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10 Packs PCA9685 Servo Motor Driver, 16-Channel 12-Bit PWM Controller I2C Module, IIC Breakout Board for Robotics, Compatible with Arduino Projects in Kuwait 10 Packs PCA9685 Servo Motor Driver, 16-Channel 12-Bit PWM Controller I2C Module, IIC Breakout Board for Robotics, Compatible with Arduino Projects in Kuwait 10 Packs PCA9685 Servo Motor Driver, 16-Channel 12-Bit PWM Controller I2C Module, IIC Breakout Board for Robotics, Compatible with Arduino Projects in Kuwait 10 Packs PCA9685 Servo Motor Driver, 16-Channel 12-Bit PWM Controller I2C Module, IIC Breakout Board for Robotics, Compatible with Arduino Projects in Kuwait 10 Packs PCA9685 Servo Motor Driver, 16-Channel 12-Bit PWM Controller I2C Module, IIC Breakout Board for Robotics, Compatible with Arduino Projects in Kuwait 10 Packs PCA9685 Servo Motor Driver, 16-Channel 12-Bit PWM Controller I2C Module, IIC Breakout Board for Robotics, Compatible with Arduino Projects in Kuwait 10 Packs PCA9685 Servo Motor Driver, 16-Channel 12-Bit PWM Controller I2C Module, IIC Breakout Board for Robotics, Compatible with Arduino Projects in Kuwait

10 Packs PCA9685 Servo Motor Driver, 16-Channel 12-Bit PWM Controller I2C Module, IIC Breakout Board for Robotics, Compatible with Arduino Projects

KWD 18.500

Brand
hiBCTR
1 +

Special Features

  • HIGH-PRECISION 16-CHANNEL PWM CONTROL: Powered by the PCA9685 chip, this module provides 16 independent channels of 12-bit resolution PWM output. Effortlessly control up to 16 servo motors or dim 16 LEDs with smooth, precise movements and brightness adjustments, perfect for complex robotics and custom lighting projects.
  • SIMPLE I2C INTERFACE & WIDE COMPATIBILITY: Free up valuable pins on your microcontroller. This driver communicates over a standard I2C (IIC) bus, requiring only two data lines (SCL & SDA) to manage all 16 channels. It is fully compatible with 3.3V and 5V microcontrollers, making it a seamless addition to Arduino and other development platforms.
  • EXPANDABLE & STACKABLE DESIGN: Designed for scalability, you can cascade multiple driver boards on the same I2C bus. By configuring the address-select solder jumpers on each board, it's possible to control a massive number of servos or LEDs from a single microcontroller, ideal for large-scale projects like hexapod walkers or intricate animatronics.
  • ROBUST POWER & OUTPUT PROTECTION: Features a stable DC 5-10V power input via a convenient terminal block with reverse polarity protection. A large 10V 1000uF capacitor smooths the power supply to prevent brown-outs. Each of the 16 PWM output lines includes a 220 ohm series resistor, safeguarding your connected servos and LEDs from overcurrent.
  • CONVENIENT PRE-SOLDERED CONNECTORS: Get started on your project right away with pre-soldered 3-pin headers for all 16 channels, arranged in four color-coded groups for easy wiring and organization. We provide comprehensive after-sales support: complete digital documentation including user guides and technical references is available through our store customer service, and our support team is ready to assist with installation, programming, and troubleshooting to help you get started quickly.

Description

PACKAGE CONTENTS

10 x PCA9685 16-Channel Servo Driver Module (with pre-soldered headers)

SPECIFICATIONS

Driver Chip: PCA9685

Channels: 16 PWM Output Channels

PWM Resolution: 12-Bit

Communication Interface: I2C (IIC)

Operating Voltage: DC 5-10V

Board Dimensions: 61mm x 25mm

Output Line Protection: 220 ohm series resistor on each channel

Input Capacitor: 1000uF, 10V for power stability

Features: Power indicator LED, Reverse polarity protection on power input, I2C address selection jumpers

USAGE INSTRUCTIONS

1. Connect a stable DC 5-10V power source to the green terminal block, ensuring correct polarity.

2. Connect the module's SCL and SDA pins to your microcontroller's corresponding I2C pins.

3. If using multiple boards, set a unique I2C address for each one using the solder jumpers.

4. Plug your servos or LEDs directly into the pre-soldered 3-pin output headers.

5. Power on the system and use an appropriate library in your code to send commands to the driver.

APPLICATION SCENARIOS

- Robotics: Build and control multi-jointed robot arms, hexapod walkers, humanoid robots, and other robotic creations that require precise control over multiple motors.

- Animatronics and RC Models: Animate puppets, models, and custom remote-controlled vehicles with smooth, lifelike movements.

- LED Dimming & Effects: Create sophisticated custom lighting systems, controlling the brightness of up to 16 individual LEDs or LED channels for displays and ambient lighting.

- Microcontroller Pin Expansion: A perfect solution for Arduino projects where you need more PWM outputs than the main board can provide, offloading all PWM timing to this dedicated driver.

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