Needs Complete solution with 100 % accuracy. 9. Use Hamming window to obtain the impulse response of a 11-point FIR filter shown in the figure below.\H(w)

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Answered: 9. Use Hamming window to obtain the…

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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Design a filter using the window method and provides the specifications for the filter design. Here is a summary of the specifications given: Stopband: [0 kHz, 4 kHz] Passband: [5.5 kHz, 16 kHz] Maximum ripple in the passband: 0.1 dB Minimum attenuation in the stopband: 51 dB Sampling frequency: 32 kHz The task is to design a filter (by hand, with the impulse response formula) that meets these specifications.
What is the distinction in voltage attain of a lowpass filter if the enter frequency is doubled? What is the distinction in voltage attain of a lowpass filter if the enter frequency is expanded ten times? How do you assemble a band give up RC filter? Simulate a circuit and generate a desk to show your claim.
5. You are given the signal x(n) at a sampling rate of 1500 Hz, and you want to convert it to a signal y(m) with a 2400 Hz sampling rate such that the signals have equivalent spectra. Design a system that will do this. You may use ideal frequency selective filters in your design.
Consider a step down converter supplied by a DC power source of magnitude Vs = 100 V. The switching period is 0.2 ms. The load is resistive with R-5 Ohms. An LC filter is used to regulate the output with L- 5 mH and C-200 uF. The switch is ideal. The average output voltage is Va= 50V. The ripple current of the inductor delta (1) and the ripple voltage of filter capacitor delta (V) are respectively equal to: Select one: O a. 1A, 0.125V O b. 0.9A, 0.1V O c. 0.96A, 0.12V O d. None of these
A filter has a 6-dB bandwidth of 3500 Hz and a 60-dB bandwidth of 8400 Hz. What is the shape factor?
Ex. 600. A series circuit containing a resitor (6 Ohms), a capacitor (4 Farads), inductor (13 Henries), and a voltage source V. Determine the transfer function I(s)/V(s) and then determine the undamped natural frequency (Wn) and damping ratio (zeta). Answers: Wn, and zeta. ans:2
Determine the transfer function from Uin to Uut! b) Set up amplitude and phase function! c) Assume that we connect 10V (DC) as input voltage at time t-0. How much voltage is then above C2 after a long time?
When analyzing a second order system we may wish to determine the step response and/or the frequency response. Match the measured parameter to the appropriate response.
How can I design an active filter circuit (just the low pass) using resistors, capacitors, and op-amps that will implement the transfer function. You will need to factor the function into cascade functions in order to make this easier. I jus want the drwan design with a litte explanation if possible.
2. The circuit of the Figure is a notch filter. Generate a magnitude plot of the transfer function H(f) = Vout/Vin with frequency ranging from 10 Hz. to 100 kHz. Then, analyze the circuit at very high and very low frequencies to provide checks on the plot. Use the plot to determine the frequency of maximum attenuation and the value of the transfer function at that frequency. Hint: Use the phasor transformation. www R₁ R₁ = 90 92 R₂=1022 R₂-100 £2 0000 L ww R₂ L = 100 mH C=0.1 μF www Ry Vout
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9. Use Hamming window to obtain the impulse response of a 11-point FIR filter shown in the figure below. \H(w)