6 of 20 A swamped amplifier uses negative feedback uses posi

6 of 20

A swamped amplifier

uses negative feedback

uses positive feedback

is an amplifier whose total emitter resistance is bypassed

is an amplifier that uses base bias

7 of 20

For voltage-divider bias circuits, V _CC is

at dc ground

at ac ground

an open to ac current

a high impedance point for ac signals

8 of 20

One way to stabilize the voltage gain of a CE amplifier is to

always use an emitter bypass capacitor

leave some of the emitter resistance unbypassed

use a large load resistance

use a PNP transistor

9 of 20

For a coupling capacitor to work properly, XC should

equal R

be one-tenth or less the series R

be twice the value of the series R

be ten or more times the series R

10 of 20

For dc, a capacitor can be treated like a(n)

open

short

1 k resistor

none of the above

6 of 20 A swamped amplifier uses negative feedback uses positive feedback is an amplifier whose total emitter resistance is bypassed is an amplifier that uses base bias 7 of 20 For voltage-divider bias circuits, V CC is at dc ground at ac ground an open to ac current a high impedance point for ac signals 8 of 20 One way to stabilize the voltage gain of a CE amplifier is to always use an emitter bypass capacitor leave some of the emitter resistance unbypassed use a large load resistance use a PNP transistor 9 of 20 For a coupling capacitor to work properly, XC should equal R be one-tenth or less the series R be twice the value of the series R be ten or more times the series R 10 of 20 For dc, a capacitor can be treated like a(n) open short 1 k resistor none of the above

Solution

6)A swamped amplifier uses negative feedback.

8)One way to stabilize the voltage gain of a CE amplifier is to leave some of the emitter resistance unbypassed.

9)For a coupling capacitor to work properly, XC should be be one-tenth or less the series R.

10)For dc, a capacitor can be treated like an open.