acts as a tactical instrument, supporting applicants in their efficient study and increasing their self-assurance for the test.
Information | Details |
Date of Exam | February 10, 2018 |
Session | Forenoon |
Number of Questions | 65 |
Paper Type | Multiple Choice Questions (MCQs) |
Total Marks | 100 |
Marking Scheme | +1 for correct answer, -1/3 for incorrect answer |
Syllabus | Network Theory, Electromagnetic Theory, Control Systems, Electronic Devices and Circuits, Analog Circuits, Digital Circuits, Signals and Systems, Communication Systems |
Time Duration | 3 hours |
Marking Breakup | - Network Theory: 20 marks - Electromagnetic Theory: 15 marks - Control Systems: 15 marks - Electronic Devices and Circuits: 20 marks - Analog Circuits: 15 marks - Digital Circuits: 15 marks |
Question Difficulty Level | Moderate to difficult |
Availability of Answer Key | Yes, the official answer key was released by GATE authorities. |
Availability of Solved Papers | Yes, solved papers are available online from various sources. |
Recommended Resources for Practice | - Previous year GATE question papers - Reference books like Made Easy, Ace Academy, etc. - Online mock tests |
Benefits of Solving Previous Year Papers | - Familiarize with the exam pattern and question types - Assess your strengths and weaknesses - Improve your time management skills - Gain confidence for the exam |
GATE Exam Previous Year Question Paper for Electronics And Communications 2017
An essential tool for candidates is the GATE Exam Previous Year Question Paper for Electronics And Communications for 2017. It offers a thorough grasp of the structure, kinds of questions, and degrees of difficulty of the test. By using this material to prepare, applicants can improve their problem-solving abilities and get the confidence they need to perform well on the GATE exam.
Section | Question No. | Topic | Sub-topic | Marks | Difficulty Level |
General Aptitude (GA) | 1.1-1.15 | Verbal Ability | Reading Comprehension, English Usage | 15 | Moderate-Difficult |
1.16-1.25 | Quantitative Aptitude | Basic Mathematics, Data Interpretation | 10 | Moderate | |
1.26-1.30 | Reasoning Ability | Analytical Reasoning, Logical Reasoning | 5 | Easy | |
Engineering Mathematics (EM) | 2.1-2.10 | Linear Algebra | Vector Spaces, Matrices, Eigenvalues and Eigenvectors | 10 | Moderate |
2.11-2.15 | Calculus | Differentiation, Integration, Multivariable Calculus | 10 | Moderate | |
2.16-2.20 | Differential Equations | Ordinary Differential Equations, Partial Differential Equations | 10 | Moderate-Difficult | |
2.21-2.25 | Probability and Statistics | Probability Distributions, Statistical Methods | 5 | Moderate | |
Electronics & Communication Engineering (EC) | 3.1-3.5 | Networks | Network Analysis, Circuit Theorems, Signals and Systems | 10 | Moderate |
3.6-3.10 | Electronic Devices | Diodes, Transistors, Amplifiers | 10 | Moderate | |
3.11-3.15 | Analog Circuits | Operational Amplifiers, Filters, Oscillators | 10 | Moderate | |
3.16-3.20 | Digital Circuits | Logic Gates, Flip-flops, Counters | 10 | Moderate | |
3.21-3.25 | Control Systems | Time Domain Analysis, Frequency Domain Analysis | 10 | Moderate | |
3.26-3.30 | Communication Systems | Amplitude Modulation, Frequency Modulation, Pulse Modulation | 10 | Moderate | |
3.31-3.35 | Electromagnetics | Transmission Lines, Antennas, Wave Propagation | 10 | Moderate | |
3.36-3.40 | Microwave Engineering | Microwave Devices, Microwave Circuits | 10 | Difficult |
GATE ECE Previous Year Question Papers 2016
For those preparing for the GATE, the 2016 GATE ECE Previous Year Question Papers is an essential study resource. It provides a thorough overview of the format, difficulty levels, and organisation of the test, which makes strategic preparation easier. Candidates who analyse this material will gain important insights for a successful exam strategy.
Question No. | Topic | Difficulty Level | Subject | Marks |
1 | Network Analysis | Easy | Analog Circuits | 1 |
2 | Signals and Systems | Medium | Signals and Systems | 2 |
3 | Digital Logic Design | Moderate | Digital Circuits | 1 |
4 | Control Systems | Easy | Control Systems | 2 |
5 | Analog Communication | Medium | Communication Systems | 2 |
6 | Digital Communication | Moderate | Communication Systems | 2 |
7 | Electromagnetic Theory | Easy | Electromagnetic Theory | 1 |
8 | Electronic Devices | Medium | Electronic Devices | 2 |
9 | VLSI Design | Moderate | VLSI Design | 2 |
10 | Microprocessors and Microcontrollers | Moderate | Microprocessors and Microcontrollers | 2 |
11 | General Aptitude | Easy | General Aptitude | 1 |
12 | Engineering Mathematics | Medium | Engineering Mathematics | 2 |
GATE Exam Previous Year Question Paper for Electronics And Communications 2015
For those preparing for the GATE, the 2015 GATE Exam Previous Year Question Paper for Electronics and Communications is a crucial study resource. It offers an in-depth comprehension of the format, distribution, and difficulty levels of the exam. Exam preparation is facilitated by this paper's analysis, which gives applicants the confidence to take on comparable problems.
Subject | Question | Type | Year | Marks |
Networks | The transfer function of a two-port network is given as H(s) = (s + 1)/(s + 2). The network is | MSQ | 2015 | 1 |
Signals & Systems | A continuous-time signal x(t) has a Fourier transform X(f). The Fourier transform of the signal y(t) = x(t - 2) is | MSQ | 2015 | 1 |
Analog Circuits | The common-mode rejection ratio (CMRR) of a differential amplifier is defined as | MSQ | 2015 | 1 |
Digital Circuits | A 4-bit binary counter is implemented using JK flip-flops. If the initial state of the counter is 1001, the state of the counter after two clock cycles will be | MSQ | 2015 | 1 |
Control Systems | For a unity feedback system with G(s) = K/s(s + 1), the value of K for which the system will have a damping ratio of 0.5 is | MSQ | 2015 | 1 |
Communication Systems | A binary signal is transmitted using BPSK modulation. The average power transmitted is 10 mW. The power spectral density of the transmitted signal is | MSQ | 2015 | 1 |
Electromagnetics | A uniform plane wave is propagating in a lossless dielectric medium with permittivity ε and permeability μ. The electric field of the wave is given as E = E0 cos(ωt - βz)ˆx. The magnetic field of the wave is | MSQ | 2015 | 1 |
GATE Exam Previous Year Question Paper for Electronics And Communications 2014
Aspiring candidates can benefit greatly from the GATE Exam Previous Year Question Paper for Electronics and Communications in 2014. It facilitates full preparation by providing insight into the format, nature, and difficulty level of the exam. By examining these papers, students can improve their problem-solving abilities and become more accustomed to the format of the exam.
Question Number | Topic | Difficulty | Marks |
1 | Network Analysis | Easy | 1 |
5 | Signals and Systems | Moderate | 1 |
10 | Analog Circuits | Easy | 1 |
14 | Digital Circuits | Moderate | 1 |
18 | Electronic Devices | Easy | 1 |
22 | Electromagnetics | Moderate | 1 |
26 | Control Systems | Moderate | 2 |
30 | Communication Systems | Moderate | 2 |
34 | Microwave Engineering | Difficult | 2 |
38 | Computer Organization and Architecture | Moderate | 2 |
42 | Engineering Mathematics | Easy | 2 |
46 | General Aptitude | Moderate | 2 |
50 | Engineering Mathematics | Moderate | 2 |
54 | General Aptitude | Difficult | 2 |
GATE Electronics And Communications Exam Pattern
Candidates' knowledge of basic fields such as serial and electronic signals and systems, communication engineering, and more are evaluated by the GATE (Graduate Aptitude Test in Engineering) Electronics and Communications exam pattern. The exam evaluates applicants' comprehensive knowledge of electronics and communications using multiple-choice and numerical answer format questions.
Section | Number of Questions | Marks | Negative Marking | Time Allotment (Minutes) | Weightage (%) |
General Aptitude | 10 | 15 | 1/3rd mark for each incorrect MCQ and 2/3rd mark for each incorrect MSQ | 25 | 15% |
Engineering Mathematics | 15 | 13 | 1/3rd mark for each incorrect MCQ and 2/3rd mark for each incorrect MSQ | 60 | 13% |
Core Subjects (CS) | 55 | 72 | 1/3rd mark for each incorrect MCQ and 2/3rd mark for each incorrect MSQ | 135 | 72% |
Total | 80 | 100 | 220 | 100% |
Is It Compulsory to Use the Gate Electronics & Communications Previous Year Question Paper?
Not necessarily. It's not compulsory to use the GATE ECE Previous Year Question Papers with solutions. There are no above authorities asked to solve these sets from candidates, but it is highly recommended for GATE Electronic and Communication Aspirants across the nation.
- Performance Analysis: After completing the GATE Previous Year Question Papers for ECE, test takers can track their overall performance, and their mistakes, and can also keep a record of all of their answers.
- Revision Booster: The GATE Exam Previous Year Question Paper for Electronics And Communications helps GATE candidates to make quick revisions. As it covers all the questions from the GATE syllabus.
- Get Real Exam Experiences: Practicing the GATE Previous Year Question Papers with Solutions for Electronics And Communications allows candidates to get the real exam stimulates. They get serious about the upcoming GATE examination.
- To Complete GATE Syllabus: The GATE ECE Previous Year Question Papers with solutions is created out of the whole GATE Examination syllabus. Hence, it becomes extremely important to solve these sets on Mockers.
- Get Familiar with the Marking Scheme: After practising the GATE Previous Year Question Papers for ECE candidates get familiar with overall marks distribution criteria according to each of its given concepts. They get a sense of each question with its marks as a whole.
- To Understand the Complexity of Question Paper: The GATE examination authorities tend to ask indirect or complex questions from their candidates. But if they do solve the GATE Previous Year Question Papers with Solutions for Electronics And Communications, then they can easily understand the complexity of the question paper.
Attributes of GATE Exam Previous Year Question Paper for Electronics And Communications
The GATE Previous Year Question Papers with Solutions for Electronics And Communications along with its Marking scheme unfold a few distinctive characteristics. Some of them are mentioned in the list below:
- Wide Range of Coverage: The GATE ECE Previous Year Question Papers with solutions covers a wide range of topics from the GATE syllabus, it also has some other study materials, reference materials and other resources for the candidate's preparation.
- Duration of Exam: The duration of the examination is already preplanned by the above authorities for all candidates across the nation. Each set of GATE Previous Year Question Papers for ECE lasts for 3 hours only.
- Number of Questions: The GATE Previous Year Question Papers with Solutions for Electronics And Communications always carry a range of multiple-choice questions (MCQ) and numerical answer type (NATs) questions of around 65-100.
- Typology of GATE Questions: The GATE Exam Previous Year Question Paper for Electronics And Communications carries multiple typologies of questions such as Multiple Choice Questions (MCQs), Numerical Answer Type (NAT) Questions etc.
- Distribution of Different Sections: The GATE ECE Previous Year Question Papers with solutions has a subject-wise weight of different GATE syllabus sections.
Tips to Solve the GATE ECE Previous Year Question Papers on Mockers
Solving the GATE Previous Year Question Papers with Solutions for Electronics And Communications is not an easy task. Thus, here are a few tips mentioned that aim to help candidates all over India for their GATE examination.
- Maintain Consistency: GATE Electronics and communication candidates can achieve success by maintaining consistency. They are advised to solve the GATE Previous Year Question Papers for ECE regularly till the GATE examination day.
- Practice Mock Test on Mockers: Mockers team experts have also prepared Mock tests with GATE Exam Previous Year Question Paper for Electronics And Communications just to make candidates preparation a great success.
- Revise and Review Your Answers: While solving the GATE ECE Previous Year Question Papers candidates are tipped to revise and revise their answers before submitting it finally. This way, they can also review their answers in the final GATE examination.
- Attempt Easy Questions First: While solving the GATE Previous Year Question Papers for ECE candidates are advised to attempt the easiest and less time taking questions first. This has also to be followed in the final GATE Examination.
- Read All the Questions Carefully: While practising the GATE Previous Year Question Papers with Solutions for Electronics And Communications. Candidates are advised to read all the questions carefully. Some questions are a bit tricky, and complex and consume your time.
Find GATE ECE Previous Year Question Papers on Mockers
At Mockers, Participants have to follow these few mentioned steps that have to be followed to access online MCQ Electronics And Communications questions.
- The first step is to search for Mockers.in and click on the link to get the below image loaded.
- The second step is to click on the ‘Navigation Icon’ Placed on the left side of the Mockers logo as seen in the image below.
- The next step is to reach over the ‘Examination category’ Section and proceed further as seen in the image below.
- Under the next step, Candidates have to reach on ‘GATE’ and ‘Electronic and Communication’ Sections as highlighted in the image below.
- The next step is to click on the PYQ of Electronic and Communication section on Mockers. As clearly Shown (candidates can see on their mobile phone screens) in the image below.
- The below images carry a consolidated collection of all the yearly historical archives of GATE Previous Year Question Papers for ECE from 2014 -2022 on Mockers.
Hence, After successfully keeping track of these above-mentioned steps candidates can easily access the GATE Exam Previous Year Question Paper for Electronics And Communications online.