Assertion: diode's voltage | /r/HasProperty | applied to the diode
Facets:
value: in such a way
type: MANNER
value: though the diode
type: OTHER
value: in the reverse direction
type: LOCATION
value: in that case
type: TEMPORAL
value: in reverse bias
type: MANNER
value: sustainably
type: MANNER
Source sentences:
text: When no voltage is applied to the diode, electrons from the N-type material fill holes from the P-type material along the junction between the layers, forming a depletion zone.
text: Once any forward voltage is applied across the diode, it will conduct current instantly across its junctions.
text: The maximum reverse voltage applied to the diode before its breakdown condition can be referred as peak reverse voltage or peak inverse voltage.
text: If the negative voltage applied to a diode exceeds the "breakdown voltage," the current will begin flowing in the opposite direction.
text: When forward biased voltage is applied to a diode that is connected to a DC circuit, a DC or direct current flows through the diode.
text: When voltage is applied across a diode in such a way that the diode allows current, the diode is said to be forward-biased.
text: Silicon semiconductor diodes start allowing the current flow, if the voltage applied on the diode reaches 0.7 volts.
text: When the voltage applied across the diode is very large and negative, lots of current will be able to flow in the reverse direction, from cathode to anode.
text: When the voltage in reverse bias condition applied to this diode then it surpasses the breakdown voltage, a breakdown of the junction will be occurs.
text: If a large enough negative voltage is applied to the diode, it will give in and allow current to flow in the reverse direction.
text: When an external voltage is applied to the diode in reverse bias, a small amount of current known as leakage current exists due to the minority charge carriers crossing the depletion layer and moving away from it.
text: In that condition the total power dissipated will be measured by multiplying the voltage applied to the diode and forward current flowing through the signal diode.
text: The repetitive voltage is applied to the diode sustainably, the non-repetitive voltage is the ability of the diode to block reverse voltage.
text: If a large enough voltage is applied to the diode in the reverse direction, the diode will eventually turn on and allow reverse current to flow through it.
text: Once any forward voltage is applied across the diode, it will conduct current instantly across its junctions
text: When the reverse voltage is applied across the diode, the width of the depletion region increases.
text: When the tunnel diode is unbiased, or we can say when no voltage is applied across the diode in that case the conduction band of the n-type semiconductor material overlaps with the valence band of the p-type material.
text: The Bulk Resistance, r B , of a diode is the approximate resistance across the terminals of the diode when a forward voltage and current are applied across the diode.
text: If the voltage applied to the diode is greater than the threshold level (generally it is of 0.6V), then diode acts as a short circuit and allows the current flow.
text: Whenever the reverse voltage applied to the diode, then it continuously increases.
text: In general, when the forward voltage applied to a diode exceeds 0.6 to 0.7V for silicon (or 0.1 to 0.2 V for germanium) material, the diode is assumed to be conducting with low resistance.
text: When forward biased voltage is applied to a diode that is connected to AC circuit, an AC or alternating current flows though the diode.
text: When voltage is applied across a diode in such a way that the diode prohibits current, the diode is said to be reverse-biased.