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crea un circuito integrado para controlar dos servos con pulsadores sin arduino
richy2023

richy2023

@copilot crea un circuito integrado para controlar dos servos con pulsadores sin arduino
2y

copilot

Claro, podemos diseñar un circuito simple para controlar dos servos utilizando pulsadores sin necesidad de un Arduino. Aquí tienes un diseño básico utilizando un temporizador 555 en configuración de monoestable para generar las señales PWM necesarias para controlar los servos.
Componentes necesarios:
  • 2 x Servos
  • 2 x Timer 555
  • 2 x Pulsadores
  • Resistencias y capacitores para la configuración del 555
  • Fuente de alimentación adecuada para los servos y el circuito 555
Esquema general del circuito
Cada temporizador 555 estará configurado en modo monoestable y controlará un servo. Un pulsador estará conectado a cada temporizador 555 para activar la señal PWM que mueve el servo.
Conexiones del temporizador 555 (en modo monoestable):
  1. Pin 1 (GND): Tierra
  2. Pin 2 (TRIGGER): Conectado a un terminal del pulsador. También se conecta una resistencia al pin 6 (THRESHOLD) del 555 y al Vcc para definir el tiempo del pulso.
  3. Pin 3 (OUTPUT): Conectado a la señal de control del servo
  4. Pin 4 (RESET): Conectado a Vcc
  5. Pin 5 (CONTROL VOLTAGE): Sin conexión o con un capacitor de 0.01µF a tierra
  6. Pin 6 (THRESHOLD): Conectado a un resistor y capacitor para definir la duración del tiempo de pulso, los otros extremos del resistor y el capacitor se conectan a Vcc y tierra respectivamente.
  7. Pin 7 (DISCHARGE): Conectado a la unión del resistor y capacitor del pin 6
  8. Pin 8 (Vcc): Conectado a la alimentación (5V o 6V típicamente)
Valores típicos:
  • Resistencia (R): 10 kΩ (puede ajustarse para cambiar el ancho del pulso)
  • Capacitor (C): 10 µF (puede ajustarse para cambiar el ancho del pulso)
Conexiones del pulsador:
  • Un terminal del pulsador conectado al pin 2 (TRIGGER) del 555
  • El otro terminal del pulsador conectado a GND
Conexiones del servo:
  • Cable de señal del servo conectado al pin 3 (OUTPUT) del 555
  • Cable de alimentación del servo conectado a Vcc y GND según las especificaciones del servo
Diseño general:
  1. Servo 1:
    • Conecta el pin 3 del primer 555 a la señal de control del primer servo.
    • Conecta el pin 2 del primer 555 a un terminal del primer pulsador (y el otro terminal a GND).
  2. Servo 2:
    • Conecta el pin 3 del segundo 555 a la señal de control del segundo servo.
    • Conecta el pin 2 del segundo 555 a un terminal del segundo pulsador (y el otro terminal a GND).
Conexiones del Circuito
  • 555 Timer 1:
    • Pin 1 (GND)\text{Pin 1 (GND)} to GND
    • Pin 2 (TRIGGER)\text{Pin 2 (TRIGGER)} to the first terminal of the push button (A) and connect the second terminal of the push button (K) to GND
    • Pin 3 (OUTPUT)\text{Pin 3 (OUTPUT)} to the signal pin of Servo 1
    • Pin 4 (RESET)\text{Pin 4 (RESET)} to Vcc
    • Pin 5 (CONTROL VOLTAGE)\text{Pin 5 (CONTROL VOLTAGE)} left unconnected or with a 0.01µF capacitor to GND
    • Pin 6 (THRESHOLD)\text{Pin 6 (THRESHOLD)} connected to a resistor (10kΩ) and a capacitor (10µF), then to Vcc and GND respectively
    • Pin 7 (DISCHARGE)\text{Pin 7 (DISCHARGE)} connected to the junction of the resistor and capacitor from pin 6
    • Pin 8 (Vcc)\text{Pin 8 (Vcc)} to Vcc
  • 555 Timer 2:
    • Pin 1 (GND)\text{Pin 1 (GND)} to GND
    • Pin 2 (TRIGGER)\text{Pin 2 (TRIGGER)} to the first terminal of the push button (A) and connect the second terminal of the push button (K) to GND
    • Pin 3 (OUTPUT)\text{Pin 3 (OUTPUT)} to the signal pin of Servo 2
    • Pin 4 (RESET)\text{Pin 4 (RESET)} to Vcc
    • Pin 5 (CONTROL VOLTAGE)\text{Pin 5 (CONTROL VOLTAGE)} left unconnected or with a 0.01µF capacitor to GND
    • Pin 6 (THRESHOLD)\text{Pin 6 (THRESHOLD)} connected to a resistor (10kΩ) and a capacitor (10µF), then to Vcc and GND respectively
    • Pin 7 (DISCHARGE)\text{Pin 7 (DISCHARGE)} connected to the junction of the resistor and capacitor from pin 6
    • Pin 8 (Vcc)\text{Pin 8 (Vcc)} to Vcc
Puedes implementar este diseño en tu proyecto de Flux para generar la señal PWM necesaria para controlar los servos con pulsadores. Si necesitas ayuda con detalles específicos o valores ajustados a tus requerimientos, siéntete libre de preguntar.
2y
2
A
K
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[Example] LED Simulator Template 0112

Simulator template for an LED part. Check out the Code editor for instructions!

Properties

1.70

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CTL1206FYW1T

page.venkel.com/hubfs/Resources/Datasheets/LEDs/CTL1206FYW1T.pdf

LED

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DPN

Stock

Qty 1

1

21K

$0.03655

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$0.113

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