The Bode magnitude plot of the transfer functionK(1+ as)(1+0.25s)G(s) :s(1+)(1+ bs)(1 + )is shown in figure below.Notethat – 6dB/octave = -20dB/decade.OdB/Octave-6dB/0ctave6dB/Octave-6dB/0ctaveOdB/0ctave|-12dB/Octave0.01224 36→이(ad/s)Figure 1: Bode maguitude plot1) What is the value of a rounded to 2 decimalpoints?

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Answered: The Bode magnitude plot of the transfer…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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Use semi-log graph paper and construct magnitude and phase Bode plots by hand for the transferfunction ?(?) =(200S)/(S+2)(S+10).
The Bode plot of a transfer function H is shown in Figure 1. What is H in its standard form? In your estimate, what is the magnitude of the transfer function H at as shown in Figure 1? Answer should be given in its original value not the dB value. Note that HdB = 20 log H, where H is the original value.
Sketch the Nyquist Diagram and the Bode Plot of the transfer function
referring to the attached equation, 1.Determine the breakpoints of the above function. 2.Choose the magnitude, phase angles and asymptotes of eachbreakpoint. 3.Sketch the bode plots of the transfer function. Indicate on your plot allthe corner frequencies, slopes of sloping line, gains of sloping linesand gain, and phase levels on zero slope lines.
Find the Bode plot of the magnitude of the transfer function given below. Sketch the asymptotic plots for all the factors..explain if possible
Sketch a Bode plot, using straight-line approximation, for the range of frequencies from 1 Hz up to 1 MHz. Include magnitude and phase plots. put magnitude in dB. Graph should include: -how fast the transfer function “rolls off” below the cut-off frequency (in dB/decade) -the phase and amplitude for the three frequencies: ω = ωC, ω = 10∗ωC, ω = 0.1∗ωC fc = 500 Hz ωC = 2π(fc) This is for a passive high pass filter (single resistor, single capacitor)
Question: Consider a bode plot produced from a transfer function G(s) = 1/(s+9). What is the exact gain in dB at 1 Hz? Keep 3 significant figures. REMEMBER : What is the exact gain in dB at 1 Hz?? at 1HZ
What is the standard form of the transfer function where s=jw? Sketch the Straight Line Bode Plot of the transfer function. Mark the corner/break frequencies and the slope in dB/dec of the lines in your sketch.
Determine the resonant frequency , the quality factor Q, half power frequencies and thebandwidth B for the following circuits. Please solve as soon as possible.
Figure illustrates the asymptotic Bode plot for a bio-potential amplifier. a. Find the transfer function of the system and express it in the standard form.b. Determine the differential equation that relates the output to the input.c. Find frequency response function of the system.d. Find the output v0(t) of the system if the input is vi(t) = 1 + 0.01cos(0.1t) + 0.001cos(10t) + 0.1cos(1000t)
Tuned Circuit Design Using a VARICAP (a) Refer to the capacitance curves for the Motorola 1N4002 The input tuning circuit of a standard analog FM radio is given below. Specify, that is design for, a voltage, capacitance, and inductance required to tune the circuit to the center frequency of KUMD-FM which operates at 103.3 MHz. Sketching and labeling a representative resonance curve is required to support your calculations. There is no single correct design answer set of values since it depends upon the voltage you initially select to tune your diode.
Start by finding the Thévenin equivalent circuit seen by the capacitance. Then, sketch the magnitude of the transfer function H(jw) = Vout/Vin. What is the value of the cutoff frequency?

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The Bode magnitude plot of the transfer function K(1+ as)(1 + 0.25s) G(s) : s(1+ )(1+ bs)(1+ ) 8 36 is shown in figure below. Notethat – 6dB/octave = -20dB/decade. OdB/0ctave -6dB/0ctave 6dB/Octave dB -6dB/0ctave OdB/0ctave |-12dB/0ctave 0.01 2 24 36 →이(ad/s) Figure 1: Bode magnitude plot