Electronics Archives - EngineeringDone.com

Basic Synchronizer Circuits

The basic synchronizer circuit should meet the following four basic requirements: It must be free running (astable). Because the synchronizer

Electronics TE & TM Modes

TE & TM Modes

October 15, 2017January 22, 2020 Creatives AT Circular Wave-Guide, Flexible Wave-Guide, Microwave Resonators, Ridged Wave-guide, TE & TM Modes

Electromagnetic waves travel down a wave-guide in different configurations called propagation models. These are two types of modes; TM modes

Electronics WAVE GUIDE

WAVE GUIDE

September 22, 2017January 22, 2020 Creatives AT Circular Wave-Guide, Comparisons of Wave-guide, Principle of Wave Guide, Rectangular Wave-guide, Transmission Line, WAVE GUIDE

Principle of Wave Guide Wave guide is a hollow conducting tube used to guide the electromagnetic waves from one place

Electronics RADIO SYSTEMS

V.H.F / U.H.F RADIO SYSTEMS

September 7, 2017April 19, 2018 Creatives AT D Layer, E Layer, F Layer, Ionospheric layers, RADIO SYSTEMS, TRANSMISSION POWER, U.H.F, V.H.F

Propagation in the VHF and UHF bands between 30MHz and 3GHz takes place in the tropospheric .node. The major use

Electronics RADIO WAVE

RADIO WAVE PROPAGATION

September 1, 2017January 22, 2020 Creatives AT Cavity Maser, EM WAVE, FIELD PATTERN, FREQUENCY, MASER, Radio Wave Propagation, Ruby Maser, WAVE VELOCITY, WAVELENGHT

EM WAVE Em (electromagnetic) waves are space fields in which electric and magnetic fields at right angles to each other

Engineering

Aerospace Engineering

December 1, 2020 Creatives AT Comments Off

Aerospace Engineers design, construct and operate aircraft, aerospace vehicles and propulsion systems. This includes planes, jets, helicopters, gliders, missiles and

Television Electronics