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10. To what value must R be adjusted in Figure 3-75 to make /₂ = 40 mA? Assume V₂ = 12 V at 30 mA and Z₂ = 30 02. Figure 3-75 11. A 20 V peak sinusoidal voltage is applied to the circuit in Figure 3-75 in place of the dc source. Draw the output waveform. Use the parameter values established in Problem 10.

10. To what value must R be adjusted in Figure 3-75 to make /₂ = 40 mA? Assume V₂ = 12 V at 30 mA and Z₂ = 30 02. Figure 3-75 11. A 20 V peak sinusoidal voltage is applied to the circuit in Figure 3-75 in place of the dc source. Draw the output waveform. Use the parameter values established in Problem 10.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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10. To what value must R be adjusted in Figure 3-75 to make /₂ = 40 mA? Assume V₂ = 12 V at 30 mA and Z₂ = 30 02. Ves 18 V i R Figure 3-75 11. A 20 V peak sinusoidal voltage is applied to the circuit in Figure 3-75 in place of the dc source. Draw the output waveform. Use the parameter values established in Problem 10.
Transcribed Image Text:10. To what value must R be adjusted in Figure 3-75 to make /₂ = 40 mA? Assume V₂ = 12 V at 30 mA and Z₂ = 30 02. Ves 18 V i R Figure 3-75 11. A 20 V peak sinusoidal voltage is applied to the circuit in Figure 3-75 in place of the dc source. Draw the output waveform. Use the parameter values established in Problem 10.
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