the circuit diagram shows a simple RC low-pass filter. The filter cut-off frequency fco(cut-off frequency) is the frequency whereJUut| = |Uin| x 1/ V2.%3Da) Show that frecuency is fco =1/2TRC.b) what is the phase of Uut at Fco, if thephase of Uin is > Uin = 0°?UinUut

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the circuit diagram shows a simple RC low- pass filter. The filter cut-off frequency fco (cut-off frequency) is the frequency where |Uut| = |Uin| x 1/ V2. a) Show that frecuency is fco =1/2tRc. b) what is the phase of Uut at Fco, if the phase of Uin is > Uin = 0°? %3D %3D Uin Uut

the circuit diagram shows a simple RC low- pass filter. The filter cut-off frequency fco (cut-off frequency) is the frequency where |Uut| = |Uin| x 1/ V2. a) Show that frecuency is fco =1/2tRc. b) what is the phase of Uut at Fco, if the phase of Uin is > Uin = 0°? %3D %3D Uin Uut

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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Question

the circuit diagram shows a simple RC low-
pass filter. The filter cut-off frequency fco
(cut-off frequency) is the frequency where
JUut| = |Uin| x 1/ V2.
%3D
a) Show that frecuency is fco =1/2TRC.
b) what is the phase of Uut at Fco, if the
phase of Uin is > Uin = 0°?
Uin
Uut

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