An input signal given by Vin(t) = 3 cos(150 nt+ 20°) + 3 cos(5000 at - 45°) [V] is applied to the low pass RL filter shown below. 160mH Vin Vout The output signal will have the form: Vout(t) = Vị cos(150 a t + D1) + V2 cos(5000 t t+ D2) [V] The inductor has a value of L=160 [mH] a) Calculate the break frequency fg in Hertz for this filter. Record your value on the answer sheet in the space marked la). b) Calculate the value of Vị in the output expression above. Record this value on the answer sheet in the space marked 1b) on the answer sheet. c) Calculate the value of d1 in the output expression above. Record this value on the answer sheet in the space marked 1c) on the answer sheet. d) Calculate the value of V2 in the output expression above. Record this value on the answer sheet in the space marked 1d) on the answer sheet. e) Calculate the value of D2 in the output expression above. Record this value on the answer sheet in the space marked 1le) on the answer sheet.
An input signal given by Vin(t) = 3 cos(150 nt+ 20°) + 3 cos(5000 at - 45°) [V] is applied to the low pass RL filter shown below. 160mH Vin Vout The output signal will have the form: Vout(t) = Vị cos(150 a t + D1) + V2 cos(5000 t t+ D2) [V] The inductor has a value of L=160 [mH] a) Calculate the break frequency fg in Hertz for this filter. Record your value on the answer sheet in the space marked la). b) Calculate the value of Vị in the output expression above. Record this value on the answer sheet in the space marked 1b) on the answer sheet. c) Calculate the value of d1 in the output expression above. Record this value on the answer sheet in the space marked 1c) on the answer sheet. d) Calculate the value of V2 in the output expression above. Record this value on the answer sheet in the space marked 1d) on the answer sheet. e) Calculate the value of D2 in the output expression above. Record this value on the answer sheet in the space marked 1le) on the answer sheet.
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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I just want to verify my results. The R value to use is 841 ohm
I get that fb = 837 Hz, V1= 2.99 V, and Omega1 = 14.9 degrees
Also V2 = 0.951 V and Omega2 = -45.1 degrees
![An input signal given by
Vin(t) = 3 cos(150 nt+ 20°) + 3 cos(5000 at - 45°) [V]
is applied to the low pass RL filter shown below.
160mH
Vin
Vout
The output signal will have the form:
Vout(t) = Vị cos(150 a t + D1) + V2 cos(5000 t t+ D2) [V]
The inductor has a value of L=160 [mH]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa2412b0e-227a-4494-b8e9-d27c52c38f80%2Fae4f3ffd-689b-4db5-9a2e-53c766f14be0%2Fn3h3m5w.png&w=3840&q=75)
Transcribed Image Text:An input signal given by
Vin(t) = 3 cos(150 nt+ 20°) + 3 cos(5000 at - 45°) [V]
is applied to the low pass RL filter shown below.
160mH
Vin
Vout
The output signal will have the form:
Vout(t) = Vị cos(150 a t + D1) + V2 cos(5000 t t+ D2) [V]
The inductor has a value of L=160 [mH]
Transcribed Image Text:a) Calculate the break frequency fg in Hertz for this filter. Record your value on the answer sheet in the
space marked la).
b) Calculate the value of Vị in the output expression above. Record this value on the answer sheet in the
space marked 1b) on the answer sheet.
c) Calculate the value of d1 in the output expression above. Record this value on the answer sheet in the
space marked 1c) on the answer sheet.
d) Calculate the value of V2 in the output expression above. Record this value on the answer sheet in the
space marked 1d) on the answer sheet.
e) Calculate the value of D2 in the output expression above. Record this value on the answer sheet in the
space marked 1le) on the answer sheet.
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