There are three possible operations of a Bipolar Junction Transistor (BJT) which are amplifier, on-switch or off-switch depending on the region where the operating point lies. Determine how both junctions Base - Collector (BC) and Base-Emitter (BE) should be biased for each mode of operation in Table Q1, assuming that the BJT is of the NPN type. Table Q1 Biasing of Base-Emitter (BE) and Base-Collector (BC) of a BJT for different modes of operation BJT Operation mode Base-Emitter (BE) Junction Biasing Base Collector (BC) Junction Biasing region Saturation Cut-off Active Which region of the BJT that is the most heavily doped and which region is the most lightly doped? Q1 (1)

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There are three possible operations of a Bipolar Junction Transistor (BJT) which
are amplifier, on-switch or off-switch depending on the region where the
operating point lies. Determine how both junctions Base - Collector (BC) and
Base-Emitter (BE) should be biased for each mode of operation in Table Q1,
assuming that the BJT is of the NPN type.
Table Q1 Biasing of Base-Emitter (BE) and Base-Collector (BC) of a BJT for
different modes of operation
Base Emitter (BE)
Junction Biasing
BJT Operation mode
Base Collector (BC)
Junction Biasing
region
Saturation
Cut-off
Active
(ii)
Which region of the BJT that is the most heavily doped and which region is the
most lightly doped?
Q1 (1)
Transcribed Image Text:There are three possible operations of a Bipolar Junction Transistor (BJT) which are amplifier, on-switch or off-switch depending on the region where the operating point lies. Determine how both junctions Base - Collector (BC) and Base-Emitter (BE) should be biased for each mode of operation in Table Q1, assuming that the BJT is of the NPN type. Table Q1 Biasing of Base-Emitter (BE) and Base-Collector (BC) of a BJT for different modes of operation Base Emitter (BE) Junction Biasing BJT Operation mode Base Collector (BC) Junction Biasing region Saturation Cut-off Active (ii) Which region of the BJT that is the most heavily doped and which region is the most lightly doped? Q1 (1)
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