A signal xt is processed through a DA converter and a DSP ch
     A signal x(t) is processed through a D/A converter and a DSP chip. The DSP chip has a FIR filter The output signal from the DSP chip Y[n} is shown below:  y[n] = 2 X[n] - 5x[n-1] + 3x[n-2]  Find the filter coefficients and order of the filter.  Draw the implementation of this system as a block diagram in direct form.  Determine the response of this system to a unit impulse input: i.e find the output y[n] = h[n] when the input is x[n] =  [n]  Plot h[n] as a function of n.  Plot X[n} and Y[n] if X[n] = 2  [n] + 5  [n-1] +3  [n-3]+  [n-5]![A signal x(t) is processed through a D/A converter and a DSP chip. The DSP chip has a FIR filter The output signal from the DSP chip Y[n} is shown below: y[n]   A signal x(t) is processed through a D/A converter and a DSP chip. The DSP chip has a FIR filter The output signal from the DSP chip Y[n} is shown below: y[n]](/WebImages/15/a-signal-xt-is-processed-through-a-da-converter-and-a-dsp-ch-1025052-1761530624-0.webp) 
  
  Solution
close all;
 clear all;
 clc;
 n=0:1:5;
 x=[2 5 0 3 0 1];
 y=[4 25 0 0 0 0];
 stem(n,x);
 xlabel(\'n\');
 ylabel(\'x\');
 stem(n,y);
 xlabel(\'n\');
 ylabel(\'y\');
![A signal x(t) is processed through a D/A converter and a DSP chip. The DSP chip has a FIR filter The output signal from the DSP chip Y[n} is shown below: y[n]   A signal x(t) is processed through a D/A converter and a DSP chip. The DSP chip has a FIR filter The output signal from the DSP chip Y[n} is shown below: y[n]](/WebImages/15/a-signal-xt-is-processed-through-a-da-converter-and-a-dsp-ch-1025052-1761530624-0.webp)
