A-002-03: Transistors - NPN/PNP
A-002-03-01:
What is the alpha of a bipolar transistor?
The change of collector current with respect to emitter current
The change of collector current with respect to base current
The change of base current with respect to collector current
The change of collector current with respect to gate current
A-002-03-02:
What is the beta of a bipolar transistor?
The change of collector current with respect to base current
The change of base current with respect to emitter current
The change of collector current with respect to emitter current
The change of base current with respect to gate current
A-002-03-03:
Which component conducts electricity from a negative emitter to a positive collector when its base voltage is made positive?
An NPN transistor
A varactor
A triode vacuum tube
A PNP transistor
A-002-03-04:
What is the alpha of a bipolar transistor in common base configuration?
Forward current gain
Forward voltage gain
Reverse current gain
Reverse voltage gain
A-002-03-05:
In a bipolar transistor, the change of collector current with respect to base current is called:
beta
gamma
delta
alpha
A-002-03-06:
The alpha of a bipolar transistor is specified for what configuration?
Common base
Common collector
Common gate
Common emitter
A-002-03-07:
The beta of a bipolar transistor is specified for what configurations?
Common emitter or common collector
Common emitter or common gate
Common base or common collector
Common base or common emitter
A-002-03-08:
Which component conducts electricity from a positive emitter to a negative collector when its base is made negative?
A PNP transistor
A triode vacuum tube
A varactor
An NPN transistor
A-002-03-09:
Alpha of a bipolar transistor is equal to:
beta / (1 + beta)
beta X (1 + beta)
beta X (1 - beta)
beta / (1 - beta)
A-002-03-10:
The current gain of a bipolar transistor in common emitter or common collector compared to common base configuration is:
large to very large
very small
usually about double
usually about half
A-002-03-11:
Beta of a bipolar transistor is equal to:
alpha / (1 - alpha)
alpha / (1 + alpha)
alpha X (1 - alpha)
alpha X (1 + alpha)
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