R Given the shown figure to right which shows a RLC circuit. This circuit is to be used as a band pass filter (BPF). Given that R = 100-ohm, C = 0.001 F and L = 0.02 + M10-3, where M is the last non- zero digit in your student number. And the output signal is always taken on the terminals of R as Vo(t), Answer the following: V.(t) Ve. Vs 4- Give an equation for the BPF gain spectrum |H(f)| = o. 5- If the source signal (a message signal V,) is to be passed through the filter and Vs = 2 cos 2 r 6000 t + 2 cos 2 n 8000 t , find the output signal (Vo(t)). 6- If it considered that the BPF gain of less than 0.5 as a cut-off threshold, will you consider the message signal V = 2 cos 2 n 6500 t to pass from the BPF? (show details). Vs
R Given the shown figure to right which shows a RLC circuit. This circuit is to be used as a band pass filter (BPF). Given that R = 100-ohm, C = 0.001 F and L = 0.02 + M10-3, where M is the last non- zero digit in your student number. And the output signal is always taken on the terminals of R as Vo(t), Answer the following: V.(t) Ve. Vs 4- Give an equation for the BPF gain spectrum |H(f)| = o. 5- If the source signal (a message signal V,) is to be passed through the filter and Vs = 2 cos 2 r 6000 t + 2 cos 2 n 8000 t , find the output signal (Vo(t)). 6- If it considered that the BPF gain of less than 0.5 as a cut-off threshold, will you consider the message signal V = 2 cos 2 n 6500 t to pass from the BPF? (show details). Vs
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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