Consider the inverting amplifier shown in Figure Q1c. Initially R₁=10 ks, R₂=1 MS2 and R3 is a short circuit (02). R₁ R₂ w R3 A • Vo Figure Qlc (i) If the op-amp has an input bias current of 100 nA and an input offset current of 10 nA, calculate the output voltage. [2] (ii) Evaluate the required value of R3 to cancel the effect of bias current at the output. [2] (ii) Calculate the new value of Vo. [2] Explain the need for decoupling capacitors and the importance of their placement. [4]

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Consider the inverting amplifier shown in Figure Q1c. Initially R₁=10 ks,
R₂=1 MS2 and R3 is a short circuit (02).
R₁
R₂
w
R3
A
• Vo
Figure Qlc
(i)
If the op-amp has an input bias current of 100 nA and an input offset
current of 10 nA, calculate the output voltage.
[2]
(ii)
Evaluate the required value of R3 to cancel the effect of bias current at
the output.
[2]
(ii)
Calculate the new value of Vo.
[2]
Explain the need for decoupling capacitors and the importance of their
placement.
[4]
Transcribed Image Text:Consider the inverting amplifier shown in Figure Q1c. Initially R₁=10 ks, R₂=1 MS2 and R3 is a short circuit (02). R₁ R₂ w R3 A • Vo Figure Qlc (i) If the op-amp has an input bias current of 100 nA and an input offset current of 10 nA, calculate the output voltage. [2] (ii) Evaluate the required value of R3 to cancel the effect of bias current at the output. [2] (ii) Calculate the new value of Vo. [2] Explain the need for decoupling capacitors and the importance of their placement. [4]
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