Major in Electrical Engineering from IIT-K. A DPSite. KVPY scholar. Avid aeromodeller. Spirituous learner. Taking ESE/GATE/Aptitude Courses.

Chirag Jha

The course provides a detailed explanation of the transition from continuous time to the discrete system. It emphasizes on all important concepts of DT-domain asked in Gate/IES.

GATE (Graduate Aptitude Test in Engineering) 2020 & 2021 complete preparation with best educators. Know about the detailed syllabus, best books, exam pattern and dates, previous year question papers a

GATE - Iconic Pro

English

Signals and Systems: Discrete - Time (IES/GATE)

Engineering Services Examination / Indian Engineering Services

Signals

Signals & Systems

Electrical Engineering

GATE & ESE - EE, EC

GATE, ESE and IIT-JAM

Ace the toughest competitive and government exams in India 

Test Preparation

Part 2 | Chapter 1: Sampling Theorem. TOPICS: Sampling technique, Nyquist rate and Bandpass theorem

Sampling Theorem

Part 2 | Chapter 2: Characteristics of DT Signals. SECTION 1: Basic types, Operations and Convolution

Characteristics of DT Signals: Signal Types and Basic Operations

Part 2 | Chapter 2: Characteristics of DT Signals. SECTION 2: Signal categories and System characteristics

Characteristics of DT Signals: Signal Categories and System Characteristics

Part 2 | Chapter 2: Characteristics of DT Domain. SECTION 3: LSI system, Linear convolution and Stability

Characteristics of DT Signals: LSI System and Stability

Part 2 | Chapter 3: Discrete Fourier Transform. TOPICS: DFS, DTFT, DFT, Equations, Properties, Matrix method and Circular convolution

Discrete Fourier Transform

Part 2 | Chapter 4: Z Transform. SECTION 1: Features, ZT, Conditions and Properties

Z Transform: Definition and Properties

Part 2 | Chapter 4: Z Transform. SECTION 2: ROC, IZT and LSI system conditions

Z Transform: ROC and LSI system conditions

Part 2 | Chapter 5: System Block Diagram. TOPICS: Mapping, Transfer function and Stability tests

System Block Diagram: Transfer function and Stability tests

Part 2 | Chapter 6: Filters. SECTION 1: Filter categories and Typical examples

Filters: Categories and Examples

Part 2 | Chapter 6: Filters. SECTION 2: Digital filtering, DTD filters and LP-FIR

Filters: Discrete time filters

Shaym Shah

It consist of basics of Signal Systems which includes the concepts of types of Signals, Systems, GATE Questions Related to such concepts.

Students are requested to make proper notes and concentrate on the lecture  to excel in exams
Also solve more and more GATE questions

Basics of Signals & Systems

I am an electrical and electronics engineer . currently working in Crompton Greaves as an electrical engineer .

Dipesh Kumar Singh

In this course entire basics operations and concepts of signals are going to be discussed along with previous year Gate examination question series.

(Hindi) GATE (Electrical) Signals and System :Part 1

In this course Dipesh Kumar Sing shall teach some important concepts of digital electronics for various engineering competitive examination.

Digital Electronics

Vivek Singh

In this course you will get the information about the signal and its type. There are lot of question has been appeared in many competitive exams from this topic. In this course you will also get the solution of previous Gate/IES exam questions.

(Hindi) ESE - Electrical Engineering: Signal Analysis in Signal and Systems- Theory and Numerical

In this course entire basics of discrete system is discussed along with previous year problems based on it. We are also going to talk about sampling theorems.

Signals and System : Part 3 - GATE (Electrical)

5 years of teaching experience, M.Tech in CE from NITK Surathkal, B.Tech In ECE from Calicut university

Abhisha C M

This course discusses all previous year GATE questions on Fourier Transform with in depth discussion of concepts

Lessons

10 lessons • 2h 10m

Invalid Date

NaN

Sampling Theorem

Invalid Date

NaN

Characteristics of DT Signals: Signal Types and Basic Operations

Invalid Date

NaN

Characteristics of DT Signals: Signal Categories and System Characteristics

Invalid Date

NaN

Characteristics of DT Signals: LSI System and Stability

Invalid Date

NaN

Discrete Fourier Transform

Invalid Date

NaN

Z Transform: Definition and Properties

Invalid Date

NaN

Z Transform: ROC and LSI system conditions

Invalid Date

NaN

System Block Diagram: Transfer function and Stability tests

Invalid Date

NaN

Filters: Categories and Examples

Invalid Date

NaN

Filters: Discrete time filters