B.Tech in EEE 
Qualified gate 2017 and gate 2018
M.Tech-EE, PhD- EMD(EE)


Kumari Sarita

this course will cover the concept of capacitor and inductors, their behavior and properties. It is necessary for EE/ECE/EEE students to understand these things before studying transient analysis and steady state analysis.

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 & ESE

Hindi

(Hindi) Capacitors and Inductors

Magnetostatics

Electromagnetic Field Theory

Electrical Engineering

GATE & ESE - EE, EC

GATE, ESE and IIT-JAM

Ace the toughest competitive and government exams in India 

Test Preparation

This lesson covers the overview of this course

Overview of this Course (in Hindi)

This lesson covers the concept of capacitors

1. Capacitors (in Hindi)

2. Capacitors Continue (in Hindi)

This lesson covers the concept of inductors

3. Inductors (in Hindi)

4. Inductors Continue (in Hindi)

This lesson covers the questions on capacitors

5. Questions on C&L(1-4) (in Hindi)

This lesson covers the questions on capacitors and inductors

6. Questions on C&L(5-8) (in Hindi)

7. Questions on C&L (9-11)(in Hindi)

This lesson covers the question on inductors

8. Question on C&L(12) (in Hindi)

This lesson covers the previous year asked questions on C&L

9. GATE asked questions on C&L(1-4) (in Hindi)

This lesson covers the previous years questions on C&L(5-7)(in Hindi)

GATE asked questions on C&L(5-7)(in Hindi)

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use code " MACHINE20" to attend my Classes.
and Make Electrical your Passion

Ravendra Yadav

This course contains 50 questions 2 marks each total test consists of 100 marks.

(Hindi) 100 Marks Test Series on Machines

I am from Chandigarh ,where  I am into photography along with teaching Electrical engineering for gate-EE , ESE, SSC JE.Teaching is💓

Sidhant Sharma

This course will deal with the complete aspect of steady state analysis and frequency response of an A.C. circuit in detail with the help of practice problem and Previous year problems of different competitive examination

(Hindi) Steady State A.C. Analysis - Concept and PYQ'S

Pursuing my M.Tech in Power Systems Engineering from National Institute of Technology, Tiruchirappalli (TN). UPSC ESE Aspirent. 

Kundan Kumar

Introduction to magnetic circuit, B-H Relationship (Magnetization Characteristics), Core with Air-gap, Magnetic circuits calculations, Leakage Flux, Fringing, Stacking Factor, Magnetic Materials and their properties, Sheet Steels, Magnetostrsiction, Magnetizing Curves, Magnetically induced EMF and Force, AC operation of Magnetic Circuits, Permanent Magnets, With numeral problems.

Magnetic Circuits and Induction for GATE

Electrical Engineering Graduate & Masters from Jadavpur University, Kolkata || GATE Qualified || Worked in a PSU Org || Bibliophile || Trave

Saibal Ghosh

This course is about the Graphical Analysis of Electrical Networks. Network Graphs are the topological representation of Electrical Networks. By using Graph Theory we can solve much complicated & rigorous Electrical Networks in a easier fashion.

Graph Theory for GATE Aspirants

M. Tech in Power Electronics from NIT Trichy//AIR 358 in GATE 2020//Assistant Electrical Engineer//Preparing for UPSC IES.

Deepak Kumar

Concept of self induced EMF and self inductance, Concept of mutual induced EMF and mutual inductance, different configuration of ideal transformer, conversion of magnetic couple network to T network, Concept of reflected input Impedance of transformer and MCQ's on magnetic Couple Circuits.

(Hindi) Magnetic Couple Circuits

Use Referral Code :SanjayYadav1 and get 10% discount on Unacademy Plus. 
Faculty of GATE. Top Educator - GATE (Engineering Mathematics). 

Sanjay Yadav

This course will complete all the aspects of Electromagnetic Theory. From the basic level to moderate level we will understand all the concept during this course. We will complete most of the problem after completing each module. The course covers Vector Analysis, Electrostatic Field, Electric Field in Matter, Magnetostatic Field, Magnetic Field in Matter, Time-Varying Field and Maxwell's Equation, Electromagnetic Waves, Transmission Lines, Waveguide and Antenna and Radiating System.

Lessons

11 lessons • 1h 52m