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14. Let w = 30 krad/s, Qo = circuit. (a) Find the bandwidth. (b) Calculate N at w = 28 krad/s. (c) Use approximate methods to determine Zin(j28,000). (d) Find the true value of Zin (j 28 000). (e) State the percentage error incurred by using the approximate relationships to calculate [Zin| and ang Zin at 28 krad/s. 10, and R = 600 2 for a certain parallel resonant %3D %3D

14. Let w = 30 krad/s, Qo = circuit. (a) Find the bandwidth. (b) Calculate N at w = 28 krad/s. (c) Use approximate methods to determine Zin(j28,000). (d) Find the true value of Zin (j 28 000). (e) State the percentage error incurred by using the approximate relationships to calculate [Zin| and ang Zin at 28 krad/s. 10, and R = 600 2 for a certain parallel resonant %3D %3D

Introductory Circuit Analysis (13th Edition)
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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10, and R = 600 2 for a certain parallel resonant 14. Let wo = 30 krad/s, Qo = circuit. (a) Find the bandwidth. (b) Calculate N at w = 28 krad/s. (c) Use approximate methods to determine Zin(j28,000). (d) Find the true value of Zin (j28 000). (e) State the percentage error incurred by using the approximate relationships to calculate [Z¡n| and ang Zin at 28 krad/s. Note: percentage error = (approximate – true) * 100 / true
Transcribed Image Text:10, and R = 600 2 for a certain parallel resonant 14. Let wo = 30 krad/s, Qo = circuit. (a) Find the bandwidth. (b) Calculate N at w = 28 krad/s. (c) Use approximate methods to determine Zin(j28,000). (d) Find the true value of Zin (j28 000). (e) State the percentage error incurred by using the approximate relationships to calculate [Z¡n| and ang Zin at 28 krad/s. Note: percentage error = (approximate – true) * 100 / true
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