STEMMA QT to PCA9685 Servo Controller Cable
Direct I2C Expansion Cable for DCC-EX CSB1 Ideal for connecting PCA9685 servo controllers and compatible I2C expansion boards directly to the DCC-EX CSB1 without custom wiring modifications. This pre-configured Qwiic to Dupont I2C expansion cable provides a simple and reliable way to connect compatible expansion devices directly to the DCC-EX CSB1 command station. Designed specifically for use with boards such as the PCA9685 Servo Controller and other compatible I2C expansion modules, these cables help simplify installation by providing a ready-to-use connection between the CSB1 Qwiic / STEMMA QT port and standard pin-header based devices. Each cable is manually prepared, modified and configured for use with compatible expansion boards, helping reduce wiring complexity and making layout automation projects easier to install and expand. Cables are made to order and are supplied in a practical 150mm length suitable for most control panel and layout installations. Compatible with DCC-EX CSB1 I2C expansion ports Pre-configured for direct connection to compatible I2C modules Ideal for PCA9685 servo controller installations Suitable for EX-RAIL automation and layout expansion 150mm cable length Qwiic / STEMMA QT to Dupont style connection Helps keep wiring clean, tidy and reliable No custom cable modification required Perfect for model railway automation projects including servo controlled turnouts, signals, sensors and accessory control using the DCC-EX automation ecosystem. Please note: This product includes the connection cable only. Expansion boards and DCC-EX CSB1 shown in images are for demonstration purposes and are not included. Please note: This product includes the connection cable only. Expansion boards and DCC-EX CSB1 shown in images are for demonstration purposes and are not included. Looking to connect an I2C Expansion Board? See our DCC-EX CSB1 Qwiic to JST I2C Expansion Cable . Perfect for model railway automation projects including servo controlled turnouts, signals, sensors and accessory control using the DCC-EX automation ecosystem.