Non-Inverting Voltage Amplifiers

?
  • Created by: Natmac
  • Created on: 24-03-20 10:34
What will happen if the gain of an op-amp is large?
It will result in an exceedingly small input voltage will result in the op-amp saturating.
1 of 10
What happens when we use feedback to reduce the gain of the op-amp
takes the output and feeds it back to the input where it is mixed with the original input signal.
2 of 10
when does negative feedback occur?
When a sample of the output is fed back to the inverting input.
3 of 10
what are the two signals for the amplifier?
The input signal and feedback signal.
4 of 10
What is the purpose of a non-inverting amplifier?
To change the input signal without altering the polarity of the signal.
5 of 10
How can a non-inverting amplifier be constructed?
Using an op-amp and two resistor values in a potential divider arrangement.
6 of 10
How is the gain of the amplifier governed?
The resistor values in the potential divider.
7 of 10
Name an advantage of Negative Feedback
The gain of the op-amp has been reduced to a more useful figure
8 of 10
Name another advantage of Negative Feedback
Increases the bandwidth of the amplifier
9 of 10
Name another advantage of Negative Feedback
a non-inverting amplifer cannot attenuate
10 of 10

Other cards in this set

Card 2

Front

What happens when we use feedback to reduce the gain of the op-amp

Back

takes the output and feeds it back to the input where it is mixed with the original input signal.

Card 3

Front

when does negative feedback occur?

Back

Preview of the front of card 3

Card 4

Front

what are the two signals for the amplifier?

Back

Preview of the front of card 4

Card 5

Front

What is the purpose of a non-inverting amplifier?

Back

Preview of the front of card 5
View more cards

Comments

No comments have yet been made

Similar Engineering resources:

See all Engineering resources »See all EDC resources »