Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN: 9780133923605
Author: Robert L. Boylestad
Publisher: PEARSON
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Transcribed Image Text:Find io in the op amp circuit shown,
50 k2
10 k2
0.4 V
20 k2
+)
ww
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- Thank you in advance for your answer.arrow_forwardAssume that the ideal op amp in the circuit in the figure is operating in its linear region, Take that R₁ = 45 k and R₂ = 18 kn. Part A Calculate the power delivered to the R₂. Express your answer with the appropriate units. ANSWER: PR₂ Express your answer with the appropriate units. ANSWER: PR₂ Part C Find the ratio of the power found in Part A to that found in Part B. ANSWER: 320mV Part B Calculate the power delivered to the R₂ with the op amp removed from the circuit, that is, with the R₂ resistor connected in the series with the voltage source and the R₁ resistor. PA/PB = + Source: Loadarrow_forwardUse the following values: v1=8V R1=3kiloOhms Vx=11Varrow_forward
- The op amp used in the circuit given below is ideal. Find the output voltage Vo in terms of input voltage V in and resistors.arrow_forward! Required information The circuit shows a two-op-amp instrumentation amplifier. v10 R2/ R₁= ww R₂ ww R₁ R3 www 2/20 + R4 0 % If R3 = 16 k, and R4 = (gain-1)*R3 k, what must the relative values of R2 and R₁ be in order to implement a subtractor with output vo= gain(v2 -v₁)? Assume gain = 4.arrow_forwardThe input to an non-inverting-amplifier circuit consists of us =0.5 V and R2 =1002. If Vcc=15 V, what is the maximum value that R1 can assume before saturating the op amp? Vs ww+ Rs R₂ R₁ 000arrow_forward
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