GATE & ESE - EE, EC

GATE, ESE and IIT-JAM

Ace the toughest competitive and government exams in India 

Test Preparation

This course contains all the topics related to information theory to understand the concept better with some lessons devoted for practise of previous year GATE numericals only.

Information Theory for GATE

In this course we will study about receiver requirement to design best receiver. Here we will study the working of superheterodyne receiver and image frequency. we wil also study the concept of FDM.

Superheterodyne Receiver

This course is about the amplitude shift keying, phase shift keying and  Binary and M-ary signalling. This course will be beneficial for GATE (ECE) aspirants.

Digital Communication - Keying or Signaling for GATE 2018

Here we will study all the types of Binary Carrier Modulations.

Binary Carrier Modulation

In this course, Umang Chaturvedi discusses Digital modulation schemes and their mechanism. He takes you through topics like how a continuous signal can be converted to digital signal and transmitted through wired or wireless channel.

(Hindi) Digital Communication: GATE (ECE)

In this course, Shubhi Mathur discusses Pulse Code Modulation. She takes you through topics like the description of Pulse Code Modulation, Time Division Multiplexing and Inter-Symbol Interference for GATE preparation.

Pulse Code Modulation: GATE (ECE)

This course discusses the topic Angle modulation schemes that will cover Frequency modulation and Phase modulation.

(Hindi) Angle Modulation and Frequency Modulation

In this course, Srijan Das discusses the effects of noise in the different modes of communication. The course will be beneficial for GATE aspirants.

Noise in Analog and Digital Communication

This course shows how the quantification of information is done. A brief discussion on the basic formulas related to information theory is shown as well. At last some GATE questions are solved.

(Hindi) Information Theory for GATE (ECE)

In this course Important  concepts related to Information Theory is going to be covered according to Gate and IES curriculum

Information Theory For Gate (ECE)

Analog communication
Modulation and it's types 
Superheterodyne Reciever
Previous year gate questions will be covered

Analog Communication System: GATE

This course will cover the topic of angle modulation. In this course we will study frequency and phase modulation along with the lessons dedicated for previous year GATE numericals solution.

Angle Modulation

This course discusses Entropy, codeword and efficiency.

All the main concepts are covered in easy manner

(Hindi) Information Theory - Concepts and GATE Questions

In this course various parameters of random variable and their relation with probability will be discussed .
This topic is important for GATE and ESE aspirants of E and T branch.

Probability and Random Variable

In this course, Deepak will cover the complete syllabus of analog communication for GATE examination. He will also discuss the previous year GATE questions of this subject.
A list of topics covered in this course -
1. Basic analog communication system
2. Modulation and need for modulation
3. Amplitude modulation
4. Angle modulation
5. Demodulation systems
6. Superheterodyne receiver
7. Signal to noise ratio calculations for AM and FM

Analog Communication System

In this course Ruhika is going to explain each and every concepts of Gain margin and Phase margin and we will also practice some numerical problems based on this topic.

(Hindi) Gain Margin and Phase Margin for GATE

In this course, Deepak will cover the complete syllabus of analog communication for GATE examination. He will also discuss the previous year GATE questions of this subject. A list of topics covered in this course - 1. Basic analog communication system 2. Modulation and need for modulation 3. Amplitude modulation 4. Angle modulation 5. Demodulation systems 6. Superheterodyne receiver 7. Signal to noise ratio calculations for AM and FM

(Hindi) Analog Communication System

This course deals with basic concepts related to probability and also it discusses about the random variable and random process and some important numericals.

Probability or Stochaistic Process

This course contains proper explanation of probability, random process and Random variable for the analysis of signal in communication which are unpredictable in nature.

Probability and Random Processes

In this course, we will learn the working of Television transmission and reception of audio and video.

Audio and Video Engineering

English

All questions

Amplitude Modulation

Random Variables & Noise

Digital Shift Keying Techniques

Frequency & Phase Modulation

Information Theory & Coding

Communications

Pulse Modulation Schemes

MTECH V.L.S.I from Indira Gandhi Delhi Technical University, Delhi. Gate 2019 Qualified in ECE
Passionate optimist and Circuits lover

Anukriti Lee

Research enthusiast | writer | M.tech in Electronics | Motivator. 

Ankita Bhaskar

I am an electronics engineer | 3 yrs teaching experience

Deepak Poonia

B.Tech. graduate from ECE with First Division Honours. Engineer by profession Educator by passion. My Motive is to 'Grow & Learn' always.

Indu Yadav

I completed my BTech in 2016. I prepared for gate in 2017 and now I am preparing for UPSC IES 2018

Shubhi Mathur

B.tech(ECE) with CGPA-8.5/10,GATE(2017)  qualified, teaching experience-3 years,love playing badminton.

Ruhika Ruhi

IIT KANPUR ,  GATE QUALIFIED AND RANKER TWO TIMES, 
TEACHING EXPERINCE OF 3 YEARS ,
TABLE TENNIS AND CHESS PLAYER,
YOGA AND MEDITATION INSTR

Umang Chaturvedi

Unless you dive into the depth of the most difficult problem, you can't turn impossible into possible. 

Himanshu Sen

Download Shrenik Jain - Study Simplified App to study LIVE  from Shrenik Jain sir 

Shrenik Jain Study Simplified

Engineer(Embedded Product Design) -Tata ELXSI . B. Tech (Electronics and Communication Engineering). 
GATE qualified. ISRO written qualified

Srijan Das

SELF STUDY

Communications

Amplitude Modulation

Frequency & Phase Modulation

Digital Shift Keying Techniques

Random Variables & Noise

Information Theory & Coding

Amplitude Modulation

Probability and Random Variable

4.8

(Hindi) Analog Communication System

4.8

Superheterodyne Receiver

4.4

Analog Communication System

4.7

Frequency & Phase Modulation

Analog Communication System: GATE

4.9

Angle Modulation

4.8

(Hindi) Gain Margin and Phase Margin for GATE

4.9

(Hindi) Angle Modulation and Frequency Modulation

4.7

Digital Shift Keying Techniques

Pulse Code Modulation: GATE (ECE)

4

Digital Communication - Keying or Signaling for GATE 2018

5

(Hindi) Digital Communication: GATE (ECE)

4.6

Binary Carrier Modulation

4.8

Random Variables & Noise

Probability or Stochaistic Process

5

Noise in Analog and Digital Communication

4.8

Probability and Random Processes

4.6

Audio and Video Engineering

Information Theory & Coding

Information Theory for GATE

5

(Hindi) Information Theory - Concepts and GATE Questions

4.3

(Hindi) Information Theory for GATE (ECE)

3.3

Information Theory For Gate (ECE)

4.6