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Arma el circuito que me acabas de dar

luisangel567

@copilot arma el circuito que me acabas de dar

copilot

Entendido, voy a ayudarte a armar el circuito basado en el proyecto que has proporcionado. Aquí tienes un diseño básico para un amplificador de audio estéreo Clase D con las especificaciones dadas.

Lista de Componentes:

BATERÍA (BATT1)
- MPN: 1070TR
- Voltaje: 12V
Amplificador Clase D (AMP1)
- Ejemplo: TPA3116D2
- Alimentación: 12V
- Pins:
  - VCC: Alimentación de 12V
  - GND: Tierra
  - IN_R: Entrada de audio canal derecho
  - IN_L: Entrada de audio canal izquierdo
  - OUT_R+: Salida de audio canal derecho (positivo)
  - OUT_R-: Salida de audio canal derecho (negativo)
  - OUT_L+: Salida de audio canal izquierdo (positivo)
  - OUT_L-: Salida de audio canal izquierdo (negativo)
Conector Jack 3.5mm (JACK1)
- Pins:
  - L: Canal izquierdo
  - R: Canal derecho
  - GND: Tierra
Capacitores de Acoplamiento (C1, C2): 10 µF
Resistores de Polarización (R1, R2): 10 kΩ

Conexiones:

Conexiones de Alimentación:
- Connect BATT1:+ to AMP1:VCC.
- Connect BATT1:- to AMP1:GND.
Conexiones de Entrada de Audio:
- Connect JACK1:L to one end of R1.
- Connect the other end of R1 to C1:1.
- Connect C1:2 to AMP1:IN_L.
- Connect JACK1:R to one end of R2.
- Connect the other end of R2 to C2:1.
- Connect C2:2 to AMP1:IN_R.
- Connect JACK1:GND to AMP1:GND.
Salidas de Audio:
- Connect AMP1:OUT_L+ to terminal positivo del altavoz izquierdo.
- Connect AMP1:OUT_L- to terminal negativo del altavoz izquierdo.
- Connect AMP1:OUT_R+ to terminal positivo del altavoz derecho.
- Connect AMP1:OUT_R- to terminal negativo del altavoz derecho.

Consideraciones Adicionales:

Usa un filtro de salida LC para reducir el ruido de alta frecuencia del amplificador Clase D.
Asegúrate de que los componentes y las conexiones cumplen con las normas RoHS, FCC y CE.

Esto debería proporcionarte un buen punto de partida para tu diseño de amplificador de audio Clase D estéreo. Si tienes más especificaciones o componentes para agregar, házmelo saber y los incorporo al diseño.

luisangel567

arma el circuito

copilot

Para armar el circuito en Flux, seguiré los pasos que he descrito. Voy a hacer un esquema básico que puedes usar como referencia.

Esquema del Circuito:

Alimentación:
- BATT1: Fuente de alimentación de 12V.
Amplificador Clase D (AMP1):
- Usaré un ejemplo de amplificador como el TPA3116D2.
Conector Jack 3.5mm (JACK1):
- Para la entrada de audio.
Componentes Pasivos:
- Capacitores de Acoplamiento: 10 µF.
- Resistores de Polarización: 10 kΩ.

Diagrama de Conexiones:

Batería:
- Connect BATT1:+ to AMP1:VCC.
- Connect BATT1:- to AMP1:GND.
Entrada de Audio:
- Connect JACK1:L to R1:1.
- Connect R1:2 to C1:1.
- Connect C1:2 to AMP1:IN_L.
- Connect JACK1:R to R2:1.
- Connect R2:2 to C2:1.
- Connect C2:2 to AMP1:IN_R.
- Connect JACK1:GND to AMP1:GND.
Salida de Audio (hacia los altavoces):
- Connect AMP1:OUT_L+ to altavoz izquierdo (positivo).
- Connect AMP1:OUT_L- to altavoz izquierdo (negativo).
- Connect AMP1:OUT_R+ to altavoz derecho (positivo).
- Connect AMP1:OUT_R- to altavoz derecho (negativo).

Ahora procederé a crear el esquema del circuito. Puedes verlo detalladamente paso a paso:

Paso 1: Creación de un esquema de alimentación

Colocar la batería BATT1 (fuente de alimentación de 12V).

Paso 2: Amplificador Clase D

Colocar el amplificador AMP1 (ejemplo: TPA3116D2).

Paso 3: Entrada de Audio

Colocar el conector de jack 3.5mm JACK1.

Paso 4: Componentes Pasivos

Colocar los capacitores C1 y C2 (10 µF).
Colocar los resistores R1 y R2 (10 kΩ).

Paso 5: Realizar las Conexiones

Hare las conexiones especificadas en las instrucciones anteriores.

Voy a proceder a hacer un esquema en Flux y compartir un archivo de diseño contigo. Mientras tanto, puedes revisar este diagrama conceptual.

Sin embargo, como no puedo generar directamente el diseño en Flux.ai desde aquí, te recomendaría seguir los pasos mencionados dentro de la plataforma Flux.ai, utilizando los componentes mencionados y las conexiones proporcionadas.

Espero que esto te sirva como una guía completa para tu diseño de amplificador. Si necesitas más ayuda o ajustes al diseño, ¡avísame!

luisangel567

Arma el circuito que me acabas de dar

BATT1

#include <LiquidCrystal.h>
    // Initialize the library with the numbers of the interface pins
    LiquidCrystal lcd(U6: D3, U6: D4, U6: D2, U6: A0, U6: A1, U6: A2, U6: A3, U6: A4, U6: A5, U6: A6, U6: A7);
void setup() {
    // Set up the LCD's number of columns and rows:
    lcd.begin(16, 2);
    // Print a message to the LCD.
    lcd.print("Hello, World!");
}
void loop() {
    // Turn the cursor on, after two seconds, then off:
    lcd.cursor();
    delay(2000);
    lcd.noCursor();
    delay(2000);
}
//
// This is where you can create powerful part automations like resistors that tell you when too much current is flowing through them

Line: 1:11: Cannot find name 'LiquidCrystal'.Line: 4:5: Cannot find name 'LiquidCrystal'.Line: 4:19: Cannot find name 'lcd'.Line: 4:23: Cannot find name 'U6'.Line: 4:27: Cannot find name 'D3'.Line: 4:31: Cannot find name 'U6'.Line: 4:35: Cannot find name 'D4'.Line: 4:39: Cannot find name 'U6'.Line: 4:43: Cannot find name 'D2'.Line: 4:47: Cannot find name 'U6'.Line: 4:51: Cannot find name 'A0'.Line: 4:55: Cannot find name 'U6'.Line: 4:59: Cannot find name 'A1'.Line: 4:63: Cannot find name 'U6'.Line: 4:67: Cannot find name 'A2'.Line: 4:71: Cannot find name 'U6'.Line: 4:75: Cannot find name 'A3'.Line: 4:79: Cannot find name 'U6'.Line: 4:83: Cannot find name 'A4'.Line: 4:87: Cannot find name 'U6'.Line: 4:91: Cannot find name 'A5'.Line: 4:95: Cannot find name 'U6'.Line: 4:99: Cannot find name 'A6'.Line: 4:103: Cannot find name 'U6'.Line: 4:107: Cannot find name 'A7'.Line: 6:6: Cannot find name 'setup'.Line: 8:5: Cannot find name 'lcd'.Line: 10:5: Cannot find name 'lcd'.Line: 13:6: Cannot find name 'loop'.Line: 15:5: Cannot find name 'lcd'.Line: 16:5: Cannot find name 'delay'.Line: 17:5: Cannot find name 'lcd'.Line: 18:5: Cannot find name 'delay'.Line: 4:19: ';' expected.Line: 4:25: ',' expected.Line: 4:33: ',' expected.Line: 4:41: ',' expected.Line: 4:49: ',' expected.Line: 4:57: ',' expected.Line: 4:65: ',' expected.Line: 4:73: ',' expected.Line: 4:81: ',' expected.Line: 4:89: ',' expected.Line: 4:97: ',' expected.Line: 4:105: ',' expected.Line: 6:14: ';' expected.Line: 13:13: ';' expected.

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Project Name

Audio Electronics | Copilot Preset 1W1Z

Description

Use this Copilot's template to design audio applications like amplifiers, mixers, processors, etc. Modify project requirement properties to adapt to specific needs.

#template #project-template

Properties

Domain A…lication

Audio

Compliance

RoHS, FCC, CE

Operating Voltage

12V

Operatin…perature

-40 ºC to 85ºC

Human Interface

LED, Potentiometer

Connectivity

Bluetooth 5.0, 3.5mm Jack, Screw Terminals

Amplifier Type

Class D

Input Source

Line-level from standard audio source

Output Power

Number …hannels

2 (stereo)

Distortion

THD of less than 0.1% at full power

Frequen…esponse

20Hz to 20kHz

Pricing & Availability

Distributor	Qty 1
Digi-Key	$1.16–$1.81
LCSC	$2.29
Mouser	$1.13

Controls

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luisangel567 / Audio Electronics | Copilot Preset 1W1Z

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