Assertion: transistor's voltage | /r/HasProperty | positive
Facets:
value: with respect to the source
type: OTHER
value: at negative
type: DEGREE
value: with respect to emitter
type: OTHER
value: at the base
type: LOCATION
value: positive at the emitter
type: LOCATION
Source sentences:
text: An NPN transistor receives positive voltage to the collector terminal and positive voltage to the base terminal for proper operation.
text: The voltage between the Base and Emitter ( V BE ), is now negative at the Base and positive at the Emitter because for a PNP transistor, the Base terminal is always biased negative with respect to the Emitter.
text: An NPN transistor receives positive voltage at the collector terminal.
text: A PNP transistor receives positive voltage to the emitter terminal and a negative voltage at the base terminal (or rather a more negative or lower voltage than what is supplied at the emitter terminal).
text: A PNP transistor receives positive voltage at the emitter terminal.
text: Also, there is representation of the voltage between the collector and emitter, it is denoted by V CE , and this voltage is positive with respect to emitter.
text: The voltage at collector terminal should be greater than the emitter and must be positive with respect to the emitter voltage of the transistor, this ensures the current flow between emitter and the collector.
text: As the voltage on the gate is either positive or negative, the channel conductivity decreases.
text: As the voltage on the ‘G’-terminal is positive or negative, then channel conductivity will be decreased.
text: In the n-type, if the voltage applied to the gate is negative with respect to the source, the current will be reduced (similarly in the p-type, if the voltage applied to the gate is positive with respect to the source).
text: The voltage between the Base and Emitter ( V BE ), is positive at the Base and negative at the Emitter because for an NPN transistor, the Base terminal is always positive with respect to the Emitter.
text: As the voltage on the gate is either positive or negative, the channel conductivity decreases.
text: As the voltage on the ‘G’-terminal is positive or negative, then channel conductivity will be decreased.
text: In the n-type, if the voltage applied to the gate is negative with respect to the source, the current will be reduced (similarly in the p-type, if the voltage applied to the gate is positive with respect to the source).