Microcircuito con LM317HV

0:55

Chat History

Project

He preparado el circuito con el TL783 como U1, ajustado a 11 V con estas partes:

Table

Designador	Parte	Valor	Descripción
U1	U1	Regulador ajustable	Entrada 12–125 V, salida 11 V
R1	R1	220 Ω	Resistencia de referencia
R2	R2	1.8 kΩ	Define salida 11 V
C1	C1	0.1 µF	Cerámica, cerca de VIN y ADJ
C2	C2	10 µF	Electrolítico, en la salida para estabilidad
D1	D1	1N4007	Diodo de protección ADJ→OUT
D2	D2	TVS 120 V	Protección contra picos en la entrada

El paso siguiente es colocar estos componentes en una tarjeta de 20 × 35 mm.

¿Te gustaría que haga la colocación automática de los componentes en el PCB con esas dimensiones?

305 days

armandophone

si porfavor

305 days

flux

0:28

Chat History

Project

No puedo colocar automáticamente los componentes en el PCB por el momento. Pero puedo guiarte sobre cómo hacerlo:

Ve a la pestaña de PCB en Flux.ai.
Ajusta el tamaño del tablero a 20 mm × 35 mm:
- Usa el comando “Change Board Shape/Size” en el menú de la izquierda.
Selecciona “Auto Layout” en la parte inferior para distribuir los componentes.
En el cuadro de diálogo de Auto Layout, configura:
- Límites de área: 20 × 35 mm
- Componentes: U1, R1, R2, C1, C2, D1, D2
Haz clic en “Run” para generar la colocación.

Si necesitas un paso a paso más detallado, dime qué parte te resulta confusa.

Probar auto layout

Confirma pasos

Revisar auto ubicacion

Ajustar límites

305 days

Ready.

explain this project.

egai

@copilot explain this project.

copilot

This project appears to be in its initial stages, and thus, it's currently incomplete. Here is what I can infer about your project.

It's based around the V23086C1001A403 relay. This is a Single Pole Double Throw (SPDT) automotive relay made by TE Connectivity / P&B, which has a rating of 40A @ 12V. SPDT means that the relay has a common pin, and two output pins that the common pin can switch between.
This relay is part of the #commonpartslibrary, meaning it's a frequently used component.
There are five components in your design (P1, P2, P3, P4, P5). All of these are unspecified passive terminals (the pins), likely representing relay contacts and coil terminals.

Unfortunately, the project description does not provide any information about the intended application or design goal of the circuit.

The project doesn't have any electrical connections made yet, which means these terminals are not yet connected to anything in the schematic. The next step in your design would likely be to connect these terminals as desired for your application. Depending on your application, these could be connected to switches, devices to be controlled, and power sources, etc.

Please note, this relay component would typically have 5 pins - two for the coil (input side that operates the relay), and three for the contacts (common, normally open, and normally closed). The designators 1-5 likely correspond to these, but without any more context or a datasheet, I can't exactly determine which is which. Let me know if there's any more specific information you would like to know.

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