Enhance your robotics and automation projects with this high-performance PWM Servo Driver, designed to efficiently control up to 16 servo motors simultaneously. Featuring four groups of 3-pin connectors, this driver allows convenient and organized servo motor connections, making it ideal for complex multi-servo applications. Constructed on a durable printed circuit board, this PCA9685 model delivers precise and reliable control with advanced features tailored for both hobbyists and professionals. Key Features: · Supports 16 Servo Motors: Easily connect 16 servo motors through 4 groups of 3-pin connectors, enabling streamlined management of multiple servos in one compact unit. · Wide Connector Compatibility: Designed to accommodate servo motor plugs slightly wider than 0.1 inch, allowing connection of 4 pairs of 0.1-inch connectors simultaneously. · Integrated Large Capacitor: Equipped with a 10V 1000µF capacitor on the V+ line to stabilize power supply and support maximum external input voltage, ensuring smooth operation under load. · PWM Output Protection: Each PWM output line includes a 220-ohm resistor for enhanced protection and easy LED driving, safeguarding your components during operation. · Voltage Compatibility: Fully compliant with 5V systems and compatible with 3.3V microcontrollers, this driver safely supports output voltages up to 6V for versatile control options. · Efficient Control Interface: Operate all 16 PWM outputs using only two control pins, and expandability allows chaining up to 62 drivers to control as many as 992 PWM outputs for large-scale projects. · High-Resolution PWM: Features 12-bit resolution per output, delivering approximately 4 microseconds resolution at a 60Hz update rate, ideal for smooth and precise servo movements. Specifications: · Item Type: PWM Servo Driver · Product Material: Printed Circuit Board · Model: PCA9685 Package Includes: · 1 x PWM Servo Driver This PWM Servo Driver is a reliable and flexible solution for precise servo control in robotics, automation, and embedded systems. Its robust design and extensive compatibility make it an essential component for advanced servo motor management and control projects.