Homework Task #5 from the P5 sample code • Modify the code to generate similar plots for the transfer function H(s) in t

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Homework Task #5 from the P5 sample code • Modify the code to generate similar plots for the transfer function H(s) in t

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Homework Task 5 From The P5 Sample Code Modify The Code To Generate Similar Plots For The Transfer Function H S In T 1
Homework Task 5 From The P5 Sample Code Modify The Code To Generate Similar Plots For The Transfer Function H S In T 1 (56.21 KiB) Viewed 36 times
Homework Task 5 From The P5 Sample Code Modify The Code To Generate Similar Plots For The Transfer Function H S In T 2
Homework Task 5 From The P5 Sample Code Modify The Code To Generate Similar Plots For The Transfer Function H S In T 2 (42.6 KiB) Viewed 36 times
Homework Task #5 from the P5 sample code • Modify the code to generate similar plots for the transfer function H(s) in textbook problem 9.10(b). • Textbook problem 9.10(b): Using geometric evaluation of the magnitude of the Fourier transform from the corresponding pole-zero plot, determine, for each of the following Laplace transforms, whether the magnitude of the corresponding Fourier transform is approximately lowpass, highpass, or bandpass: S 1 H₂(s) = Re{s} > -- s² + s +1'
klear; s = tf("s"); H = (s+1)/(s^2 + 2*s + 2) [p z] = pzmap (H) % print poles and zeros to the cmd window figure(1); pzmap (H); figure(2); impulse (H); figure(3); step (H); figure (4); bode (H);
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