Все публикации

EM Waves (detailed) 04 - Radiation force on a hemispherical surface

EM Waves (detailed) 03 - Properties of EM waves, energy density, radiation pressure

EM waves (detailed) 01 - Displacement current

EM Waves (detailed) 02 - Maxwell's Equations

Communication (detailed) 02 - Modulation

Communication (detailed) 01 - Basics, mode of propagation, maximum distance for LOS communication

Semiconductors (detailed) 10 - Digital Logic Gates, Boolean Algebra

Semiconductors (detailed) 09 - LED, SOLAR CELL, PHOTO DIODE

Semiconductors (detailed) 08 - CE Amplifier

Semiconductors (detailed) 07 - Transistors

Semiconductors(detailed) 06 - Zener diodes

Semiconductors (detailed) 05 - Rectifiers, half wave, full wave - centre and bridge, efficiency

Semiconductors (detailed) 04 - Diodes in forward and reverse bias, examples

Semiconductors (detailed) 03 - Diodes

Semiconductors 01 - Introduction

Semiconductors (detailed) 02 - Band gap models, Intrinsic and extrinsic, current density equation

Semiconductors (detailed) 01 - Introduction, Bond and Band gap model for silicon

Electrostatics spherical conductors (only english)

Electrostatics spherical conductors

Introduction plus SHM as projection of Circular Motion

Modern Physics : Beta Decay

Work and Energy 08 : work done by an ideal spring

Work and Energy 07 : Conservative forces

Work and Energy 06 : Central forces