Explanation: For long term stability the amount of change in input offset voltage with time is crucial and denoted as micro volts per week. 2. Find the expression for output offset voltage?
A. VooT = [RF/R1×Vio] + (RF×Io)
B. VooT = [1+(RF/R1)]×(Vio) + (RF×Io)
C. VooT = [1+(RF/R1)]/(Vio) + (RF×Io)
D. VooT = [RF/R1]×(Vio) + (RF/Io)
Answer:A
Explanation: For long term stability the amount of change in input offset voltage with time is crucial and denoted as micro volts per week. 2. Find the expression for output offset voltage?
A. VooT = [RF/R1×Vio] + (RF×Io) B. VooT = [1+(RF/R1)]×(Vio) + (RF×Io) C. VooT = [1+(RF/R1)]/(Vio) + (RF×Io) D. VooT = [RF/R1]×(Vio) + (RF/Io)
Explanation: Output offset voltage is expressed as a function of input offset current and input offset voltage, when is given as