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b) Figure Q3(a) shows a simplified waveform generator. i) Name the op-amp configuration. ii) If the input voltage, v, (t) is a square wave, draw the expected output voltage, vo(t),

b) Figure Q3(a) shows a simplified waveform generator. i) Name the op-amp configuration. ii) If the input voltage, v, (t) is a square wave, draw the expected output voltage, vo(t),

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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b) Figure Q3(a) shows a simplified waveform generator. i) Name the op-amp configuration. ii) If the input voltage, v (t) is a square wave, draw the expected output voltage, vo(t), v,(1) Vo(s) Vs(s) R₁ VsowW R c) Based on the circuit shown in Figure Q3(b), produce an equation expressing the transfer function H(s) = in terms of R₁, R2, R3 and C₁. C₁ R₂ A V₂0 Figure Q3(a) R₁ C R₂ R₁ Figure Q3(b) d) Figure Q3(c) is a model of an op-amp stage with the following characteristics: input bias current, IB = 0.5 µA, input offset current, Iio = 0.5 µA and input offset voltage, Vio = 10 mV. Consider the resistances R₁ = 10 kQ2 and R₂ = 200 kn, i) calculate the output offset voltage Vos(Vio). ii) calculate the output offset voltage Vos (¹) iii) compute the overall worst-case output offset voltage. R₂ -ovo(1) R₂ Figure Q3(c) Vo
Transcribed Image Text:b) Figure Q3(a) shows a simplified waveform generator. i) Name the op-amp configuration. ii) If the input voltage, v (t) is a square wave, draw the expected output voltage, vo(t), v,(1) Vo(s) Vs(s) R₁ VsowW R c) Based on the circuit shown in Figure Q3(b), produce an equation expressing the transfer function H(s) = in terms of R₁, R2, R3 and C₁. C₁ R₂ A V₂0 Figure Q3(a) R₁ C R₂ R₁ Figure Q3(b) d) Figure Q3(c) is a model of an op-amp stage with the following characteristics: input bias current, IB = 0.5 µA, input offset current, Iio = 0.5 µA and input offset voltage, Vio = 10 mV. Consider the resistances R₁ = 10 kQ2 and R₂ = 200 kn, i) calculate the output offset voltage Vos(Vio). ii) calculate the output offset voltage Vos (¹) iii) compute the overall worst-case output offset voltage. R₂ -ovo(1) R₂ Figure Q3(c) Vo
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