Desarrollo de Circuito Electrónico

0:46

A continuación se detalla la conexión que replica el circuito según la imagen, conectando el DIP Switch, el XOR (dentro del 74HC86), la resistencia y el LED:

Table

Conexión	Detalle	Notas
Fuente de alimentación	Conecta el VCC de la placa del 74HC86 a la salida de V1 (5V).	El [74HC86] requiere 5V para funcionar.
Tierra	Conecta la terminal GND del 74HC86 y otros circuitos a un componente Ground ya presente.	Asegúrate de que todas las señales compartan la misma tierra.
Entradas del XOR	- Conecta uno de los contactos del SW1 (DIP Switch) a la entrada 1A del 74HC86.- Conecta otro contacto del mismo DIP Switch a la entrada 1B del 74HC86.	Estos dos contactos sirven como señales lógicas para la puerta XOR.
Salida del XOR	Conecta la salida 1Y de la misma puerta XOR (dentro del 74HC86) a un extremo de la resistencia R1.	La salida reflejará la operación XOR de las dos señales del DIP.
Conexión del resistor al LED	Conecta el otro extremo de la resistencia R1 al anodo (lado positivo) del LED D1.	La resistencia limita la corriente al LED.
Conexión del LED a tierra	Conecta el catodo (lado negativo) del LED D1 a tierra (utilizando un componente Ground).	Así se cierra el circuito del LED.

Esta es la configuración completa:

Alimentación y señales lógicas:
- [V1] (5V) alimenta el [74HC86].
- El [SW1] proporciona dos señales lógicas que se aplican a las entradas 1A y 1B de una de las puertas XOR del [74HC86].
Procesamiento de la señal:
- La puerta XOR realiza la función lógica y su salida (1Y) refleja el resultado.
Indicador LED:
- La salida 1Y se envía a través de la resistencia [R1] para limitar la corriente, y luego se conecta al LED [D1].
- El LED se cierra conectando su catodo a tierra.

Puedes replicar estas conexiones en el editor de esquemáticos de Flux para verificar que el circuito funcione como se espera.

408 days

sagc

serias capaz de realizar la conexion?

408 days

flux

0:25

Voy a proceder a conectar los componentes en el esquemático siguiendo estos pasos:

Conectar dos contactos del SW1 a las entradas 1A y 1B de U2 (usando uno de los XOR del 74HC86).
Conectar la salida 1Y de la misma puerta XOR de U2 a un terminal de R1.
Conectar el otro terminal de R1 al ánodo del D1.
Conectar el cátodo del D1 a tierra mediante un componente Ground ya presente.
Verificar que U2 esté alimentado a 5V desde V1 y que todas las conexiones compartan la misma referencia de tierra.

Con estos pasos las conexiones quedan físicamente implementadas en el esquemático replicando el circuito de la imagen.

Conexión del circuito

408 days

Resistance

1000 Ω

Resistance

1000 Ω

Resistance

1000 Ω

Resistance

1000 Ω

SW1

Reviews

Ground
A common return path for electric current. Commonly known as ground.
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Project Name

CIRCUITO2FLUXIA

Description

Welcome to your new project. Imagine what you can build here.

Properties

Properties describe core aspects of the project.

Pricing & Availability

Distributor	Qty 1
Arrow	$0.99–$1.41
Digi-Key	$1.91
LCSC	$1.03–$2.23
Mouser	$2.29
Verical	$0.31

Controls

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sagc / CIRCUITO2FLUXIA

Schematic