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M1
2y

copilot

Hello! It looks like you have a fascinating project setup here with various components ready to be incorporated into a circuit design in Flux. Since no electrical connections have been made yet in your project, Satisfactory Indigo TARDIS, I'd be happy to help you get started or provide guidance on any specific aspects you have in mind.
Given the components listed, there are countless possibilities for creating interesting circuits. For example, you might be aiming to build a temperature sensor circuit using the TMP36GT9Z (U1) with an indication system using LED1 or designing a power supply circuit with rectification and regulation stages using the diodes D1, D2 and the voltage source V1.
Do you have any specific goals or functions in mind for this project? Or would you like recommendations on how to connect these components for a particular application?
2y
misaelbautista

misaelbautista

realizame la conexion en base a esto: Invernadero didáctico (control de lampara y ventilador por sensor de temperatura)
2y

copilot

Para un proyecto de invernadero didáctico que controle una lámpara y un ventilador basado en la lectura de un sensor de temperatura, podemos utilizar el sensor de temperatura TMP36GT9Z (U1) para monitorear la temperatura. Aunque tu lista de componentes no incluye específicamente un ventilador ni una lámpara, asumiré que la lámpara puede representarse por el LED (LED1) y el ventilador por el motor (M1), aunque en la práctica se requerirían relevadores o transistores de potencia para controlar cargas más grandes como un ventilador real. También usaremos el transistor 2N2222 (Q1) como un interruptor controlado por la temperatura para la lámpara y Q2 (cuyas especificaciones exactas no se proporcionaron) para el ventilador, haciendo algunas suposiciones sobre cómo podrías querer que esto funcione en términos de lógica de control.
Esquema básico de conexiones:
  1. Sensor de temperatura (TMP36GT9Z U1):
    • Conecta U1:1 (+VS) a V1:1 (ANODE).
    • Conecta U1:3 (GND) a V1:2 (CATHODE).
    • Conecta U1:2 (VOUT) al pin base (B) de Q1 (2N2222) a través de R1 para limitar la corriente. Esto significa que cuando la temperatura suba, aumentará el voltaje en VOUT, lo que a su vez hará que Q1 conduzca.
  2. Control de la lámpara (LED1) con Q1 (2N2222):
    • Conecta Q1:E (emisor) a V1:2 (CATHODE).
    • Conecta Q1:C (colector) a LED1:K (pin 1).
    • Conecta LED1:A (pin 2) a V1:1 (ANODE) a través de un resistor limitador de corriente (supongamos un valor típico de 330 ohmios para este, aunque no se haya especificado como parte de los componentes).
  3. Control del ventilador (M1) con Q2:
    • Conecta Q2:E (emisor) a V1:2 (CATHODE).
    • Siendo Q2 un transistor genérico y necesitando asumir valores, usaremos un 2N2222 para este ejemplo también, aunque para un ventilador real puede requerirse un MOSFET o un transistor con mayor capacidad de corriente.
    • Si la temperatura detectada supera otro umbral, la salida del sensor, quizás a través de otro camino de resistencia (digamos R2, no especificado en la lista pero necesario para este diseño), se conecta a Q2:B (base).
    • Conecta el "motor" M1 en serie con Q2:C (colector) y luego conecta el otro extremo de M1 a V1:1 (ANODE).
Estas sugerencias proporcionan un inicio básico para tu proyecto. La activación del transistor Q1 y Q2 depende directamente de los valores de voltaje proporcionados por el sensor de temperatura U1, que variarán con la temperatura. Es importante notar que el diseño detallado de este sistema, especialmente las especificaciones del ventilador (M1), la corriente necesaria para el ventilador y el LED, y las resistencias específicas utilizadas (como R1), dependerán de las especificaciones de los componentes reales que se utilicen.
Nota: Esta es una simplificación y, en una aplicación real, se podrían necesitar componentes adicionales, como reguladores de voltaje, circuitos de protección, y una lógica de control más compleja posiblemente utilizando un microcontrolador para un control más preciso y opciones de configuración expandibles.
2y
1
LED1
U1 GND - V1 CATHODE
Q2
U1
U1 GND - V1 CATHODE
U1 GND - V1 CATHODE
D1
R1
Resistance
500 Ω
V1
U1 +VS - V1 ANODE
U1 GND - V1 CATHODE
Q1
U1 +VS - V1 ANODE
U1 +VS - V1 ANODE
D2
U1 GND - V1 CATHODE
U1 GND - V1 CATHODE
  • Generic Inductor
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Satisfactory Indigo TARDIS

Satisfactory Indigo TARDIS thumbnail
Welcome to your new project. Imagine what you can build here.

Properties

Properties describe core aspects of the project.

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Qty 1

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$2.80

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$4.03

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$2.20

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