Step Response of a transfer Function with a Multiple Term Numerator.

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Salik Mallick
Salik Mallick el 13 de Mzo. de 2020
Respondida: Mahesh Taparia el 16 de Mzo. de 2020
Obtain the step response of the transfer function given below:
s s + 3 s + 2
T(S) = ------------------------------------
s + 1 s + 11 s + 2 s + 7
num = input('enter the numerator of the transfer function') %% -- Obtain the step response of the transfer function given below: --
den = input('enter the denominator of the transfer function')
step(num,den)
Is there a function that converts the numerator into a single term? The question says to Obtain the step response of the transfer function given.
  2 comentarios
Star Strider
Star Strider el 13 de Mzo. de 2020
Please supply all the missing multiplication operators, and any necessary parentheses.
Salik Mallick
Salik Mallick el 13 de Mzo. de 2020
(s) (s + 3) (s + 2)
T(S) = ------------------------------------
(s + 1) (s + 11) (s + 2) (s + 7)

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Respuestas (1)

Mahesh Taparia
Mahesh Taparia el 16 de Mzo. de 2020
Hi
You can use 'conv' function to find the terms in polynomial form (or in a single term). For your case, you can follow the following line of code
a=[1 0];
b=[1 3];
c=[1 2];
Num1=conv(a,b);
Num=conv(Num1,c)
p=[1 1];
q=[1 11];
r=[1 2];
s=[1 7];
Den1=conv(p,q);
Den2=conv(r,s);
Den=conv(Den1,Den2);
TF=tf(Num,Den);
step(TF) %%%%% It will give step response
Hope it will help.

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