QUESTION 3 The magnitude of the frequency response of a first-order system has which of the following characteristics? (More than one response may be correct) O Increasing magnitude at -20 dB/decade a low frequencies O Constant magnitude at low frequencies O Magnitude decreasing at -40 dB/decade at high frequencies Constant magnitude at high frequencies Magnitude decreasing at-20 dB/decade at high frequencies QUESTION 4 True or false? A Bode plot of a system can have non-constant gain at low frequencies if the system contains at least one pole at the origin. O True O False

QUESTION 3 The magnitude of the frequency response of a first-order system has which of the following characteristics? (More than one response may be correct) O Increasing magnitude at -20 dB/decade a low frequencies O Constant magnitude at low frequencies O Magnitude decreasing at -40 dB/decade at high frequencies Constant magnitude at high frequencies Magnitude decreasing at-20 dB/decade at high frequencies QUESTION 4 True or false? A Bode plot of a system can have non-constant gain at low frequencies if the system contains at least one pole at the origin. O True O False

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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BODE PLOT Note: 6 dB per octave is the same thing as 20 dB per decade
Please help with parts i, ii, iii, vi, v. I would really appreciate it.
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3. Given a Common Emitter amplifier with a voltage gain of 125 and the following critical frequencies, sketch the Bode Plot: Av (db) vs f (log scale) Low frequency response: fcin = 15 Hz fcout = 154 Hz fcbypass = 76 Hz High frequency response: fcin = 2.6 MHz fcout = 350 kHz
For the low-pass active filter shown below, the transfer function is expressed as: V. V ZR + Zc Zc where: 106 = 2000 , Zc jw rad w = angular frequency in [ ZR ZR Vi o V. 4-A) Show that the e can be written as: V. 500 V 500 + jw 4-B) What should be the value of w so that the magnitude of V10 ? 4-C) With w = 1250 rad/s, and Vị = 9el1.8 – j10 volts, evaluate the magnitude and phase of V. Vo (Hint: evaluate in polar form, and Vị in polar form, then V, = x Vị ) 4 4-D) When 4 modules of this filter are cascaded, the total transfer function will be (. Use de Moivre's Theorem to find the expression of the total transfer function in polar form. Then, find determine the value of w so that the magnitude of the total transfer function is V10 ?
A coil of negligible resistance and inductance 100 mH is connected in series with a capacitance of 2µF and a resistance of 10 ohm across a 50V, variable frequency supply. Determine the resonant frequency, the current at resonance, the voltages across the coil and the capacitor at resonance, and the Q-factor of the circuit
Consider the following bode plot representing a filter with a constant term greater than 1, two zeros, and a pole at 50 rad/s. Which of the following terms are present? Magnitude (dB) Phase (deg) 100 90 80 70 225 180 135 90 10⁰ 101 Bode Diagram 10² Frequency (rad/s) 10³ A constant term of 10 and zeros at 150 rad/s and 300 rad/s A constant term of 100 and zeros at 150 rad/s and 3000 rad/s A constant term of 10 and zeros at 250 rad/s and 3000 rad/s A constant term of 100 and zeros at 250 rad/s and 3000 rad/s 104
753. For the transfer function (TF) 4s/(s+9) and resulting Bode Plot, calculate the gains (dB) at the corner, one decade below, and one decade above. Also calculate the phase (deg) of the TF at the same three frequencies. Last answer is w_corner (rad/sec) ans:7 Repeat Ex. 753 using asymptotic approximations. ans:6
From using the values from the image with the circuit I found that wc or the corner frequency would be R/L or 1315789.474 rad/s. But I don't understand how to do the bode plot for the high-pass circuit
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