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graph TD; power_supply["Power Supply\n(e.g., node_5V, node_12V)"] --> microcontroller["Microcontroller\n(e.g., [ATmega328](https://www.flux.ai/search?type=components&q=ATmega328))"] sensors["Sensors\n(e.g., [DHT22](https://www.flux.ai/search?type=components&q=DHT22))"] --> microcontroller actuators["Actuators\n(e.g., [L298N](https://www.flux.ai/search?type=components&q=L298N) Motor Driver)"] --> microcontroller microcontroller --> communication_module["Communication Module\n(e.g., [ESP8266](https://www.flux.ai/search?type=components&q=ESP8266))"] communication_module --> cloud_service["Cloud Service\n(e.g., IoT Platform)"] microcontroller --> output_devices["Output Devices\n(e.g., LCD Display)"]

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graph TD; A[Microcontroller] --> B(Sensor Module) B --> C(Actuator Module) A --> D(Communication Module) D --> E[Power Supply]
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Exuberant Harlequin Wall-E
Properties
Properties describe core aspects of the project.
Pricing & Availability
Distributor | Qty 1 |
|---|
Controls
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copilot
- Relé (X1)
- Llaves (Key-A y Key-B)
- Diodo LED (LED1 y LED2)
- 74LS04 - compuerta NOT
- Transistores (2N2222A)
- Diodo 1N4007
- Resistores (varios valores)
- Fuente VDC
- Fuente V1 - AC 120V
Descripción básica del circuito:- Las llaves (Key-A y Key-B) parecen estar conectadas a un circuito de entrada que incluye la compuerta NOT $74LS04$.
- El relé se activa probablemente por los transistores $2N2222A$, que son controlados por la compuerta NOT.
- Los LEDs indican el estado de las llaves o del relé.
- El diodo $1N4007$ parece estar allí para protección contra voltajes inversos en el relé.
Pasos para crear un esquema similar en Flux: