Question: While performing an experiment to determine the gain for an ideal operational amplifier having finite gain, a student mistakenly used the equation 1 + R2/R1 where R2 is the feedback resistance. What is the percentage error in his result? Given A is the finite voltage gain of the ideal amplifier used.
Options
A : (R2/R1)/(A+ R2/R1) X 100%
B : (1+R2/R1)/(A+R2/R1) X 100%
C : (1+R2/R1)/(A+1+R2/R1) X 100%
D : (R2/R1)/(A+1+R2/R1) X 100%
Electronic Devices Circuits Non Inverting Configuration more questions
The limiting value of the current resistor used in a....
Let f(z)=z+1/z. What will be the definition of this function....
For the circuit given below determine the input common mode....
Consider the circuit shown below which reduces the impact of....
The electrical anlogous of the mechanical load in the induction....
For the parallel reaction A ? B and A ?....
For a DC series generator what is the condition for....
If R1 and R2 are binary relations from set A....
Determine the expression for the transfer function for the circuit....
The condition for a Non-inverting amplifying circuit to operate in....
Chemical Engineering Basics - Part 1 more Online Exam Quiz
Electronic Devices Circuits Mosfets Current Voltage Characterisitcs
Electronic Devices Circuits Multiple Choice
Electronic Devices Circuits Multistage Amplifier
Electronic Devices Circuits Network Theroms
Electronic Devices Circuits Noise
Electronic Devices Circuits Objective
Electronic Devices Circuits Online Quiz
Electronic Devices Circuits Online Test