Assertion: semiconductor's electron | /r/HasProperty | the majority carriers
Facets:
value: in n-region
type: LOCATION
value: in schottky diode
type: LOCATION
value: in holes
type: LOCATION
value: in this
type: OTHER
value: under such conditions
type: OTHER
value: in an n-type semiconductor
type: OTHER
value: in semiconductor
type: LOCATION
value: in both metal
type: OTHER
Source sentences:
text: In schottky diode, electrons are the majority carriers in both metal and semiconductor.
text: In an n-type semiconductor, electrons are the majority carrier, whereas holes are the minority carrier i.e. electron concentration is more than hole concentration.
text: In a p-type semiconductor, holes are the majority carrier and electrons are the minority carrier.
text: In p-type semiconductors, holes are the majority carriers and electrons are the minority carriers.
text: Under such conditions, the electrons are called majority carriers, and the holes are called minority carriers.
text: As a result, the free electrons (majority carriers) in the n-type semiconductor moves away from the P-N junction and attracted to the positive terminal of the battery similarly the holes (majority carriers) in the p-type semiconductor moves away from the P-N junction and attracted to the negative terminal of the battery.
text: The electrons in the base are called minority carriers because the base is doped p-type, which makes holes the majority carrier in the base.
text: Electrons that traverse from the n-type emitter region into the p-type base region are referred to as minority carriers, because a p-type region has an abundance of holes but few electrons.
text: In P-N junction diode, electrons are the majority carriers in n-region and holes are the majority carriers in p-region.
text: In P-N junction diode, electrons are the majority carriers in n-region and holes are the majority carriers in p-region.
text: In this, electrons are the majority carrier and holes are the minority carrier.
text: In this, electrons are the majority carrier and holes are the minority carrier.
text: Thus, in a p-type semiconductor, holes are the majority carriers and electrons are the minority carriers.
text: The electrons are called majority carriers whereas the holes are called minority carriers because electrons are higher in number as compare with holes.