Assertion: transistor's region | /r/HasProperty | active
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Source sentences:
text: The value of β can be large up to 200 for standard transistors, and it is this large ratio between Ic and Ib that makes the bipolar NPN transistor a useful amplifying device when used in its active region as Ib provides the input and
text: During the transition the input transistor is briefly in its active region; so it draws a large current away from the base of the output transistor and thus quickly discharges its base.
text: During the transition the input transistor is briefly in its active region; so it draws a large current away from the base of the output transistor and thus quickly discharges its base.
text: Figure shows an n-p-n transistor biased in the active region (See transistor biasing), the BE junction is forward biased whereas the CB junction is reversed biased.
text: To use the NPN transistor as a signal amplifier, it has to be operated in the active region.
text: When the NPN transistor is used in an active region, then base current ‘Ib’ offers the i/p and collector current
text: The N region attached to MT2 is active, but the N region attached to MT1 only participates in the initial triggering, not the bulk current flow.
text: The transistor is in the active region and the collector current is depend on the emitter current.
text: Transistors have an active region and can be partly on.
text: The transistor can work in three different regions like active region, cutoff region & saturation region.
text: Transistors work as an amplifier while they work in the active region.
text: When emitter-base is forward biased and collector based is reversed bias, the transistor is said to be in active region.
text: The DC voltage and current are so chosen that the transistor remains in active region for entire AC signal excursion.
text: There can be infinite number of intersection points but q-point is selected in such a way that irrespective of AC input signal swing the transistor remain in active region.
text: -V ceq so that the transistor stays in active region for entire input signal excursion ),
text: “OFF” by controlling the Base signal to the transistor in either its saturation or cut-off regions, Bipolar NPN Transistors can also be used in its active region to produce a circuit which will amplify any small AC signal applied to its Base terminal with the Emitter grounded.