Assertion: transistor's junction | /r/HasProperty | biased
Facets:
value: forward
type: MANNER
value: in this mode
type: TEMPORAL
value: backward
type: DEGREE
value: in the quiescent state
type: LOCATION
value: inversely
type: DEGREE
value: in the case of 2
type: OTHER
value: in this condition
type: OTHER
value: in forward
type: TEMPORAL
Source sentences:
text: In this condition, both the junction is in forward biased.
text: Whereas, in the case of 2 back to back connected diodes, one junction will be forward biased and other will be reverse biased.
text: The magnitude and sign of both those parameters are controlled by the base current I B {\displaystyle I_{B}} : since both base-collector and base-emitter junctions are inversely biased in the quiescent state, the equivalent circuit of the base input is simply a current generator shunted by base-emitter and base-collector junction capacitances and is therefore not analyzed in what follows.
text: The condition where the IN/OUT junctions are forward biased and the output voltage is reduced when sufficient input current flows through the GND amplification circuit.
text: The condition where the IN/OUT junctions are forward biased and the output voltage is reduced when sufficient input current flows through the GND amplification circuit.
text: Bipolar transistors have five distinct regions of operation, defined by the way the junctions are biased.
text: In this mode, both junctions are forward biased so current flows through the device.
text: In this mode, one junction (emitter to base) is forward biased and another junction (collector to base) is reverse biased.
text: The junction is forward biased.
text: Now initially it is sufficient for us to know that emitter based junction is forward biased and
text: no current will flow and the junction is said to be backward biased.