I have done M.tech from IIT (ISM) DHANBAD in EC. Currently working as a Deputy manager in R&D in Telecom Company. Passionate for teaching

Neha Dubey

This course is a part of complete series of EMT lectures and it is all about concepts in EMT. Here content is developed according to competitive level of GATE/ESE/PSU which is highly precise in nature.

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

Electromagnetics Waves and it's Properties - GATE

Electromagnetic Waves

Electromagnetics

GATE & ESE - EE, EC

GATE, ESE and IIT-JAM

Ace the toughest competitive and government exams in India 

Test Preparation

Lesson-1 is on Harmonic function and EM wave equation in free space (in English)

Lesson-1 EM Waves: Harmonic Function and EM Wave Equation in Free Space

Lesson 2 is on exponential function and Helmholtz's equation (in English)

Lesson-2 Helmholtz Equation and Exponential Function

Lesson-3 Propagation Constant and EM wave equation in time and space harmonic (in English)

Lesson-3 EM Waves and its Time and Space Harmonics

Lesson-4 is on detailed discussion of Propagation Constant (in English)

Lesson-4: Propagation Constant

Lesson-5 is on Intrinsic Impedance ( in English)

Lesson-5 : Intrinsic Impedance

Lesson-6 EM wave propagation in free space and perfect dielectric

Lesson-6 EM Wave Propagation ( in Hindi)

Lesson-7 Attenuation Constant and Phase Constant ( in English)

Lesson-7 : Derivation of Attenuation Constant and Phase Constant (in English)

Lesson-8 Loss tangent and EM wave propagation in very good conductor (in English)

Lesson-8 Loss Tangent and EM wave propagation in very good conductor

Lesson-9 Skin Depth and its Derivation (in English)

Lesson-10 Poynting Theorem and Power density (in English)

Lesson-10 Poynting Theorem, EM wave power density

Lesson-11 EM wave propagation Part -1 (in English)

Lesson-11 Wave Polarization (Part-1)

Lesson-12 Wave propagation Part-2 (in English)

Lesson-12 Wave Polarization (part-2)

Fm. A.P( 11 yrs tch. exp.,NET quali. & 6 mon. res. exp fr Germany  in MMIC at 94 Ghz, A1 certf  in german,youtuber. Btech,Mtech( gold med.)

Ragini Shukla

This course discusses various planar Transmission lines like micro strip lines,  striplines, CPW, finlines efc, their dominant mode and field configurations , characteristic impedance,  velocity of Propagation and  wavelength and their physical struc

(Hindi) ESE: Planar Transmission Lines

IITian 15 years of exp EX. ACE FACULTY ,  to get 10% discount use the referral code : BVREDDY

B V Reddy

EW waves  - propagation of the plane waves | Normal incidence

Electromagnetic Theory || Normal Incidence - GATE (ECE)

Ex Deputy Engineer ( BEL ) , GATE Qualified, YouTuber (10x preparation) , Motivational speaker , Mentor

Kartik Bhardwaj

This course is a part of complete series of EMT lectures and it  is all about concepts in EMT. Here content is developed according to competitive level of GATE/ESE/PSU which is highly precise in nature.

(Hindi) Complete Course in EMT : Part 5 (Wave Guide)

I am an Electronics engineer.Passionate to share my knowledge to students who actually need it.In my subject u definitely go well.

Vaibhav Goel

In this course, the educator is discussing 
Transmission lines: equations, characteristic impedance, impedance matching, impedance transformation, S-parameters, Smith chart also questions on that

(Hindi) Transmission Lines for GATE

SCIENTIST at STQC Directorate 
Ministry of Electronics and Information technology { NEILIT AIR -14}
Qualified GATE thrice 2015 - 2017

Akanksha Bajpai

This course covers Non Maxwell's equations, Harmonic function , polarisation, propagation, reflection and refraction , phase and group velocity , skin depth.

Electromagnetic Waves or Time - Harmonic Plane Waves

Assistant Professor at Eshan college of Engg , M.Tech in Digital Communication from IIITM Gwalior, Qualified UGC NET 2018, Gate 2016.



Shubham Shakya

This course contain all the theory and examples of Transmission Lines

Lessons

12 lessons • 2h 21m

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Lesson-1 EM Waves: Harmonic Function and EM Wave Equation in Free Space

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Lesson-2 Helmholtz Equation and Exponential Function

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Lesson-3 EM Waves and its Time and Space Harmonics

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Lesson-4: Propagation Constant

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Lesson-5 : Intrinsic Impedance

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Lesson-6 EM Wave Propagation ( in Hindi)

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Lesson-7 : Derivation of Attenuation Constant and Phase Constant (in English)

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Lesson-8 Loss Tangent and EM wave propagation in very good conductor

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Lesson-9 Skin Depth and its Derivation (in English)

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Lesson-10 Poynting Theorem, EM wave power density

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