A-002-06: Amplifiers - classes A, AB, B and C
A-002-06-01:
For what portion of a signal cycle does a Class A amplifier operate?
The entire cycle
Exactly 180 degrees
More than 180 degrees but less than 360 degrees
Less than 180 degrees
A-002-06-02:
Which class of amplifier has the highest linearity and least distortion?
Class A
Class AB
Class B
Class C
A-002-06-03:
For what portion of a cycle does a Class AB amplifier operate?
More than 180 degrees but less than 360 degrees
Exactly 180 degrees
The entire cycle
Less than 180 degrees
A-002-06-04:
For what portion of a cycle does a Class B amplifier operate?
180 degrees
Less than 180 degrees
More than 180 degrees but less than 360 degrees
The entire cycle
A-002-06-05:
For what portion of a signal cycle does a Class C amplifier operate?
Less than 180 degrees
More than 180 degrees but less than 360 degrees
The entire cycle
180 degrees
A-002-06-06:
Which class of amplifier provides the highest efficiency?
Class C
Class A
Class AB
Class B
A-002-06-07:
In order to provide the greatest efficiency in the output stage of a CW, RTTY or FM transmitter, you would operate the amplifier:
Class C
Class AB
Class B
Class A
A-002-06-08:
Which class of amplifier provides the least efficiency?
Class A
Class C
Class B
Class AB
A-002-06-09:
Which class of amplifier has the poorest linearity and the most distortion?
Class C
Class AB
Class A
Class B
A-002-06-10:
Which class of amplifier operates over the full cycle?
Class A
Class AB
Class B
Class C
A-002-06-11:
Which class of amplifier operates over less than 180 degrees of the cycle?
Class C
Class AB
Class A
Class B
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