Connect the following circuit and do the steps that follows. Note that the applied voltage is...

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Connect the following circuit and do the steps that follows. Note that the applied voltage is 2.828 V₁ which is approximately equal to 4 RMS OR 8 V. V. peak peak-to-peak Vs 2.828Vrms 15kHz 0° ~ Is Đ + VR - 1.0ΚΩ R VR VL vc Magnitude 3.8v 3.4v 1.9 V Time Shift-4.4 us 12.40-20.80us Phase Shift-25.41 65.1 113.2 deg + VL - L 10mH C 0.022μF VC 1. Fill the following table. Make V as your reference for the time shift and the phase shift. Also, indicate the sign of the phase shift for all quantities. Connect the following circuit and do the steps that follows. Note that the applied voltage is 2.828 V₁ which is approximately equal to 4 RMS OR 8 V. V. peak peak-to-peak Vs 2.828Vrms 15kHz 0° ~ Is Đ + VR - 1.0ΚΩ R VR VL vc Magnitude 3.8v 3.4v 1.9 V Time Shift-4.4 us 12.40-20.80us Phase Shift-25.41 65.1 113.2 deg + VL - L 10mH C 0.022μF VC 1. Fill the following table. Make V as your reference for the time shift and the phase shift. Also, indicate the sign of the phase shift for all quantities.

Answer rating: 100% (QA)

To fill in the table we need to calculate the time shift and phase shift for VR and VL using the giv... View the full answer