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Sinais e Sistemas

Por:   •  5/4/2018  •  859 Palavras (4 Páginas)  •  309 Visualizações

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z^2 - 1.157 z + 0.6065

Sampling time: 0.5

num = [ 0 1 10 ]

den = [ 5 4 2]

G = tf(num,den)

H = feedback (G,1)

Ts = 0.5;

Hzoh = c2d(H,Ts,'zoh')

bode(Hzoh)

grid

[pic 10]

Bode: ZOH Ts = 0.1

Transfer function:

0.02861 z - 0.009618

----------------------

z^2 - 1.882 z + 0.9048

Sampling time: 0.1

num = [ 0 1 10 ]

den = [ 5 4 2]

G = tf(num,den)

H = feedback (G,1)

Ts = 0.1;

Hzoh = c2d(H,Ts,'zoh')

bode(Hzoh)

grid

[pic 11]

Bode: ZOH Ts = 0.01

Transfer function:

0.00209 z - 0.001891

--------------------

z^2 - 1.99 z + 0.99

Sampling time: 0.01

num = [ 0 1 10 ]

den = [ 5 4 2]

G = tf(num,den)

H = feedback (G,1)

Ts = 0.01;

Hzoh = c2d(H,Ts,'zoh')

bode(Hzoh)

grid

[pic 12]

Bode: Tustin Ts = 0.5

Transfer function:

0.125 z^2 + 0.1786 z + 0.05357

------------------------------

z^2 - 1.214 z + 0.6429

Sampling time: 0.5

num = [ 0 1 10 ]

den = [ 5 4 2]

G = tf(num,den)

H = feedback (G,1)

Ts = 0.5;

Hzt = c2d(H,Ts,'tustin')

bode(Hzt)

grid

[pic 13]

Bode: Tustin Ts = 0.1

Transfer function:

0.0142 z^2 + 0.00947 z - 0.004735

---------------------------------

z^2 - 1.883 z + 0.9053

Sampling time: 0.1

num = [ 0 1 10 ]

den = [ 5 4 2]

G = tf(num,den)

H = feedback (G,1)

Ts = 0.1;

Hzt = c2d(H,Ts,'tustin')

bode(Hzt)

grid

[pic 14]

Bode: Tustin Ts = 0.01

Transfer function:

0.001045 z^2 + 9.95e-005 z - 0.0009452

--------------------------------------

z^2 - 1.99 z + 0.9901

Sampling time: 0.01

num = [ 0 1 10 ]

den = [ 5 4 2]

G = tf(num,den)

H = feedback (G,1)

Ts = 0.01;

Hzt = c2d(H,Ts,'tustin')

bode(Hzt)

grid

[pic 15]

Step: ZOH Ts = 0.5

Transfer function:

0.2741 z + 0.1002

----------------------

z^2 - 1.157 z + 0.6065

Sampling time: 0.5

num = [ 0 1 10 ]

den = [ 5 4 2]

G = tf(num,den)

H = feedback (G,1)

Ts = 0.5;

Hzoh = c2d(H,Ts,'zoh')

step(Hzoh)

grid

[pic 16]

Step: ZOH Ts = 0.1

Transfer function:

0.02861 z - 0.009618

----------------------

z^2 - 1.882 z + 0.9048

Sampling time: 0.1

num = [ 0 1 10 ]

den = [ 5 4 2]

G = tf(num,den)

H = feedback (G,1)

Ts = 0.1;

Hzoh

...

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