PHYSICS WITH Dr SANJAY BHARGAVA

L-22 I Unit-V I IMPATT Diode & Avalanche Transit-Time Devices Power Output & Efficiency Explained

PHYSICS WITH Dr SANJAY BHARGAVA

L-21 I Unit V I Avalanche Transit-Time Devices Read Diode, Power Output & Efficiency Explained

PHYSICS WITH Dr SANJAY BHARGAVA

JDB@100 I Celebrating 100 Glorious Years JDB Government Girls College Kota I Principal’s Impact

PHYSICS WITH Dr SANJAY BHARGAVA

L-20 l Unit V l Modes of Operation Explained Gunn, LSA, Transit-Time, Quenched & Delayed.

PHYSICS WITH Dr SANJAY BHARGAVA

L-19 I Unit V II How High-Field Domains Form in TEDs

PHYSICS WITH Dr SANJAY BHARGAVA

L-18 I Unit-V II Two-Valley Model I Transferred Electron Devices NDR & Domain Formation

PHYSICS WITH Dr SANJAY BHARGAVA

L-15 I Moving Coil Galvanometer Working, Principle & Conversion to Ammeter & Voltmeter Explained

PHYSICS WITH Dr SANJAY BHARGAVA

L-17 I Unit V II Ridley–Watkins–Hilsum Theory & Negative Differential Resistance Complete Tutorial

PHYSICS WITH Dr SANJAY BHARGAVA

L-16 I Unit V II GUNN Effect Explained I Transferred Electron Devices

PHYSICS WITH Dr SANJAY BHARGAVA

L-15 I Unit V II An Introduction to Transferred Electron Devices (TEDs)

PHYSICS WITH Dr SANJAY BHARGAVA

L-14 Unit II “Microwave Faraday Rotation 🔄 Gyrator, Isolator & Circulator Explained Simply!”

PHYSICS WITH Dr SANJAY BHARGAVA

L-13 Unit II “Propagation in Ferrite Medium Along & Normal to Direction of Magnetisation”

PHYSICS WITH Dr SANJAY BHARGAVA

L-12 Unit II, “Microwave Propagation in Ferrites 🔥 Permeability & Susceptibility Explained!”

PHYSICS WITH Dr SANJAY BHARGAVA

L-11 Unit II Cylindrical Cavity Resonator Explained, Resonant Frequency, Wavelength for TM, TE modes

PHYSICS WITH Dr SANJAY BHARGAVA

L-10 Unit II Rectangular Cavity Resonator, Resonant Frequency & Wavelength for TE & TM Modes

PHYSICS WITH Dr SANJAY BHARGAVA

L-7 Unit-1 Conductor Attenuation in Rectangular Waveguide II TM & TE Modes Explained Clearly

PHYSICS WITH Dr SANJAY BHARGAVA

L-9 Unit II Resonators Made SimpleTank Circuit, Cavity resonator and Their Performance

PHYSICS WITH Dr SANJAY BHARGAVA

L-8 Unit-1 Cylindrical Waveguide Losses II TM & TE modes and Quality factor (Q)

PHYSICS WITH Dr SANJAY BHARGAVA

L-6 Unit-1 Attenuation In Waveguide Explained II Cut-Off Condition & Dielectric Losses Made Simple

PHYSICS WITH Dr SANJAY BHARGAVA

Glimpses from the Life of Dr Sanjay Bhargava, Retired Principal, JDB Government Girls College Kota.

PHYSICS WITH Dr SANJAY BHARGAVA

L-5 UNIT-1 Excitation of Modes in a Rectangular and a Circular Waveguides

PHYSICS WITH Dr SANJAY BHARGAVA

L-14 Force on a Current carrying Conductor, Force between Parallel Currents, Torque on current loop

PHYSICS WITH Dr SANJAY BHARGAVA

L-4 UNIT-1 TE & TEM modes in Circular waveguide, Field Equations, Propagation Characteristics.

PHYSICS WITH Dr SANJAY BHARGAVA

L-13 AMPERE CIRCUITAL LAW AND ITS APPLICATIONS

PHYSICS WITH Dr SANJAY BHARGAVA

L-3 UNIT-1 Circular Waveguide, Solution of Wave Equation in Cylindrical Polar Coordinates, TM Modes

PHYSICS WITH Dr SANJAY BHARGAVA

L-12 BIOT SAVARTS LAW AND ITS APPLICATIONS

PHYSICS WITH Dr SANJAY BHARGAVA

L-2 UNIT-1 Transverse Electric (TE) and Transverse Magnetic (TM) modes in Rectangular Waveguide

PHYSICS WITH Dr SANJAY BHARGAVA

L-11 Motion of Charge Particle in Electric & Magnetic Field, Lorentz Force

PHYSICS WITH Dr SANJAY BHARGAVA

L-1 UNIT-1 Waveguide, Rectangular Waveguide, Solution of Wave Equation in Rectangular Coordinates

PHYSICS WITH Dr SANJAY BHARGAVA

L-10 UNIFORM CIRCULAR MOTION (MOTION IN A PLANE PART-III)

PHYSICS WITH Dr SANJAY BHARGAVA