dan2003 / Horizontal Pink Esper Photo Analyser

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Diseño de Robot Móvil

flux

0:40

Aquí tienes una propuesta inicial de la arquitectura para tu robot móvil:

Table

Bloque / FunciónComponenteDescripción breve
Control centralRaspberry Pi Pico WProcesa las señales de los sensores, toma decisiones y controla motores.
Comunicación BluetoothHC-05Permite el control y la comunicación vía Bluetooth.
Seguimiento de líneaTCRT5000Sensor infrarrojo que detecta la línea a seguir.
Detección de obstáculosSensor ultrasónico frontalSensor ultrasónico lateral*(Ej.: HC-SR04)*Permiten medir la distancia a obstáculos en direcciones frontal y lateral para evitarlos.
Control de motoresL298NDriver que gestiona la dirección y velocidad de los motores de tracción.
Puntos de diseño a considerar:
  1. Conexiones de sensores:
    • Conectar el sensor TCRT5000 a un pin digital o ADC del Pico W según el método de detección que emplees.
    • Los sensores ultrasónicos (por ejemplo, el HC-SR04) se conectan a pines GPIO para enviar la señal de disparo y recibir el eco.
  2. Interfaz de comunicación:
    • El HC-05 se integrará mediante comunicación serie (UART) con el Pico W.
  3. Control de motores:
    • El L298N se conectará al Pico W para recibir las señales PWM que controlarán la velocidad y la dirección de los motores.
    • Recuerda incluir los elementos de protección y desacoplo (capacitores decoupling) necesarios en los pines de alimentación.
  4. Gestión de la alimentación:
    • Asegúrate de contar con una fuente de alimentación adecuada que pueda alimentar tanto el Pico W como los motores y sensores.
Podemos proceder ahora con una sugerencia de conexiones para el esquema. ¿Te gustaría que preparemos un resumen de la conexión de pines entre los componentes o deseas profundizar en algún bloque en particular?
Resumen de conexiones
Conexiones para TCRT5000
Conexiones L298N
Conexiones ultrasónicos
Resumen general completo
390 days
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Reviews

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Horizontal Pink Esper Photo Analyser

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