An inverting amplifier (op-amp) circuit with two resistors, R =15 k2 and R, = 10 M2has an input bias current 150nA and the input offset current of the op-amp is 20nA.Determine the output dc offset voltage. To minimize the output offset voltage, a resistorR is placed in series with the positive input terminal of the op-amp, calculate the valueof the resistor. What is the new value of the output voltage, V,.(a) 0.15 V, 14.98 M2, 0.2 V(b) 1.5 V, 14.98 k2, 0.2 V(c) 0.15 V, 14.98 MS2, 0.02 V(d) 1.5 V, 14.98 k2, 0.02 V3 An inverting amplifier (op-amp) circuit with two resistors, R =15 k2 and R, = 10 M2has an input bias current 150nA and the input offset current of the op-amp is 20nA.Determine the output dc offset voltage. To minimize the output offset voltage, a resistorR is placed in series with the positive input terminal of the op-amp, calculate the valueof the resistor. What is the new value of the output voltage, V,.(a) 0.15 V, 14.98 M2, 0.2 V(b) 1.5 V, 14.98 k2, 0.2 V(c) 0.15 V, 14.98 MS2, 0.02 V(d) 1.5 V, 14.98 k2, 0.02 V3

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An inverting amplifier (op-amp) circuit with two resistors, R =15 k2 and R, = 10 M2 %3D has an input bias current 150nA and the input offset current of the op-amp is 20nA. Determine the output de offset voltage. To minimize the output offset voltage, a resistor R, is placed in series with the positive input terminal of the op-amp, calculate the value of the resistor. What is the new value of the output voltage, V.. (a) 0.15 V, 14.98 M2, 0.2 V (b) 1.5 V, 14.98 k2, 0.2 V (c) 0.15 V, 14.98 MS2, 0.02 V (d) 1.5 V, 14.98 k2, 0.02 V

An inverting amplifier (op-amp) circuit with two resistors, R =15 k2 and R, = 10 M2 %3D has an input bias current 150nA and the input offset current of the op-amp is 20nA. Determine the output de offset voltage. To minimize the output offset voltage, a resistor R, is placed in series with the positive input terminal of the op-amp, calculate the value of the resistor. What is the new value of the output voltage, V.. (a) 0.15 V, 14.98 M2, 0.2 V (b) 1.5 V, 14.98 k2, 0.2 V (c) 0.15 V, 14.98 MS2, 0.02 V (d) 1.5 V, 14.98 k2, 0.02 V

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter18: Resistive-inductive Parallel Circuits

Section: Chapter Questions

Problem 13PP: In an R-L parallel circuit, IT=1.25 amps, R=1.2k, and XL=1k. Find IR

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