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puedes conectar este circuito? es un led
josse123

josse123

@copilot puedes conectar este circuito? es un led
2y

copilot

Claro, puedo ayudarte a conectar el LED a tu batería utilizando una resistencia para limitar la corriente y así proteger el LED. Para calcular el valor de la resistencia que necesitamos, utilizaremos la fórmula de la ley de Ohm:
R=Vbat−VledIledR = \frac{V_{bat} - V_{led}}{I_{led}}
Dado que no proporcionaste el valor de la tensión de la batería (BAT1) ni la corriente deseada para el LED, voy a asumir valores típicos:
  • Tensión de la batería (BAT1): 5V
  • Tensión adelante del LED (LED1): 1.85V (proporcionado en las especificaciones de LED1)
  • Corriente del LED (I_led): 20mA 0.02A0.02A, que es un valor común para muchos LEDs.
Con estos valores, la resistencia necesaria RR sería:
R=5V−1.85V0.02A=157.5ΩR = \frac{5V - 1.85V}{0.02A} = 157.5\Omega
La resistencia más cercana que tienes es de 220Ω (R1), lo que está bien, ya que limitará la corriente a un valor seguro para el LED y evitará que se dañe.
Para conectar estos componentes en tu proyecto Universal Scarlet Massive Robot Spider, sigue estos pasos:
  • Conectar la batería (BAT1) al circuito:
    • Conecta BAT1:POSITIVE a R1:1.
    • Conecta BAT1:NEGATIVE a LED1:K.
  • Conectar la resistencia R1 al LED1:
    • Conecta R1:2 a LED1:A.
Siguiendo estas conexiones, asegurarás que tu LED se ilumine de manera segura sin exceder la corriente máxima permitida. Si los valores de la tensión de la batería o la corriente deseada para el LED son diferentes a los que asumí, por favor házmelo saber para ajustar el cálculo.
2y
2y

copilot

Para realizar las conexiones necesarias y completar tu circuito, sigue estos pasos en tu proyecto dentro de Flux:
  1. Conexión de la Batería a la Resistencia:
    • Conecta BAT1:POSITIVE a R1:1. Esto suministrará el voltaje necesario al circuito a través de la resistencia R1.
  2. Conexión de la Resistencia al LED:
    • Conecta R1:2 a LED1:A. Esta conexión permite que la corriente pase a través de la resistencia antes de llegar al LED, limitándola a un valor seguro para el LED.
  3. Conexión del LED a la Batería (completa el circuito):
    • Conecta LED1:K a BAT1:NEGATIVE. Esto completa el circuito permitiendo que la corriente fluya desde la batería, a través de la resistencia, el LED, y de regreso a la batería.
Siguiendo estos pasos, tendrás tu LED correctamente conectado y protegido por la resistencia R1, conforme a las especificaciones dadas para tu proyecto Universal Scarlet Massive Robot Spider. Este circuito básico iluminará el LED utilizando la batería, asegurando que la corriente que fluye a través del LED no exceda su valor seguro, gracias a la inclusión de la resistencia R1 de 220$\Omega$.
2y
1
BAT1
LED1
R1
Resistance
220 Ω
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Universal Scarlet Massive Robot Spider

Universal Scarlet Massive Robot Spider thumbnail
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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Qty 1

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$0.01–$0.10

LCSC

$0.39

Mouser

$0.10

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