Schematic for Assistant Yellow Ecto Goggles

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create a high level mermaid block diagram of U1. Include key component's manufac...

support-idoose

@copilot create a high level mermaid block diagram of U1. Include key component's manufacturer part number in each block whenever possible.

copilot

Here's a high-level mermaid block diagram for the component U1, which is a 74HC14 hex inverting Schmitt trigger manufactured by I-CORE(中微爱芯).

Diagram

Key Points:

U1 is a 74HC14 hex inverting Schmitt trigger, comprised of six inverters with Schmitt trigger inputs.
Each inverter unit consists of an input (Ax) and an output (Yx).
Power connections are made to GND and VCC.

If you have any questions or need further details, feel free to ask!

copilot

Para agregar seis emisores infrarrojos (IR) al proyecto y conectarlos al componente

U1

, comenzaremos por imaginar un esquema básico donde cada emisor IR está controlado por las diferentes puertas de Schmitt trigger del 74HC14.

Asignación de Emisores IR:

Imaginemos que cada emisor IR se conectará de la siguiente manera:

IR1 conectado a la salida de la puerta 1Y.
IR2 conectado a la salida de la puerta 2Y.
IR3 conectado a la salida de la puerta 3Y.
IR4 conectado a la salida de la puerta 4Y.
IR5 conectado a la salida de la puerta 5Y.
IR6 conectado a la salida de la puerta 6Y.

Vamos a definir las conexiones específicas entre el 74HC14 y los emisores IR:

Conexiones:

Conecta $U1:1Y$ a IR1:Anodo.
Conecta $U1:2Y$ a IR2:Anodo.
Conecta $U1:3Y$ a IR3:Anodo.
Conecta $U1:4Y$ a IR4:Anodo.
Conecta $U1:5Y$ a IR5:Anodo.
Conecta $U1:6Y$ a IR6:Anodo.

Notas Adicionales:

Cátodos de los emisores IR: Estos estarán generalmente conectados a tierra (GND) o a través de una resistencia limitadora de corriente adecuada para proteger los emisores IR.
Alimentación del circuito: Asegúrate de conectar $U1:GND$ a tierra y $U1:VCC$ a la fuente de alimentación adecuada.

Si tienes preguntas sobre valores específicos de resistencias o cómo proteger tus emisores IR, o cualquier otro requerimiento, no dudes en preguntar.

support-idoose

alimentalo i coloca 6 emisores ir

copilot

Vamos a conectar seis emisores infrarrojos (IR) al componente 74HC14 y asegurarnos de que estén debidamente alimentados. Primero, asumiremos que cada emisor IR será controlado por las salidas de cada inversor en el 74HC14.

Conexiones para Emisores IR:

Supongamos que los emisores IR tienen un ánodo y un cátodo, y que necesitan estar conectados como sigue:

Conexiones:

IR1:
- Conecta U1-1Y a IR1:Ánodo.
- Conecta IR1:Cátodo a tierra (GND) a través de una resistencia limitadora de corriente.
IR2:
- Conecta U1-2Y a IR2:Ánodo.
- Conecta IR2:Cátodo a tierra (GND) a través de una resistencia limitadora.
IR3:
- Conecta U1-3Y a IR3:Ánodo.
- Conecta IR3:Cátodo a tierra (GND) a través de una resistencia limitadora.
IR4:
- Conecta U1-4Y a IR4:Ánodo.
- Conecta IR4:Cátodo a tierra (GND) a través de una resistencia limitadora.
IR5:
- Conecta U1-5Y a IR5:Ánodo.
- Conecta IR5:Cátodo a tierra (GND) a través de una resistencia limitadora.
IR6:
- Conecta U1-6Y a IR6:Ánodo.
- Conecta IR6:Cátodo a tierra (GND) a través de una resistencia limitadora.

Alimentación del 74HC14:

Conecta U1-GND a tierra (GND).
Conecta U1-VCC a la fuente de alimentación positiva apropiada, generalmente 5 V.

Resistencia Limitadora:

Las resistencias limitadoras de corriente para cada emisor IR deben seleccionarse para asegurar que la corriente máxima permitida del emisor no se exceda. Si, por ejemplo, los emisores necesitan 20 mA y están alimentados con 5 V, la resistencia se puede calcular utilizando la Ley de Ohm:

R = \frac{V_{\text{fuente}} - V_{\text{forward}}}{I}

donde:

$V_{\text{fuente}}$ es el voltaje de la fuente (5 V),
$V_{\text{forward}}$ es el voltaje de caída hacia adelante del emisor IR,
$I$ es la corriente deseada (20 mA en este caso).

Si necesitas más ayuda con los cálculos o detalles adicionales, por favor házmelo saber.

support-idoose

conecta 6 emisores ir

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Missing Power • 1

	Pin	Net
	U1:VCC	—

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