U_{EL1}: (133 * ℯ^((ί * 0°)))
EL2 = NaN
U_{EL2}: (129.5 * ℯ^((ί * 3°)))
U_{EL3}: (131 * ℯ^((ί * 2.5°)))
U_{EL4}: (131.9 * ℯ^((ί * 2°)))
S_{n1} = 10 (slider from -5 to 20)
S_{n2} = 7.5 (slider from -5 to 10)
S_{n3} = 6 (slider from -5 to 10)
S_{n4} = 7.5 (slider from -5 to 10)
S_{A} = 7 (slider from -5 to 10)
S_{B} = 9 (slider from -5 to 10)
S_{C} = 10 (slider from -5 to 20)
S_{D} = 8 (slider from -5 to 10)
Linea_{AB} = 55 (slider from -5 to 100)
Linea_{BD} = 50 (slider from -5 to 50)
Linea_{CD} = 60 (slider from -5 to 100)
Linea_{AC} = 45 (slider from -5 to 50)
cosφa = 0.8 (slider from -5 to 5)
cosφb = 0.75 (slider from -5 to 5)
cosφc = 0.7 (slider from -5 to 5)
cosφd = 0.85 (slider from -5 to 5)
senφa: sqrt(1 - cosφa^(2))
senφb: sqrt(1 - cosφb^(2))
senφd: sqrt(1 - cosφd^(2))
senφc: sqrt(1 - cosφc^(2))
U_{ET3} = 138 (slider from -5 to 200)
U_{ET4} = 132 (slider from -5 to 200)
U_{ET1} = 132 (slider from -5 to 200)
U_{ET2} = 132 (slider from -5 to 200)
U_{ST1} = 36 (slider from -5 to 50)
U_{ST2} = 36 (slider from -5 to 50)
U_{ST3} = 36 (slider from -5 to 50)
U_{ST4} = 36 (slider from -5 to 50)
K_{1}: U_{ET1} / U_{ST1}
K_{2}: U_{ET2} / U_{ST2}
K_{4}: U_{ET4} / U_{ST4}
K_{3}: U_{ET3} / U_{ST3}
I_{n1}: S_{n1} / ((sqrt(3) * U_{ST1}))
I_{n2}: S_{n2} / ((sqrt(3) * U_{ST2}))
I_{n3}: S_{n3} / ((sqrt(3) * U_{ST3}))
I_{n4}: S_{n4} / ((sqrt(3) * U_{ST4}))
u_{cc1} = 0.1 (slider from -5 to 5)
u_{ccR1} = 0.005 (slider from -5 to 5)
u_{cc2} = 0.09 (slider from -5 to 5)
u_{ccR2} = 0.005 (slider from -5 to 5)
u_{ccR3} = 0.001 (slider from -5 to 5)
u_{cc4} = 0.09 (slider from -5 to 5)
u_{ccR4} = 0.005 (slider from -5 to 5)
u_{cc3} = 0.08 (slider from -5 to 5)
U_{fs1}: (U_{ST1} * 1 / sqrt(3))
U_{fs2}: (U_{ST2} * 1 / sqrt(3))
U_{fs3}: (U_{ST3} * 1 / sqrt(3))
U_{fs4}: (U_{ST4} * 1 / sqrt(3))
Z_{cc1}: ((u_{cc1} * U_{fs1}) * 1 / I_{n1})
Z_{cc2}: ((u_{cc2} * U_{fs2}) * 1 / I_{n2})
Z_{cc3}: ((u_{cc3} * U_{fs3}) * 1 / I_{n3})
Z_{cc4}: ((u_{cc4} * U_{fs4}) * 1 / I_{n4})
R_{cc1}: ((u_{ccR1} * U_{fs1}) * 1 / I_{n1})
R_{cc2}: ((u_{ccR2} * U_{fs2}) * 1 / I_{n2})
R_{cc3}: ((u_{ccR3} * U_{fs3}) * 1 / I_{n3})
R_{cc4}: ((u_{ccR4} * U_{fs4}) * 1 / I_{n4})
X_{cc1}: sqrt(Z_{cc1}^(2) - R_{cc1}^(2))
X_{cc2}: sqrt(Z_{cc2}^(2) - R_{cc2}^(2))
X_{cc3}: sqrt(Z_{cc3}^(2) - R_{cc3}^(2))
X_{cc4}: sqrt(Z_{cc4}^(2) - R_{cc4}^(2))
Z_{ccT1}: R_{cc1} + (ί * X_{cc1})
Z_{ccT2}: R_{cc2} + (ί * X_{cc2})
Z_{ccT3}: R_{cc3} + (ί * X_{cc3})
Z_{ccT4}: R_{cc4} + (ί * X_{cc4})
U_{n} = 35 (slider from -5 to 50)
Z_{CargaA}: (U_{n}^(2) / S_{A} * (cosφa + (ί * senφa)))
Z_{CargaB}: (U_{n}^(2) / S_{B} * (cosφb + (ί * senφb)))
Z_{CargaC}: (U_{n}^(2) / S_{C} * (cosφc + (ί * senφc)))
Z_{CargaD}: (U_{n}^(2) / S_{D} * (cosφd + (ί * senφd)))
U_{FA}: (U_{EL1} / sqrt(3) * 1 / K_{1})
U_{FB}: (U_{EL2} / sqrt(3) * 1 / (K_{2}))
U_{FC}: (U_{EL3} / sqrt(3) * 1 / (K_{3}))
U_{FD}: (U_{EL4} / sqrt(3) * 1 / (K_{4}))
Y_{ccT1}: Z_{ccT1}^(-1)
Y_{ccT2}: Z_{ccT2}^(-1)
Y_{ccT3}: Z_{ccT3}^(-1)
Y_{ccT4}: Z_{ccT4}^(-1)
Y_{CargaA}: Z_{CargaA}^(-1)
Y_{CargaB}: Z_{CargaB}^(-1)
Y_{CargaC}: Z_{CargaC}^(-1)
Y_{CargaD}: Z_{CargaD}^(-1)
ImpedanciaLinea: 0.1 + (ί * 0.3)
Z_{AB}: (ImpedanciaLinea * Linea_{AB})
Z_{BD}: (ImpedanciaLinea * Linea_{BD})
Z_{DC}: (ImpedanciaLinea * Linea_{CD})
Z_{CA}: (ImpedanciaLinea * Linea_{AC})
Y_{AB}: Z_{AB}^(-1)
Y_{BD}: Z_{BD}^(-1)
Y_{CA}: Z_{CA}^(-1)
I_{NodoA}: (U_{FA} * Y_{ccT1})
I_{NodoB}: (U_{FB} * Y_{ccT2})
I_{NodoC}: (U_{FC} * Y_{ccT3})
I_{NodoD}: (U_{FD} * Y_{ccT4})
LlaveDC = true
Y_{DC}: (Z_{DC}^(-1) * LlaveDC)
Q_{Cap1} = 1000 (slider from 1000 to 6000)
Q_{Cap2} = 5000 (slider from 1000 to 6000)
Q_{Cap3} = 4000 (slider from 1000 to 6000)
Q_{Cap4} = 4000 (slider from 1000 to 6000)
Z_{Cap1}: ((-U_{n}^(2))) / Q_{Cap1}
Z_{Cap2}: ((-U_{n}^(2))) / Q_{Cap2}
Z_{Cap3}: ((-U_{n}^(2))) / Q_{Cap3}
Z_{Cap4}: ((-U_{n}^(2))) / Q_{Cap4}
Y_{Cap1}: Z_{Cap1}^(-1)
Y_{Cap2}: Z_{Cap2}^(-1)
Y_{Cap3}: Z_{Cap3}^(-1)
Y_{Cap4}: Z_{Cap4}^(-1)
Y_{Nodos}: {{Y_{ccT1} + Y_{CargaA} + Y_{Cap1} + Y_{AB} + Y_{CA}, (-Y_{AB}), (-Y_{CA}), 0}, {(-Y_{AB}), Y_{AB} + Y_{BD} + Y_{ccT2} + Y_{CargaB} + Y_{Cap2}, 0, (-Y_{BD})}, {(-Y_{CA}), 0, Y_{CA} + Y_{ccT3} + Y_{CargaC} + Y_{DC} + Y_{Cap3}, (-Y_{DC})}, {0, (-Y_{BD}), (-Y_{DC}), Y_{ccT4} + Y_{CargaD} + Y_{BD} + Y_{DC} + Y_{Cap4}}}
Deter: abs(Determinant[Y_{Nodos}])
U_{NodoA}: ((19.326 - (ί * 0.337)) * LlaveDC) + ((1 - LlaveDC) * (19.276 - (ί * 0.356)))
U_{NodoB}: ((19.209 + (ί * 0.185)) * LlaveDC) + ((1 - LlaveDC) * (19.256 + (ί * 0.201)))
U_{NodoC}: ((18.846 + (ί * 0.015)) * LlaveDC) + ((1 - LlaveDC) * (18.656 - (ί * 0.039)))
U_{NodoD}: (LlaveDC * (19.272 + (ί * 0.064))) + ((1 - LlaveDC) * (19.463 + (ί * 0.114)))
U_{cA}: U_{NodoA}
U_{cB}: U_{NodoB}
U_{cC}: U_{NodoC}
U_{cD}: U_{NodoD}
I_{cA}: (Y_{CargaA} * U_{cA})
I_{cB}: (Y_{CargaB} * U_{cB})
I_{cC}: (Y_{CargaC} * U_{cC})
I_{cD}: (Y_{CargaD} * U_{cD})
U_{AB}: U_{cA} - U_{cB}
U_{BD}: U_{cB} - U_{cD}
U_{DC}: U_{cD} - U_{cC}
IL_{AB}: (Y_{AB} * U_{AB})
U_{CA}: U_{cC} - U_{cA}
IL_{CA}: (Y_{CA} * U_{CA})
IL_{BD}: (Y_{BD} * U_{BD})
IL_{DC}: (Y_{DC} * U_{DC})
U_{ET1A}: U_{FA} - U_{NodoA}
U_{ET2B}: U_{FB} - U_{NodoB}
U_{ET3C}: U_{FC} - U_{NodoC}
I_{ET1}: (Y_{ccT1} * U_{ET1A})
I_{ET2}: (Y_{ccT2} * U_{ET2B})
I_{ET3}: (Y_{ccT3} * U_{ET3C})
U_{ET4D}: U_{FD} - U_{NodoD}
I_{ET4}: (Y_{ccT4} * U_{ET4D})
U_{FA.} = Vector(U_{FA})
U_{FB.} = Vector(U_{FB})
U_{FC.} = Vector(U_{FC})
U_{FD.} = Vector(U_{FD})
U_{cA.} = Vector(U_{cA})
U_{cB.} = Vector(U_{cB})
U_{cC.} = Vector(U_{cC})
U_{cD.} = Vector(U_{cD})
U_{ET1A.} = Vector(U_{ET1A})
U_{ET2B.} = Vector(U_{ET2B})
U_{ET3C.} = Vector(U_{ET3C})
U_{ET4D.} = Vector(U_{ET4D})
U_{AB.} = Vector(U_{AB})
U_{BD.} = Vector(U_{BD})
U_{CA.} = Vector(U_{CA})
U_{DC.} = Vector(U_{DC})
FA = 100 (slider from -5 to 200)
I_{ET1.} = Vector((I_{ET1} * FA))
I_{ET2.} = Vector((I_{ET2} * FA))
I_{ET3.} = Vector((I_{ET3} * FA))
I_{ET4.} = Vector((I_{ET4} * FA))
I_{cA.} = Vector((I_{cA} * 100))
I_{cB.} = Vector((I_{cB} * 100))
I_{cC.} = Vector((I_{cC} * 100))
I_{cD.} = Vector((I_{cD} * 100))
Y_{11}: Y_{ccT1} + Y_{CargaA} + Y_{Cap1} + Y_{AB} + Y_{CA}
Y_{12}: (-Y_{AB})
Y_{13}: (-Y_{CA})
Y_{14}: 0
Y_{21}: (-Y_{AB})
Y_{22}: Y_{ccT2} + Y_{CargaB} + Y_{Cap2} + Y_{AB} + Y_{BD}
Y_{23}: 0
Y_{24}: (-Y_{BD})
Y_{31}: (-Y_{CA})
Y_{32}: 0
Y_{33}: Y_{ccT3} + Y_{CargaC} + Y_{Cap3} + Y_{DC} + Y_{CA}
Y_{34}: (-Y_{DC})
Y_{41} = 0 (slider from -5 to 5)
Y_{42}: (-Y_{BD})
Y_{43}: (-Y_{DC})
Y_{44}: Y_{ccT4} + Y_{CargaD} + Y_{Cap4} + Y_{BD} + Y_{DC}
Y_{delta11}: {{Y_{AB} + Y_{BD} + Y_{ccT2} + Y_{CargaB} + Y_{Cap2}, 0, (-Y_{BD})}, {0, Y_{CA} + Y_{ccT3} + Y_{CargaC} + Y_{DC} + Y_{Cap3}, (-Y_{DC})}, {(-Y_{BD}), (-Y_{DC}), Y_{ccT4} + Y_{CargaD} + Y_{BD} + Y_{DC} + Y_{Cap4}}}
H = Determinant(Y_{delta11})
Determiante_Y: (Y_{11} * ((Y_{22} * ((Y_{33} * Y_{44}) - (Y_{43} * Y_{34}))) - (Y_{23} * ((Y_{32} * Y_{44}) - (Y_{34} * Y_{42}))) + (Y_{24} * ((Y_{32} * Y_{43}) - (Y_{33} * Y_{42}))))) - (Y_{21} * ((Y_{12} * ((Y_{33} * Y_{44}) - (Y_{43} * Y_{34}))) - (Y_{13} * ((Y_{32} * Y_{44}) - (Y_{34} * Y_{42}))) + (Y_{14} * ((Y_{32} * Y_{43}) - (Y_{33} * Y_{42}))))) + (Y_{31} * ((Y_{12} * ((Y_{23} * Y_{44}) - (Y_{24} * Y_{43}))) - (Y_{13} * ((Y_{22} * Y_{44}) - (Y_{24} * Y_{42}))) + (Y_{14} * ((Y_{22} * Y_{43}) - (Y_{23} * Y_{42})))))
D_{Y}: abs(Determiante_Y)
Delta_{11}: (Y_{22} * ((Y_{33} * Y_{44}) - (Y_{43} * Y_{34}))) - (Y_{23} * ((Y_{32} * Y_{44}) - (Y_{34} * Y_{42}))) + (Y_{24} * ((Y_{32} * Y_{43}) - (Y_{33} * Y_{42})))
Delta_{21}: (Y_{12} * ((Y_{33} * Y_{44}) - (Y_{43} * Y_{34}))) - (Y_{13} * ((Y_{32} * Y_{44}) - (Y_{34} * Y_{42}))) + (Y_{14} * ((Y_{32} * Y_{43}) - (Y_{33} * Y_{42})))
Delta_{31}: (Y_{12} * ((Y_{23} * Y_{44}) - (Y_{24} * Y_{43}))) - (Y_{13} * ((Y_{22} * Y_{44}) - (Y_{24} * Y_{42}))) + (Y_{14} * ((Y_{22} * Y_{43}) - (Y_{23} * Y_{42})))
Delta_{41}: (Y_{12} * ((Y_{23} * Y_{34}) - (Y_{24} * Y_{33}))) - (Y_{13} * ((Y_{22} * Y_{34}) - (Y_{24} * Y_{33}))) + (Y_{14} * ((Y_{22} * Y_{33}) - (Y_{23} * Y_{32})))
Delta_{12}: (Y_{21} * ((Y_{33} * Y_{44}) - (Y_{34} * Y_{43}))) - (Y_{23} * ((Y_{31} * Y_{44}) - (Y_{34} * Y_{41}))) + (Y_{24} * ((Y_{31} * Y_{43}) - (Y_{33} * Y_{41})))
Delta_{13}: (Y_{21} * ((Y_{22} * Y_{44}) - (Y_{34} * Y_{41}))) - (Y_{22} * ((Y_{31} * Y_{44}) - (Y_{34} * Y_{41}))) + (Y_{24} * ((Y_{31} * Y_{44}) - (Y_{33} * Y_{41})))
Delta_{14}: (Y_{21} * ((Y_{32} * Y_{43}) - (Y_{33} * Y_{42}))) - (Y_{22} * ((Y_{31} * Y_{43}) - (Y_{34} * Y_{41}))) + (Y_{23} * ((Y_{31} * Y_{42}) - (Y_{32} * Y_{41})))
Delta_{22}: (Y_{11} * ((Y_{33} * Y_{44}) - (Y_{34} * Y_{43}))) - (Y_{13} * ((Y_{31} * Y_{44}) - (Y_{34} * Y_{41}))) + (Y_{14} * ((Y_{31} * Y_{43}) - (Y_{33} * Y_{41})))
Delta_{23}: (Y_{11} * ((Y_{32} * Y_{44}) - (Y_{34} * Y_{42}))) - (Y_{12} * ((Y_{31} * Y_{44}) - (Y_{34} * Y_{41}))) + (Y_{14} * ((Y_{31} * Y_{42}) - (Y_{32} * Y_{41})))
Delta_{24}: (Y_{11} * ((Y_{32} * Y_{43}) - (Y_{33} * Y_{42}))) - (Y_{12} * ((Y_{31} * Y_{43}) - (Y_{33} * Y_{41}))) + (Y_{14} * ((Y_{31} * Y_{42}) - (Y_{32} * Y_{41})))
Delta_{32}: (Y_{11} * ((Y_{23} * Y_{44}) - (Y_{22} * Y_{43}))) - (Y_{13} * ((Y_{21} * Y_{44}) - (Y_{24} * Y_{41}))) + (Y_{14} * ((Y_{21} * Y_{43}) - (Y_{23} * Y_{41})))
Delta_{33}: (Y_{11} * ((Y_{22} * Y_{44}) - (Y_{24} * Y_{42}))) - (Y_{12} * ((Y_{21} * Y_{44}) - (Y_{24} * Y_{41}))) + (Y_{14} * ((Y_{21} * Y_{42}) - (Y_{22} * Y_{41})))
Delta_{34}: (Y_{11} * ((Y_{22} * Y_{43}) - (Y_{23} * Y_{42}))) - (Y_{12} * ((Y_{21} * Y_{43}) - (Y_{23} * Y_{41}))) + (Y_{13} * ((Y_{21} * Y_{42}) - (Y_{22} * Y_{41})))
Delta_{42}: (Y_{11} * ((Y_{23} * Y_{34}) - (Y_{24} * Y_{33}))) - (Y_{13} * ((Y_{21} * Y_{34}) - (Y_{24} * Y_{31}))) + (Y_{14} * ((Y_{21} * Y_{33}) - (Y_{23} * Y_{31})))
Delta_{43}: (Y_{11} * ((Y_{22} * Y_{34}) - (Y_{24} * Y_{32}))) - (Y_{12} * ((Y_{21} * Y_{34}) - (Y_{24} * Y_{31}))) + (Y_{14} * ((Y_{21} * Y_{32}) - (Y_{22} * Y_{31})))
Delta_{44}: (Y_{11} * ((Y_{22} * Y_{33}) - (Y_{23} * Y_{32}))) - (Y_{12} * ((Y_{21} * Y_{33}) - (Y_{23} * Y_{31}))) + (Y_{13} * ((Y_{21} * Y_{32}) - (Y_{22} * Y_{31})))
IL_{AB.} = Vector((IL_{AB} * FA))
IL_{DC2.} = Vector((IL_{DC} * FA))
IL_{DC.} = Vector((IL_{DC} * FA))
IL_{CA2.} = Vector((IL_{CA} * FA))
IL_{CA.} = Vector((IL_{CA} * FA))
IL_{BD2.} = Vector((IL_{BD} * FA))
IL_{BD.} = Vector((IL_{BD} * FA))
IL_{AB2.} = Vector((IL_{AB} * FA))