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como conecto todos los componentes al arduino nano
denzelito

denzelito

@copilot como conecto todos los componentes al arduino nano
1y

copilot

Para conectar los componentes especificados a tu Arduino Nano RP2040, detallaré las conexiones según la funcionalidad y los componentes involucrados. Dado que no todas las funcionalidades y propósitos se han esbozado directamente, asumiré aplicaciones típicas y conexiones estándar. Si alguno de los componentes requiere un uso específico no cubierto aquí, no dudes en ajustar las instrucciones de acuerdo a tus necesidades.
Conexiones Generales
  1. Alimentación:
    • Conecta VIN:1 a la fuente de alimentación externa si la hay, o +5V si usarás USB.
    • Conecta +3V3:1 al pin de 3.3V en el Arduino para componentes que requieran 3.3V.
    • Conecta +5V:1 al pin de 5V en el Arduino para componentes que requieran 5V.
    • Conecta todos los pines GND (incluyendo GND__1:1 y GND:1) a un pin GND en el Arduino.
  2. LED1 (WP7113SRD/D):
    • Ya tienes R1:(P1) conectado a LED1:(K). Ahora, conecta R1:(P2) a una salida digital del Arduino, por ejemplo, D10/GPIO5:1, para controlar el LED.
    • Conecta LED1:(A) a uno de los pines GND.
  3. OLED1 (Pantalla OLED):
    • Conecta OLED1:SDA a D12/GPIO4/CIPO:1 (asumiendo I2C, SDA).
    • Conecta OLED1:SCL a D11/GPIO7/COPI:1 (asumiendo I2C, SCL).
    • Conecta OLED1:5V a +5V:1 o OLED1:3V3 a +3V3:1, dependiendo de las especificaciones de tu pantalla.
    • Conecta OLED1:GND a GND.
  4. U1 (MQ-3 Sensor de Alcohol)
    • Podrías usar varias GPIOs para leer y alimentar el sensor. Asegúrate de consultar la hoja de datos para una configuración adecuada de alimentación y lectura.
    • Conecta U1:A1 y U1:A2 a A0/DAC0/GPIO26:1 y A1/GPIO27:1 para leer las salidas analógicas del sensor.
    • Conecta U1:B1 y U1:B2 a GND.
    • Conecta U1:VH+ a +5V:1 y U1:VH- a GND.
Conexiones Adicionales
Sin instrucciones específicas acerca de BZ1 (un zumbador posiblemente) y otros GPIOs no cubiertos aquí, seguiré una lógica de diseño genérica:
  • Para entradas analógicas o GPIOs no utilizados, puedes conectar a sensores o dispositivos externos según sea necesario.
  • Para TX/RX, podrían ser utilizados para la comunicación serial con otros dispositivos o módulos, como módulos Bluetooth/Wi-Fi o para la depuración. Conecta TX:1 a RX en el dispositivo externo, y RX:1 a TX en el dispositivo externo.
  • Para BZ1, si es un zumbador pasivo, conecta BZ1:+ a una GPIO (por ejemplo, D3/GPIO15:1) para controlarla y BZ1:- a GND.
Recuerda revisar las hojas de datos de tus componentes para asegurarte de que las conexiones se alinean con sus especificaciones de voltaje y comunicaciones. También, verifica siempre la dirección de los datos en interfaces de comunicación como I2C, SPI, etc., para garantizar una operación correcta.
1y
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1
LED1
R1
Resistance
330 Ω
OLED1
BZ1
U1
U2
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Arduino Nano RP2040 thumbnail
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