Assertion: transistor's current | /r/CapableOf | flow to collector
Facets:
value: from emitter
type: TRANSITIVE-OBJECT
value: from the emitter
type: OTHER
value: in a pnp transistor
type: OTHER
value: through the base
type: MANNER
value: from the base
type: LOCATION
value: to emitter
type: PURPOSE
value: for npn transistors
type: PURPOSE
Source sentences:
text: In ON state, there is sufficient voltage difference with base terminal being the higher one, there is a flow of electrons generated from collector to the emitter which in turn causes a current to flow from emitter to collector.
text: Bipolar transistors are called bipolar because the main flow of current through them takes place in two types of semiconductor material: P and N, as the main current goes from emitter to collector (or vice versa).
text: When the transistor turns on, the current can flow from the emitter to the collector.
text: In an NPN transistor, the current passes through the collector to the emitter, whereas in a PNP transistor the current passes from the emitter to the collector.
text: Current is free to flow through the collector, and out the emitter.
text: It means the transistor is not letting conventional current to go through collector to emitter.
text: you refers to the current coming out of the base rather than the large concentration of minority carrier current going up from the base into the collector.
text: In an NPN transistor, the current passes through the collector to the emitter, whereas in a PNP transistor the current passes from the emitter to the collector.
text: By setting the base voltage of a PNP transistor to 0.7V lower than the emitter, you “turn the transistor on” and allow for current to flow from emitter to collector.
text: Depending on the make up of the transistor, as current flow out of the base is increased the greater the barrier potential depletes allowing more current to flow from emitter to collector.
text: When the transistor does not receive sufficient current at its base, no current can flow from emitter to collector to power the load, which in this case is a motor.
text: For PNP transistors the main current goes from collector to emitter and the small controlling current goes from emitter to base, while for NPN transistors the main current goes from emitter to collector and the controlling current goes from base to emitter.
text: The positive voltage to the emitter allows current to flow from the emitter to the collector, given that there is negative current to the base (current flowing out of the base to ground).
text: The current passes from the emitter to the collector through the base.
text: Thus, much larger current will flow through the collector through Rc (which is equal to β-beta times the base current).