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 basically describes the introduction to S param. in Microwaves, its features ,its properties, the reason of using S param. in MW ,  its use  in  incident and reflected voltage under matched  & mismatched condition, & related problems.

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(Hindi) GATE: High-Frequency S Parameters

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It deals with the subtopics of HF S Parameters at Microwaves.

Overview of HF S Parameters (in Hindi)

It deals with the introduction of S parameters at  Microwave frequency.

Introduction to S Parameters (in Hindi)

It deals with the S parameters of a two port network.

Foundation of S Parameters in a Two-Port Network (in Hindi)

It discusses the s parameters under matched & incident and reflected waves under mismatched condition.

S Parameters Defined Under Matched Condition (in Hindi)

It deals with the incident and reflected waves in terms of power waves and proof that S11 & S22 are symmetrical.

S Parameters in Terms of Impedances (in Hindi)

It deals with the power incident and  power reflected on or from input and output port.It also discussed he power loss ratio.

Power Flow With Incident and Scattered Waves (in Hindi)

It discusses the various properties of S parameters

Properties of S Parameters (in Hindi)

It deals with the other remaining two properties ie zero and phase shifting property of S parameters.

Remaining Two Properties of S Parameters (in Hindi)

It describes  the symmetry properties of S matrix parameters.

Explanation about Symmetry Properties (in Hindi)

It deals with the VSWR in and VSWR out , in RL  & out RL , IL, N Port Scattering matrix representation .

VSWR,Return Loss, Input, and Output Reflection Coefficients (in Hindi)

This tells the s parameters of 1 port and 2 port devices like attenuator,  amplifier, phase- shifter, ideal termination etc in brief.

Explanation on S Matrices Including 1 Port and 2 Port Devices (in Hindi)

It deals with the drawing of SFG in S matrix  & determines the points related to SFG in a summarised form.

Rules for Drawing Signal Flow Graph (in Hindi)

It deals with the numericals related to S parameters.

Numerical Problems on S Parameters (in Hindi)

A Chartered Electronics & Communication Engineer, pursuing Master's in Technology;
also inclined towards Reading and Writing. A Human Rights

Akshita Pal

Course carries description of few advanced topics of optical fiber communication, that shall be helpful in preparation of various technical examinations.

(Hindi) ESE - E&T Engineering: Advanced Optical Communication - Part I

Pursuing Mtech in Vlsi from Nit Trichy.Secured Gate-16 Air 666. Placed in mediatek Pvt. Ltd.

Pooja Dinani

The course covers Introduction, electromagnetic radiation, electromagnetic spectrum,history of microwaves and microwave spectrum

Introduction to Microwaves

In this course, Pooja Dinani discusses the concept of modes, TEM, TE and TM modes, losses in microwave transmission, wave impedances in modes and more. The course will be beneficial Engineering students.

Microwave Transmission: ECE

Impedance,transmission,admittance matric is discussed.Scattering matrix and properties of scattering matrix are discussed

Microwave Network Analysis

Various passive components such as directional couplers, circulators ,isolators, waveguide tees are discussed

Microwave passive components

Presently working at STQC DIRECTORATE as a scientist
Written cleared BARC , ISRO , BEL,  BSNL JTO, NIELIT ,AAI 
ESE -2017 (Rank -36)

Smita Gupta

The course is on satellite communication for Engineering students.

Lessons

13 lessons • 1h 27m

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Overview of HF S Parameters (in Hindi)

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Introduction to S Parameters (in Hindi)

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Foundation of S Parameters in a Two-Port Network (in Hindi)

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S Parameters Defined Under Matched Condition (in Hindi)

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S Parameters in Terms of Impedances (in Hindi)

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Power Flow With Incident and Scattered Waves (in Hindi)

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Properties of S Parameters (in Hindi)

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Remaining Two Properties of S Parameters (in Hindi)

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Explanation about Symmetry Properties (in Hindi)

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VSWR,Return Loss, Input, and Output Reflection Coefficients (in Hindi)

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