Sistema de Alarma en Barco

Thought for 1 min 4 sec

Aquí tienes cómo puedes representar el circuito en Flux siguiendo la expresión simplificada

F = A \cdot B + A \cdot C + A \cdot D + B \cdot C \cdot D

Pasos sugeridos para implementarlo en tu esquema en Flux:

Table

Componente	Función	Referencia en Flux
SW_A	Fuente/interrupor para la señal A	SW_A
SW_B	Fuente/interrupor para la señal B	SW_B
SW_C	Fuente/interrupor para la señal C	SW_C
SW_D	Fuente/interrupor para la señal D	SW_D
2-input AND (x3)	Puertas AND para generar los términos A·B, A·C y A·D	2-input AND
2-input AND (x2)	Puertas AND en cascada para implementar B·C·D:- Primera etapa: combina B y C.- Segunda etapa: combina la salida con D	2-input AND
4-input OR	Puerta OR para sumar las salidas de las compuertas anteriores (las tres con A y la combinada para B·C·D)	4-input OR

Conexiones sugeridas:

Para A·B, A·C y A·D:
- Conecta la salida de SW_A a una entrada de cada una de las tres puertas AND.
- Conecta la salida de SW_B a la primera AND, la de SW_C a la segunda y la de SW_D a la tercera.
Para B·C·D:
- Conecta SW_B y SW_C a la primera 2-input AND del bloque en cascada.
- Conecta la salida de esa puerta, junto con SW_D, a la segunda 2-input AND.
Para combinar los términos:
- Conecta las salidas de las tres puertas AND que generan A·B, A·C y A·D y la salida de la cadena que implementa B·C·D a la puerta OR de 4 entradas.
- La salida de la puerta OR será la señal F.

Con estos pasos, en Flux puedes agregar los componentes usando la herramienta de búsqueda (@library) y conectarlos en tu esquema para representar el circuito propuesto. ¡Espero que esto te ayude a avanzar en tu proyecto!

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Project Name

Prickly White TARDIS

Description

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Properties

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