B-004-04: Field-effect transistor fundamentals
B-004-04-01:
The two basic types of field effect transistors (FET) are:
N and P channel
NPN and PNP
germanium and silicon
inductive and capacitive
B-004-04-02:
A semi-conductor having its leads labeled gate, drain, and source is best described as a:
field-effect transistor
gated transistor
bipolar transistor
silicon diode
B-004-04-03:
In a field effect transistor, the ___________ is the terminal that controls the conductance of the channel.
gate
drain
source
collector
B-004-04-04:
In a field effect transistor, the ___________is the terminal where the charge carriers enter the channel.
source
gate
drain
emitter
B-004-04-05:
In a field effect transistor, the __________ is the terminal where the charge carriers leave the channel.
drain
collector
source
gate
B-004-04-06:
Which semi-conductor device has characteristics most similar to a triode vacuum tube?
Field effect transistor
Junction diode
Zener diode
Bipolar transistor
B-004-04-07:
The control element in the field effect transistor is the:
gate
source
drain
base
B-004-04-08:
If you wish to reduce the current flowing in a field effect transistor, you could:
increase the reverse bias voltage
decrease the reverse bias voltage
increase the forward bias voltage
increase the forward bias gain
B-004-04-09:
The source of a field effect transistor corresponds to the _______ of a bipolar transistor.
emitter
base
drain
collector
B-004-04-10:
The drain of a field effect transistor corresponds to the _______ of a bipolar transistor.
collector
base
source
emitter
B-004-04-11:
Which two elements in a field effect transistor exhibit fairly similar characteristics?
Source and drain
Source and gate
Gate and drain
Source and base
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