A BJT is said to be operating in the saturation region ifBase-emitter junction is reverse biased and base-collector junction is forward biasedBoth the junctions are reverse biasedBoth the junctions are forward biasedBase-emitter junction is forward biased and base-collector junction is reverse biased

A BJT is said to be operating in the saturation region if

An npn bipolar junction transistor (BJT) is operating in the active region. If the reverse bias across the base-collector junction is increased, thenThe effective base-width increases and common-emitter current gain decreasesThe effective base-width increases and common-emitter current gain increases The effective base-width decreases and common-emitter current gain decreasesThe effective base-width decreases and common-emitter current gain increases

Which of the following statements regarding the edge of the saturation region (the boundary between saturation and other operation modes) is correct?Group of answer choicesWhen $V_{CE}=0$When $V_{CB}=0$When $V_{BE}=0$There is no current flowing through the transistor.

Once in saturation, a further increase in base current will(a) Cause the collector current to increase(b) Not affect the collector current(c) Turn the transistor off

A- The emitter injects holes into the base region Which of the following is VALID for both P-N-P as well as N-P-N transistor LO: PH.2.16 B- The electrons are the minority carriers in the base region C. The emitter base junction is forward biased for active operation - When a biased in the active region, current flows into their emitter terminal