1. Suppose you are developing a causal linear phase FIR filter. The length of impulse response is 25 samples, h[n]=0 for nc-12 and n>12, and elsewhere h[n]#0. For each of the following question answer with reasoning if the statement is "true", "false" or "insufficient information" given a. h(n-12] = h[12-n] or h[n-12] = -h[12-n] for-

1. Suppose you are developing a causal linear phase FIR filter. The length of impulse response is 25 samples, h[n]=0 for nc-12 and n>12, and elsewhere h[n]#0. For each of the following question answer with reasoning if the statement is "true", "false" or "insufficient information" given a. h(n-12] = h[12-n] or h[n-12] = -h[12-n] for-

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

Response curves for second-order filters are shown in Figure 3. Identify each as Butterworth, Chebyshev, or Bessel. (a) -40 dB/decade (b) (d) out V out -40 dB/decade decade
6. Consider the switched-capacitor filter in the below figure. Design the circuit for a low-frequency gain of -10 and a cutoff frequency of 10 kHz. The clock frequency must be 10 times the cutoff frequency and the largest capacitance is to be 30pF. Find the required values of C₁, C2, and CF. SAL +
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?
(b) Analyse and obtain the transfer function for the filter as shown in Figure Q2(b). R2 R1 Vin w Vo Figure Q2 (b)
Explain why it is necessary to add capacitor in Low pass filter draw circuit diagram and explain w.r.t combination of Capacitor and RL.
(b) Analyse and obtain the transfer function for the filter as shown in Figure Q2(b). R2 R1 Vin Vo Figure Q2 (b)
The mask shown in the figure below belongs to which type of filter : Median filterSharpening frequency filterSharpening spatial filterSmoothing spatial filter
In the circuit in the figure, Vin=30Vrms and Vout are taken from the C1 capacity. Accordingly, a) Filter find the type b) Find the cutoff frequency (fc) of the circuit c) A=Vout/Vin for f=100, 800 and fc values draw the curve?
Define briefly the terms used in filter below, a) pass band b) attenuation band c) Cut off frequency (-3db frequency)
1. The Bode plots for a plant G(s), used in a unity feedback system are shown in Figure 1. Find the gain margin, phase margin, zero dB frequency, 180° frequency, and the closed-loop bandwidth. 20 log M Phase (degrees) 40 20 -20 -40 -60 -80 -100 0.1 -50 -100 -150 -200 -250 -300 0.1 Frequency (rad/s) Figure 1. Frequency response for G(s) 10 10 100 100
Using a block diagram, show how to implement the following roll-off rates using a single-pole and a two-pole with Butterworth responses. Implement these filters as low-pass. (a)-60 dB/decade (b) -100 dB/decade (c) -40 dB/decade (d) -20 dB/decade (e) -120 dB/decade
Solve all parts: 1) what is type of filter ? How does it work ? 2) Transfer function of filter ( V0/Vi) 3) What are equations of cut of frequencies ( fH ,fL) and centre frequency (f0). 4)Assume we have resistor 6800 ohm and 470 ohm , capacitor 0.47 μF and 1 μF. What are the R1,R2,C1,C2 ? Calculate (fH ,fL , f0) and bandwidth of filter.