RL =3.70The blue box represents the inductorand its internal resistance.L=97.13 uH2 cos (w t + 0°)R=100The frequency of thesource voltage variesbut it has a constantmagnitude of 2V anda phase angle of 0°.C=43.46 nF Freq (kHz)T (uS) |VR| (Volts) Angle VR IVC| (Volts) Angle VC VLI (Volts) Angle VL(Deg)+72+35(Deg)-15-57(Deg)+1601.4850702014.30.4761.223.386.65.6+12176.490+88+39+2613.11.520.977.35-897.13.882.52-136-15111.1-46-605.44.2100100.7Calculate the theoretical values of VR, Vc, and VL (both magnitude and phase angle) at thetest frequencies used in the table above. That is 50kHz, 70kHz, 76.4kHz, 90kHz, and100kHz. Create a table for these calculated values, in the same order as in the table above,so they can be easily compared to the experimental results. Include this table in your report.

From given problem R=10 ohm XL=3.7 +j (w(97.13*10-6)) ohm XC=1/(jw(43.46*10-9)) ohm

Calculate the theoretical values of VR, Vc, and VL (both magnitude and phase angle) at the test frequencies used in the table above. That is 50kHz, 70kHz, 76.4kHz, 90kHz, and 100kHz. Create a table for these calculated values, in the same order as in the table above, so they can be easily compared to the experimental results. Include this table in your report.

Calculate the theoretical values of VR, Vc, and VL (both magnitude and phase angle) at the test frequencies used in the table above. That is 50kHz, 70kHz, 76.4kHz, 90kHz, and 100kHz. Create a table for these calculated values, in the same order as in the table above, so they can be easily compared to the experimental results. Include this table in your report.

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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