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

Chirag Jha

The course describes various components of signals and systems. It will help you develop strong fundamentals in the topics and problem solving techniques in continuous time domain for 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

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English

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

GATE (Graduate Aptitude Test In Engineering) Preparation

Crash Course

Practice & Strategy

Electrical Engineering

GATE & ESE - EE, EC

GATE, ESE and IIT-JAM

Ace the toughest competitive and government exams in India 

Test Preparation

Part 1 | Chapter 1: Introduction to Signals & Systems. TOPICS: Basic notion, Classification and Various types.

Introduction to Signals and Systems

Part 1 | Chapter 2: Characteristics of Signals. SECTION 1: Effects of time domain operations.

Characteristics of Signals: Signal types and Basic operations

Part 1 | Chapter 2: Characteristics of Signals. SECTION 2: Signal categories and System characteristics

Characteristics of Signals: Signal categories and System characteristics

Part 1 | Chapter 2: Characteristics of Signals. SECTION 3: LTI system, Convolution and Stability.

Characteristics of Signals: LTI System, Convolution and Stability

Part 1 | Chapter 3: Fourier Series and Properties. TOPICS: Existence, Series expansion and Complex coefficients

Fourier Series and Properties

Part 1 | Chapter 4: Fourier Transform. SECTION 1: Need of Fourier transform, Equations and formulae, Conditions and properties

Fourier Transform: Definition and Properties

Part 1 | Chapter 4: Fourier Transform. SECTION 2: Examples, Duality property,  Symmetricity and Results

Fourier Transform: Duality property, Symmetricity and Results

Part 1 | Chapter 5: Laplace Transform. SECTION 1: Significance, LT and ILT, Conditions and Properties

Laplace Transform: Definition and Properties

Part 1 | Chapter 5: Laplace Transform. SECTION 2: ROC and LTI system conditions

Laplace Transform: ROC and LTI system conditions

GATE Coaching for ECE/EE/CE/ME/IN/CS/IT.
Highly Experienced Faculties.
Defined for Quality Education.
Your Success is Our Goal.

Prime Gate Institute

In this course I am going to give full Detailed Solution of Question Paper of GATE 2019 for Electrical Engineering.

GATE 2019 EE Detailed Solution

Faculty of GATE/ESE (Electrical Engineering) , Expertise in Electrical Core | Jony Ive Award Winner 2018 | Use code “PAWANCLIVE” to join

Pawan Chandani

What is electrical machine ?? About Electromagnetism... Different laws of Electromagnetism like Faraday's Law, Lenz Law and Lorentz Force Law.. Magnetic Circuits, Magnetic Materials like Paramagnetic Material, Diamagnetic Materials, Ferromagnetic Materials, Ferrimagnetic Materials.

(Hindi) Basics of Electrical Machine

Nikhil Nakka

In this course, Nikhil discusses the solutions of GATE 2018 Paper along with necessary concepts.

GATE 2018 (EE) - Solutions

1000+ GATE lectures•University Syllabus Coverage•M.tech, B.tech (ECE), Former automation engineer•Jony Ive Award’18, Top Educator’17

Jigyasa Singh

In this course, I will solve GATE 2018 questions of Digital Electronics.

GATE 2018 Paper Solved: Digital Electronics

No.1 Educator in Economics JRF holder, Assistant Professor in Satyawati DU Expert in NET for Economics.Teaching is work of heart❤❤❤

Tanya Bhatia

In this course, Tanya Bhatia explains all the topics related to IES syllabus. The course will be beneficial for all aspirants.

Preparation For Indian Economic Services - IES

#Gate Ranker # Mtech from JEC Jabalpur. use code " MACHINE20" to attend my Classes. I don't teach "I simply explain the topic."

Ravendra Yadav

In this course we will be discussing about the one liners question from different subjects if electrical engineering.

Lessons

9 lessons • 1h 55m

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Introduction to Signals and Systems

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Characteristics of Signals: Signal types and Basic operations

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Characteristics of Signals: Signal categories and System characteristics

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Characteristics of Signals: LTI System, Convolution and Stability

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Fourier Series and Properties

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Fourier Transform: Definition and Properties

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Fourier Transform: Duality property, Symmetricity and Results

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Laplace Transform: Definition and Properties

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Laplace Transform: ROC and LTI system conditions