Enhance your Raspberry Pi projects with this high-performance Steering Driver Board, designed to seamlessly support RPI Zero/Zero W/Zero WH/2B/3B/3B+ models. Utilizing an efficient I2C interface, this servo driver requires only two signal wires to control up to 16 servo motors or PWM outputs simultaneously, each offering an impressive 12-bit resolution (4096 levels) for precise positioning and smooth operation. Key Features: · Broad Compatibility: Specifically compatible with Raspberry Pi Zero, Zero W, Zero WH, 2B, 3B, and 3B+ models, making it versatile for various Pi-based robotics and automation projects. · I2C Interface Control: Simplifies wiring complexity by using only two signal wires to drive servos, reducing setup time and enhancing reliability. · Dual Power Supply Options: Equipped with a 5V stabilized voltage chip that can supply up to 3A output current, with power input available via the 5V Pi interface or through the VIN terminal supporting 6V to 12V batteries. · High Precision PWM Output: Supports control of up to 16 servo or PWM channels with 12-bit resolution per channel for accurate and smooth servo positioning. · Standard Steering Gear Interface: Compatible with SG90 and other common servo models, allowing easy integration with a wide range of robotic components. · Expandable I2C Bus: An additional I2C interface is reserved on the board to facilitate connection with other main control boards or peripherals, enhancing project scalability. · Comprehensive Support: Includes a detailed user manual and Python routines, supporting advanced features like Bluetooth and WiFi remote control for flexible, wireless operation. Specifications: · Power Supply Voltage: 5V (via Raspberry Pi interface) or 6V–12V (via VIN terminal) · Servo Voltage: 5V · Logical Voltage: 3.3V · Driver Chip: PCA9685 · Control Interface: I2C · Compatible Servos: SG90 and other common servos · Weight: Approx. 21g (0.7oz) Package Includes: · 1 x Steering Driver Board · 1 x Installation Accessories Set This Steering Driver Board is the ideal solution for robotics enthusiasts and developers looking to control multiple servos with high precision on Raspberry Pi platforms. Its compact design, stable power supply, and easy-to-use interface offer excellent reliability for complex servo-driven applications such as mechanical arms, robotic vehicles, and automated systems.