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me puedes ayudar a conectar los componentes que faltan

feeeer

@copilot me puedes ayudar a conectar los componentes que faltan

copilot

Claro, puedo ayudarte a conectar los componentes en el proyecto. Para poder hacer las conexiones correctas, vamos a revisar cada componente y su propósito en el circuito. Aquí hay algunas conexiones clave basadas en los componentes y nets proporcionados:

Revisión de los componentes

Microcontrolador PIC16F628A-I/P (U2): Este es el cerebro del circuito.
Transistores 2N3904 (Q1, Q2, Q3, Q4): Se utilizan comúnmente como interruptores o amplificadores.
Resistencias: Hay varias resistencias en el circuito.
Condensadores: Dos condensadores, C1 y C2.
LEDs: Varios LEDs, incluyendo LED1, LED2, LED3, LED4, LED5, LED6.
Puerta Lógica L293D (U1): Este parece ser un controlador de motores.
Puertos J (J1, J2, J3, J4): Conectores generales.

Conexiones Específicas

Voy a hacer suposiciones basadas en un típico uso de estos componentes. Puedes corregir cualquier supuesto que no sea válido:

Conexiones al PIC16F628A-I/P (U2)

Alimentación:
- Conectar $U2:5$ a GND.
- Conectar $U2:14$ a VCC.
Oscilador:
- Conectar un cristal o resonador entre $U2:15$ (CLKOUT) y $U2:16$ (CLKIN) y agregar dos capacitores de desacoplamiento (típicamente 22pF) a GND.

Transistores (Q1, Q2, Q3, Q4)

Asumiendo que los transistores están siendo utilizados para controlar los LEDs:

Q1:
- Conectar $Q1:1$ (C) a VCC.
- Conectar $Q1:3$ (E) a un nodo Net 12 para activar LED3.
Q2:
- Conectar $Q2:1$ (C) a VCC.
- Conectar $Q2:3$ (E) a un nodo Net 10 para activar LED2.
Q3:
- Conectar $Q3:1$ (C) a VCC.
- Conectar $Q3:3$ (E) a Net 20 para activar J3.
Q4:
- Conectar $Q4:1$ (C) a VCC.
- Conectar $Q4:3$ (E) a Net 18 para activar J4.

Uniendo Explícitamente las Conexiones

Para la lista final, asumiendo los elementos faltantes:

Conectar $U2:5$ a GND.
Conectar $U2:14$ a VCC.
Conectar $U2:15$ a un cristal entre CLKOUT y CLKIN.
Conectar $U2:16$ a un cristal entre CLKOUT y CLKIN.
Conectar $Q1:1$ a VCC.
Conectar $Q1:3$ a $R10:P1$ .
Conectar $Q2:1$ a VCC.
Conectar $Q2:3$ a $R10:P2$ .
Conectar $Q3:1$ a VCC.
Conectar $Q3:3$ a Net 20.
Conectar $Q4:1$ a VCC.
Conectar $Q4:3$ a Net 18.

Por favor, siéntete libre de corregir cualquier conexión específica o cualquier suposición que esté haciendo. Esto debería darte una base sólida para continuar con la implementación en Flux.

feeeer

a conectar

copilot

¡Entendido! Vamos a realizar las conexiones necesarias en el proyecto para las partes que mencionaste.

Conexiones necesarias:

PIC16F628A-I/P (U2):
- Alimentación:
  - Conectar $U2:5$ (VSS) a GND.
  - Conectar $U2:14$ (VDD) a VCC.
Cristal Oscilador (típicamente se usan capacitores de 22pF):
- Conectar el cristal entre $U2:15$ (CLKOUT/OSC2/RA6) y $U2:16$ (CLKIN/OSC1/RA7).
- Conectar un capacitor de 22pF desde $U2:15$ (CLKOUT/OSC2/RA6) a GND.
- Conectar un capacitor de 22pF desde $U2:16$ (CLKIN/OSC1/RA7) a GND.
Transistores (usando 2N3904):
- Q1:
  - Conectar $Q1:1$ (C) a VCC.
  - Conectar $Q1:3$ (E) a $R10 P2 - Q1 E$ : $P1$ ( $Q1E$ ).
  - Conectar $Q1:2$ (B) a $R10$ : $P1$ (base).
- Q2:
  - Conectar $Q2:1$ (C) a VCC.
  - Conectar $Q2:3$ (E) a $R10 P2 - Q1 E$ : $P1$ ( $Q2E$ ).
  - Conectar $Q2:2$ (B) a $Q2_B$ : $P1$ .
- Q3:
  - Conectar $Q3:1$ (C) a VCC.
  - Conectar $Q3:3$ (E) a $Q3 E - Q4 E$ : $P1$ ( $Q3E$ ).
  - Conectar $Q3:2$ (B) a $Net 9$ : $P1$ .
- Q4:
  - Conectar $Q4:1$ (C) a VCC.
  - Conectar $Q4:3$ (E) a $Q3 E - Q4 E$ : $P1$ ( $Q4E$ ).
  - Conectar $Q4:2$ (B) a $Q2B$ : $P1$ .

Por favor confirma si estas son las conexiones correctas, o si hay alguna conexión específica que necesites ajustar.

R10

Resistance

51 Ω

Resistance

51 Ω

Resistance

51 Ω

Resistance

51 Ω

Resistance

1kΩ

Resistance

1kΩ

R11

Resistance

10 Ω

Q1_B

Pad_2

R10 P2 - Q1 E

Q2_B

Pad_3

R10 P2 - Q1 E

Pad_2

R10 P2 - Q1 E

Q1_B

Capacitance

100uF

VCC

LED4

LED2

LED3

VCC

Capacitance

100uF

LED1

VCC

Reviews

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Project Name

PIC16F628A-I/P

Description

PIC PIC® 16F Microcontroller IC 8-Bit 20MHz 3.5KB (2K x 14) FLASH 18-PDIP #commonpartslibrary #integratedcircuit #microcontroller #pic16f

Properties

Part Type

Microcontroller

Manufac…er Name

Microchip Technology

Manufac… Number

PIC16F628A-I/P

Datasheet URL

microchip.com/downloads/en/DeviceDoc/40044G.pdf

Designator Prefix

License

creativecommons.org/licenses/by/4.0/

Pricing & Availability

Distributor	Qty 1
Arrow	$13.61–$16.07
Digi-Key	$17.12–$20.89
LCSC	$3.84–$7.94
Mouser	$17.22
Verical	$13.51–$17.53

Controls

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Schematic