Precision Optical Motion Sensor Module This quality optical motion sensor module is designed for accurate and reliable motion detection across a wide range of applications. Its compact design, low power consumption, and easy installation make it a practical choice for developers, integrators, and engineers seeking dependable performance. Key Features: Operates at a stable supply voltage of 3.3V for compatibility with a wide range of electronic systems. Extremely low power consumption of only 9 mA in run mode, ideal for batterypowered or energyefficient devices. Reliable operation within a temperature range of 0°C to 40°C, ensuring consistent performance in most standard environments. Functions effectively under illumination levels of at least 100 Lux, suitable for a variety of lighting conditions. Wide Zaxis working range from 80 mm to infinity, providing flexibility in installation distances. Generous 40° effective viewing angle for wide coverage without loss of accuracy. Capable of tracking motion speeds up to 7.4 rad/s, making it suitable for both slow and moderate movement detection. Advanced 4wire SPI communication interface supporting up to 2 MHz for quick and efficient data transfer. Lens mounting requires no manual focusing, reducing installation time and complexity. 16bit motion data registers allow for precise motion capture and analysis. Motion detect pin output for seamless integration with microcontrollers or triggerbased systems. Builtin internal oscillator eliminates the need for an external clock input, simplifying design and reducing component count. Applications: 1. Integration into robotics for precise movement tracking and navigation feedback. 2. Use in computer peripherals such as optical mice or gesturecontrol devices for smooth and responsive input. 3. Implementation in manufacturing quality control systems to detect object movement and positioning with accuracy. This module is engineered for reliability, simplified setup, and efficient data communication, enabling users to incorporate motion detection in a wide array of innovative projects. Its low power requirements and nofocus lens mounting make it a costeffective and practical solution in both prototype and production environments.