WorksheetsOp Amp
Total questions: 16
Worksheet time: 8mins
Which is/are ZERO for an ideal op-amp?
Voltage gain (open-loop)
Input resistance
Output resistance
Bandwidth
Input offset voltage
Which is INFINITE for an ideal op-amp?
CMRR
Output resistance
Input offset voltage
True of False : An ideal op-amp has INFINITE bandwidth
True
False
True of False : An ideal op-amp has INFINITE input impedance
True
False
True of False : A PRACTICAL op-amp has VERY LOW output impedance
True
False
True of False : A PRACTICAL op-amp has VERY LOW CMRR
True
False
Op-amp has how many input(s)?
1
2
3
4
Pin 2 (-) is known as
non-inverting input
inverting input
non-inverting output
inverting output
An ideal op-amp has _______ open-loop gain.
infinite
zero
very high
very low
An ideal op-amp has _______ input offset voltage.
infinite
zero
very high
very low
This is a/an _________ amplifier.
non-inverting
inverting
voltage follower
difference
This is a/an _________ amplifier.
non-inverting
inverting
voltage follower
difference
The _______ amplifier has a voltage gain of 1.
non-inverting
inverting
voltage follower
difference
Given all resistors are 1kΩ. What is the output voltage?
-16V
+16V
-4V
-15V
This is a/an
differentiator
integrator
comparator
difference
Which one is a LOW PASS FILTER?
differentiator
integrator
comparator
difference
