Fuente de Alimentación

flux

Aquí te presento una solución aproximada para las corrientes en cada malla, basándonos en las ecuaciones corregidas:
  • Malla 1 (con V1 de 5 V, R1 de 5.1 kΩ y R2 de 4.6 kΩ):
    5100 I1+4600 (I1−I2)−5=0\Large 5100\,I_1 + 4600\,(I_1 - I_2) - 5 = 0
  • Malla 2 (con V2 de 12 V, [R2] compartida, R3 de 8.2 kΩ y R4 de 2.2 kΩ):
    4600 (I2−I1)+8200 I2+2200 (I2−I3)−12=0\Large 4600\,(I_2 - I_1) + 8200\,I_2 + 2200\,(I_2 - I_3) - 12 = 0
  • Malla 3 (con V3 de 3 V, R5 de 3.3 kΩ y compartiendo [R4] con la malla 2):
    3300 I3+2200 (I3−I2)−3=0\Large 3300\,I_3 + 2200\,(I_3 - I_2) - 3 = 0
La resolución de este sistema de ecuaciones conduce a las siguientes corrientes de malla aproximadas:

Table

MallaCorriente (A)
I₁1.13×10⁻³
I₂1.30×10⁻³
I₃1.07×10⁻³
Estos valores son aproximados y se obtuvieron al resolver manualmente el sistema de ecuaciones.
Si requieres una verificación o un cálculo más preciso, será necesario utilizar un método algebraico o un software de análisis de circuitos.
¿Necesitas asistencia adicional con otro aspecto del diseño?
Malla 1
Malla 2
Malla 3
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V3
V1
R2
Resistance
4600 Ω
V2
R5
Resistance
3300 Ω
R4
Resistance
2200 Ω
R3
Resistance
8200 Ω
R1
Resistance
5100 Ω
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Insufficient Salmon Time Machine

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