-10- Magnitude (dB) -5 -15 -20 -25 -30 Phase (deg) -35 Or -90 R₁ C₁ 10³ Bode Plot of 1st Order RC Circuit Frequency (rad/s) 104 105 Above are a 1st Order RC filter and its bode plot. For the above circuit, assume wc = 2,272.73 rad and C₁ = 0.22μF: A) Determine which kind of filter (Lowpass, Highpass, Bandpass, Notch) is the above circuit. B) Find the magnitude of the transfer function at the corner frequency, H(w = wc), in units of dB. C) Find R₁ in units of kn. D) Using the Bode Plot, find the approximate frequency fi in units of kHz at which |H(f₁)| = -25dB. E) Using the Bode Plot, find the approximate |H(w = 7,000 rad)|linear (no units). F) Assume at w = 7,000, Vin = 10/45°V and ZH(w) = -72°. Using these assumptions and Part E, find Vout at w = 7,000 rad in Avout 40vout form and in units of [V]4[°]. sec sec

-10- Magnitude (dB) -5 -15 -20 -25 -30 Phase (deg) -35 Or -90 R₁ C₁ 10³ Bode Plot of 1st Order RC Circuit Frequency (rad/s) 104 105 Above are a 1st Order RC filter and its bode plot. For the above circuit, assume wc = 2,272.73 rad and C₁ = 0.22μF: A) Determine which kind of filter (Lowpass, Highpass, Bandpass, Notch) is the above circuit. B) Find the magnitude of the transfer function at the corner frequency, H(w = wc), in units of dB. C) Find R₁ in units of kn. D) Using the Bode Plot, find the approximate frequency fi in units of kHz at which |H(f₁)| = -25dB. E) Using the Bode Plot, find the approximate |H(w = 7,000 rad)|linear (no units). F) Assume at w = 7,000, Vin = 10/45°V and ZH(w) = -72°. Using these assumptions and Part E, find Vout at w = 7,000 rad in Avout 40vout form and in units of [V]4[°]. sec sec

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...

See similar textbooks

Similar questions

ANSWERED PLS ALL FOR LIKE
In the RLC parallel circuit below, Q-50. Determine the resonant frequency (in rad/s), BW (in rad/s), and R. At resonance, what is the current going through the inductor? 0.120A CFIUF L 21H √1,=?
Solution in step by step and easier to understand pelase. Thanks
instrumentation and control systems
I have the magnitude and phase Bode plot for the following equation. I need to draw by hand or with the PDF tool the Bode plot in the following template, please.
RESONANCE ( PLEASE DO ALL ) NEED ONLY HANDWRITTEN SOLUTION PLEASE OTHERWISE DOWNVOTE .
Quèstion 1 For the following RC circuit, R-100 ohm, C- 1pF 1. Derive the transfer function on your test paper. What is the transfer function? 2. If input is 20cos(200t-40) + 10cos(500ot+30), what is the output? 3. What is fu? Sketch the approximate straight line Bode magnitude and phase plot of the circuit on your test paper.
+ Answer: Vs Check Cs RL For the filter circuit shown, what is the phase in degrees of the transfer function Vo/Vs at a frequency of 10.0MHz? Use RL = 3.6k0 and Cs = 7.1pF. + Vo
A bode diagram of a second order system was measured and plotted as shown below. Use the graph to determine the transfer function of the system. Bode Diagram 20 -20 -40 -60 -45 -90 -135 -180 10° 10' Frequency (rad/sec) 102 10° Phase (deg) Magnitude (dB)
I want different solution, in easier way which i can understand, not similar answer.
13s2+26s+39 Q4- Draw the Bode Plot for the transfer function: s(s2+9s+20)(3s2+4s) mark the margins and crossover frequencies on your plot.
The magnitude and phase diagrams are provided for a passive filter. Input signal vin(t)=15 cos(20000t+100°) V is applied. What is the output voltage in V when t-1ms ? Series RLC H(s) -20 -30 -40 700 10 10 180 150 ... ... ... ... 100 ... 50 10 10 Frequency (rad'sec) Phase (deg) Mag (dB)