An inverting amplifier has parameters R₂ = 150 k2 and R₁ = 15 ks2. Bias currents of 2μA are leaving each op-amp terminal. Determine the output voltage if the input voltage is (a) v = 0, (b) v = 20 mV, (c) v1 = -20 mV, and (d) v = 100 mV.
An inverting amplifier has parameters R₂ = 150 k2 and R₁ = 15 ks2. Bias currents of 2μA are leaving each op-amp terminal. Determine the output voltage if the input voltage is (a) v = 0, (b) v = 20 mV, (c) v1 = -20 mV, and (d) v = 100 mV.
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
Transcribed Image Text:14.43 An inverting amplifier has parameters R₂= 150 k2 and R₁ = 15k2. Bias
currents of 2 μA are leaving each op-amp terminal. Determine the output
voltage if the input voltage is (a) v = 0, (b) v = 20 mV, (c) v = -20 mV,
and (d) v = 100 mV.
R₁
20MM
41
VI
2/2
R₂
AOL(₂-₂)
01/0
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