Please Show all steps Given the discretetime signal xnsinpin
Please Show all steps:
Given the discrete-time signal x[n]=sin(pin/6). Sketch the magnitude and phase of the DTFT of times[n+12]Solution
subplot(2,1,1);
plot(n, x);
stem([0 150],[0 0.5])
xlabel(‘Frequency – Hz’)
ylabel(‘Amplitude/X1 – V’)
title(\'AMPLITUDE SPECTRUM\');
subplot(2,1,2);
plot(w, X);
stem([0 150],[0 4])
xlabel(‘Frequency – Hz’)
ylabel(‘Phase - rads.’)
title(\'PHASE SPECTRUM\');
| w = 0:6:150i; | |
| n = 0:1:100; | |
| w0 = 2; | |
| x = sin (pi*(n+12)/6); | |
| X = dtft(x, n, w); | |
| subplot(2,1,1); plot(n, x); stem([0 150],[0 0.5]) xlabel(‘Frequency – Hz’) ylabel(‘Amplitude/X1 – V’) title(\'AMPLITUDE SPECTRUM\'); | |
| subplot(2,1,2); plot(w, X); stem([0 150],[0 4]) xlabel(‘Frequency – Hz’) ylabel(‘Phase - rads.’) title(\'PHASE SPECTRUM\'); |
![Please Show all steps: Given the discrete-time signal x[n]=sin(pin/6). Sketch the magnitude and phase of the DTFT of times[n+12]Solution subplot(2,1,1); plot(n, Please Show all steps: Given the discrete-time signal x[n]=sin(pin/6). Sketch the magnitude and phase of the DTFT of times[n+12]Solution subplot(2,1,1); plot(n,](/WebImages/7/please-show-all-steps-given-the-discretetime-signal-xnsinpin-991719-1761510028-0.webp)