Assertion: diode's voltage | /r/HasProperty | increased
Facets:
value: further
type: MANNER
Source sentences:
text: Note: When diodes are connected in series their equivalent peak inverse voltage is increased while in parallel connection the current carrying capacity is increased.
text: With increase in voltage, the firing voltage in forward characteristics is reduced while peak reverse voltage is increased.
text: Unlike a normal diode its breakdown voltage is very low, when the reverse voltage is greater than or equal to the breakdown voltage the depletion region is vanished and a constant voltage passes through the diode even if reverse voltage is increased.
text: When the electron hole recombination takes places a resultant photon is released which emits light, if the forward voltage is further increased more photons will be released and light intensity also increases but the voltage should not exceed its threshold value else the LED gets damaged.
text: When the voltage is further increased, due to the excess electrons at the junction, the width of the depletion region starts to increase causing the blockage of forward current (where the negative resistance region forms) when the forward voltage is further increased it acts as a normal diode.
text: When the voltage is further increased, due to the excess electrons at the junction, the width of the depletion region starts to increase causing the blockage of forward current (where the negative resistance region forms) when the forward voltage is further increased it acts as a normal diode.
text: If the varactor diode reverse voltage is increased, then the depletion region size increases.
text: For a reverse-biased diode, the depletion layer becomes wider when the reverse voltage is increased.
text: As voltage is increased, the terahertz wave dies out because the energy value in the quantum well is outside the emitter side energy.
text: In the above characteristics of a diode, when the voltage across the diode increases then the current will be increased.
text: The most important region of operation for tunnel diodes is this negative resistance region where, as the voltage is increased, the current decreases.
text: When the voltage across the diode is increased, temperature also increases and the crystal ions vibrate with greater amplitude and
text: When the applied voltage is further increased then the valence and conduction band of the diode is slightly misaligned.
text: When the voltage is increased than the current flowing through it decreases.