Modelamiento y Simulacion

cion
IMPEDANCIA, NODOS, MALLAS Y ANALOGIAS DIRECTAS

OLINDA ISABEL DE LA CRUZ PRADO
MARIA DEL ROSARIO VANEGAS RIVERADOCENTE
ING. JOSE LUIS CONSUEGRA

UNIVERSIDAD POPULAR DEL CESAR
FACULTAD DE INGENIERIAS Y TECNOLOGICAS
INGENIERIA DESISTEMAS
MODELOS
VALLEDUPAR
2011

Z1= 10
Z2= 1
Z3= 1
Z4=
Z5= 1*5
Z6= 3
Z7= 10.2*5
Z8= 5
Z9= z3+z4
Z9= 1+ 10.1*5= 0.1*5+10.1*5

Z10= z2+z9
Z10= 115 +10.1*s+10.1*5= 5* 0.1*s+10.1*s5+ 0.1*s+10.1*s

Z10= 0.5*s+50.1*s1s+10.1*5=0.1*s(0.5*s+5)0.1*s(1s+1)
Z10= 0.5*s+51s+1

Z11= z5+z6
Z11= 111*s+13= 1*s*31*s+3

Z12= z7+z8
Z12= 5*10.2*s5+10.2*5=50.2*s1*s+10.2*s= 5(0.2*5)0.2*s(s+1)

Z13= z1+z10+z11+z12
Z13=s0.2s (s+1)+3ss+3+0.55+5s+1+10Z13=s0.252+0.25+3ss+3+0.55+5s+1+10

Z9= z3+z4= 0.15+10.15

Z10= 3ss+3
1. Malla 1
V1= idz1+idz9+idz9+V2
V1= id(z1+z9)+iaz9+V2
V1= id10+ 0.15+10.15+ia 0.15+10.15+V2
V1= id10+ 1.15+10.15 +ia 0.15+10.15+V2

2. Malla 2
0= ia(z9+z2)+id(z9)
0= ia 0.15+10.15+5+id 0.15+10.15

0=ia 0.65+10.15+5 +id 0.15+10.15

3. Malla 3

V2= icz10+z7-ib(z7)
V2=ic3s5+3+10.25-ib 10.25
V2=ic 0.652+s+30.252+0.65-ib 10.25

4. Malla 4
0= ib(z7+z8)
0= ib10.25+5

0= ib50.25