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Hand calculate the phasor voltage for VR1 and Vc₁ using the 50 2 source resistance. Compare the hand calculated values to your DMM and oscilloscope readings. Notice |VR1| + |Vc₁| + Vin. Why? Hand calculate the phase of the capacitor voltage. Compare the calculated and measured phases.

Hand calculate the phasor voltage for VR1 and Vc₁ using the 50 2 source resistance. Compare the hand calculated values to your DMM and oscilloscope readings. Notice |VR1| + |Vc₁| + Vin. Why? Hand calculate the phase of the capacitor voltage. Compare the calculated and measured phases.

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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Hand calculate the phasor voltage for VR1 and Vc₁ using the 50 2 source resistance. Compare the hand calculated values to your DMM and oscilloscope readings. Notice |VR1| + |Vc₁| + Vin. Why? Hand calculate the phase of the capacitor voltage. Compare the calculated and measured phases. + Vin R1 M Vo DMM Oscilloscope Calculation VR1 0.45V 0.63 V VC1 1.92V 1.97V C1 C Need help. Vin = 2.5V, f = 500Hz, R1 = 390 ohms, C1 = 1uf
Transcribed Image Text:Hand calculate the phasor voltage for VR1 and Vc₁ using the 50 2 source resistance. Compare the hand calculated values to your DMM and oscilloscope readings. Notice |VR1| + |Vc₁| + Vin. Why? Hand calculate the phase of the capacitor voltage. Compare the calculated and measured phases. + Vin R1 M Vo DMM Oscilloscope Calculation VR1 0.45V 0.63 V VC1 1.92V 1.97V C1 C Need help. Vin = 2.5V, f = 500Hz, R1 = 390 ohms, C1 = 1uf
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