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ANGEEK PCA9685 16 channel 12 bit PWM servo driver motor driver I2C module IIC interface compatible with Arduino robot and Raspberry Pi

4.1
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Product ID: 164836393
Brand:
angeek
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About the item

Introduction: The ANGEEK PCA9685 is a high performance 16-channel 12-bit PWM driver designed for Arduino and other microcontrollers. It can provide precise PWM output and is suitable for various motor drives, LED control and other applications requiring PWM signals. Features: Adjustable frequency PWM, up to approximately 1.6 KHz Configurable push-pull or open-drain output Output enable pin quickly disables all outputs The resolution of each output is 12 bits - for a servo this means a resolution of about 4us at a 60Hz update rate 6 address select pins, so you can connect up to 62 of these outputs on a single i2c bus, for a total of 992 outputs - that's a lot for a servo or LED Product parameters: Input voltage: DC 5-10V PWM resolution: 12 bits Number of output channels: 16 Control interface: I2C Package: TSSOP28 Operating temperature range: -40°C to +85°C Package contains: 1 PCA9685 PWM driver board
  • Multi-Channel PWM Outputs: The ANGEEK PCA9685 provides 16 independent PWM output channels to meet the need for multi-channel control in complex systems, such as robotics, drones and lighting control..
  • High-precision PWM signals: Its 12-bit PWM resolution ensures precise output control, enabling detailed regulation in applications such as LED brightness adjustment and motor speed control..
  • Wide compatibility: The driver is compatible with Arduino and other mainstream microcontrollers, which allows users to easily integrate it into various projects..
  • Simple control interface: Adopting I2C control interface, users can realise the control of PWM output by simple commands, which reduces the difficulty of development and debugging..
  • Low-power design: The driver adopts low-power design, which effectively saves energy and prolongs the use time of the equipment, and at the same time reduces the system heat and improves the stability and reliability of the system..
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