1 Hallar la respuesta en el tiempo de la funcion dada
num =
-0.5670 -3.7800 0
den = 0.1890 0.9300 1.0000
Transfer function:
-0.567 s^2 - 3.78 s
----------------------
0.189 s^2 + 0.93 s + 1
ans =
Respuesta grafica del sistema
Transfer function:
5.67 s^2 + 37.8 s
----------------------
0.189 s^2 + 0.93 s + 1
g =
(-567/1000*s^2-189/50*s)/(189/1000*s^2+93/100*s+1)
567 2 189
- ---- s - --- s
1000 50
-------------------
189 2 93
---- s + --- s + 1
1000 100
vi =
-10/s
v0 =
-10*(-567/1000*s^2-189/50*s)/(189/1000*s^2+93/100*s+1)/s
567 2 189
- ---- s - --- s
1000 50
-10 -----------------------
/189 2 93 \
|---- s + --- s + 1| s
\1000 100 /
30 155 / 55 55 \
-- exp(- --- t) |11 cosh(-- t) + 53 sinh(-- t)|
11 63 \ 63 63 /
ans =
2 Polos y ceros de las funciones de transferencia
ceros =
0
-6.6667
polos =
-3.3333
-1.5873
ganancia =
-3.0000
ans =
3 Expansión en fracciones parciales
nume =
-10
dene =
1 0
Transfer function:
-10
---
s
Transfer function:
5.67 s^2 + 37.8 s
------------------------
0.189 s^3 + 0.93 s^2 + s
nums =
0 5.6700 37.8000 0
dens =
0.1890 0.9300 1.0000 0
residue =
-57.2727
87.2727
0
polos =
-3.3333
-1.5873
0
directo =
[]
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