PCA9685 4-Channel 8W 12V FET Driver Proportional Valve Controller with I2C Interface
- 12V PWM Power FET Controller with I2C Interface
- 4-Channel 8W 12V Programmable Voltage Outputs
- Rated for Use with Inductive Loads
- Provides 12-Bit PWM Proportional Valve Control and Speed Control DC Motors
- Solid-State PWM Control of 12V Incandescent or High-Power LED Lighting
- 8 N-Channel BUK98150-55A 12V 5.5A Power Fets
- Designed for Resistive or Inductive Solid State DC PWM Control Applications
- I2C Expansion Port for Adding External Sensors or Controllers
- PCA9685 12-Bit PWM 4-Channel I2C Interface
- 4,096 Levels of Output per Channel
This 4-Channel power FET driver allows 8-bit proportional control of high-current loads using I2C communications, making it compatible with all computing platforms, including Raspberry Pi, Arduino, Particle Photon, BeagleBone, and much more. This device uses four BUK98150-55A power FETs, allowing PWM cloud control of 4 channels. Control DC Motor Speed, vary the opening of proportional valves, adjust brightness of LEDs or incandescent lighting using the I2C data bus. The BUK98150-55A is capable of controlling up to 12VDC and 5.5 Amps of current (8 Watts of Heat Dissipation), making it an ideal choice for most low-voltage DC lighting applications. The PCA9685 chip is used as a driver for this controller, making communications easy and expandable to up to 62 devices on a single I2C port.
Take control of your DC lighting applications from any computing platform. Plug this device into a Particle Photon or Particle Electron for worldwide access using the Particle Cloud infrastructure. Plug this device into an Arduino for easy programming and quick development. Plug into a Linux using Raspberry Pi or BeagleBone for cost sensitive applications that require some computing power. We are always developing GitHub libraries for Java, Python, and Arduino to help get you started. Our development library makes it easy to control this device with minimal coding. I2C expansion port makes it easy to add sensors or more controllers to the I2C bus.