A-002-07: Amplifier circuits - discrete and IC
A-002-07-01:
What determines the input impedance of a FET common-source amplifier?
The input impedance is essentially determined by the gate biasing network
The input impedance is essentially determined by the resistance between the source and substrate
The input impedance is essentially determined by the resistance between the source and the drain
The input impedance is essentially determined by the resistance between the drain and substrate
A-002-07-02:
What determines the output impedance of a FET common-source amplifier?
The output impedance is essentially determined by the drain resistor
The output impedance is essentially determined by the drain supply voltage
The output impedance is essentially determined by the gate supply voltage
The output impedance is essentially determined by the input impedance of the FET
A-002-07-03:
What are the advantages of a Darlington pair audio amplifier?
High gain, high input impedance and low output impedance
Mutual gain, high stability and low mutual inductance
Mutual gain, low input impedance and low output impedance
Low output impedance, high mutual impedance and low output current
A-002-07-04:
In the common base amplifier, when the input and output signals are compared:
the signals are in phase
the output signal lags the input signal by 90 degrees
the output signals leads the input signal by 90 degrees
the signals are 180 degrees out of phase
A-002-07-05:
In the common base amplifier, the input impedance, when compared to the output impedance is:
very low
only slightly higher
only slightly lower
very high
A-002-07-06:
In the common emitter amplifier, when the input and output signals are compared:
the signals are 180 degrees out of phase
the output signal leads the input signal by 90 degrees
the output signal lags the input signal by 90 degrees
the signals are in phase
A-002-07-07:
In the common collector amplifier, when the input and output signals are compared:
the signals are in phase
the output signal leads the input signal by 90 degrees
the output signal lags the input signal by 90 degrees
the signals are 180 degrees out of phase
A-002-07-08:
The FET amplifier source follower circuit is another name for:
common drain circuit
common source circuit
common mode circuit
common gate circuit
A-002-07-09:
The FET amplifier common source circuit is similar to which of the following bipolar transistor amplifier circuits?
Common emitter
Common collector
Common base
Common mode
A-002-07-10:
The FET amplifier common drain circuit is similar to which of the following bipolar transistor amplifier circuits?
Common collector
Common emitter
Common base
Common mode
A-002-07-11:
The FET amplifier common gate circuit is similar to which of the following bipolar transistor amplifier circuits?
Common base
Common mode
Common collector
Common emitter
|
Color key:
|
|
● = Unseen
|
|
● = Weak
|
|
● = Review
|
|
● = Learned
|
|
● = Incorrect answer
|
