A light Emitting Diode....
Light Resistat Diode ...
the diode is forward bias ANSWER: A bypass diode is used to bypass circuitry as soon as the diode is forward bias by 0.6 volts The use it to bypass to prevent damage to the circuitry
A switch transient spike cannot damage a doide.
LED: light emitting diode. It is a diode that emits light when current passes through it
Peak reverse voltage of a diode is the maximum reverse bias voltage can be applied to diode which does not cause break down.
"nanometer" or billionths of a meter. 650 nanometers is the wavelength of the light produced by the diode.
light emitting diode and its a diode that emitting the light when the current passes through it and it used in the TV screen
The maximum voltage which can apply When diode in reverse bias..if it is exceed that voltage the diode may get damage.
Light Emitting Diode.
Liquid Crystal Diode.
light emitting diode
They can. Low end inverters often use a square wave output, instead of a sine wave output. This causes harmonic distortion that can sometimes damage equipment. One of the damage mechanisms is the simple rectifier - when the diode conducts and recharges the filter capacitor in a power supply, if the slope of the step change is vertical, as it would be with a square wave, the instantaneous current through the diode and capacitor tries to be infinite, and that can damage the diode or capacitor.
That's to avoid the diode from burning out. When it is forward biased, the resistance is extremely low; so even a small voltage can produce a large current, and that can quickly damage it.