Project Assistance Inquiry

Thought for 41 sec

flux

Aquí te propongo una sugerencia de cambios para generar el esquema en Flux con los siguientes componentes y conexiones:

Componentes a agregar:

L298 (U1): puente H para controlar el motor.
Relay (K1): relé para dirección “adelante”.
Relay (K2): relé para dirección “atrás”.
DC Motor 24V (M1): motor de 24 V, 1000 mA.
Componentes adicionales de desacoplo, como C0.1µF, y el componente Ground para referencia común.

Conexiones sugeridas:

Puente H ([L298] U1):
- Las salidas de U1 se conectarán al [DC Motor 24V] (M1).
- Los pines de control (por ejemplo, IN1 e IN2) se conectarán a los contactores de los relés:
  - Cuando se active K1, se forzará IN1 a nivel lógico alto y IN2 a bajo (giro “adelante”).
  - Cuando se active K2, se forzará IN1 a bajo y IN2 a nivel lógico alto (giro “atrás”).
Relés (K1 y K2):
- Cada relé controlará la señal correspondiente a los pines de U1.
- Se implementa un sistema de enclavamiento usando los contactos auxiliares (normalmente cerrados) de ambos relés, de forma que al activarse uno se bloquee la activación del otro, evitando señales conflictivas.
Alimentación y desacoplo:
- El [DC Motor 24V] (M1) se alimentará con una fuente de 24 V.
- Se deberá proveer una alimentación de 5 V (o según lo requieran las hojas de datos) para la lógica del [L298] y de los relés.
- Agregar capacitores de desacoplo (por ejemplo, C0.1µF) cerca de los pines de los IC y conectar todas las tierras al componente Ground.

Esta sugerencia cubre el diseño básico del circuito de enclavamiento para controlar la dirección del motor. ¿Deseas que proponga estos cambios en el esquema de tu proyecto?

Puedes utilizar el botón "Apply changes" para agregar estos componentes y conexiones al esquema.

Aplicar cambios

Actualizar esquema

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Reviews

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Project Name

Hidden White Replicator

Description

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

Properties

Properties describe core aspects of the project.

Pricing & Availability

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Controls

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elmanus / Hidden White Replicator

Schematic