2pcs VL6180X Distance Sensor Module – 5mm-100mm Optical Ranging, I2C Interface, 3.3V/5V Compatible for Arduino

Product DescriptionVL6180X Optical Ranging Sensor Module – Accurate Short-Range Distance Measurement for DIY ProjectsThe VL6180X is a compact optical distance sensor module leveraging time-of-flight technology to calculate distances by measuring the time taken for laser light to reflect back to the sensor. Unlike traditional range sensors that rely on reflected light intensity or angle, this module uses a precise clock for more accurate results, eliminating linearity issues and "double imaging" problems.Key FeaturesTime-of-Flight Principle:Equipped with a small laser source and matching sensor, it calculates distance based on light travel time, ensuring reliable measurements in 5mm-100mm range (up to over 100mm in optimal conditions).Integrated Functions:Combines proximity sensing and ranging capabilities in an intelligent optical module, suitable for robotics, interactive devices, and gesture recognition applications.I2C Interface & Control Pins:I2C communication via SCL (clock) and SDA (data) pins for easy integration with microcontrollers.Two programmable GPIO pins; note that GPIO outputs 0-2.8V (may require level conversion for 3.3V/5V boards like Arduino).SHDN pin (default high) with level conversion diode supports 3V-5V logic; pulling it low puts the sensor in off mode.Voltage Compatibility:Operates on 3V-5V power, compatible with most microcontrollers (Arduino, etc.), making it versatile for various DIY and industrial projects.Compact Design:Small size allows easy integration into space-constrained setups, such as robots, proximity detectors, and interactive gadgets.ApplicationsShort-range distance monitoring in robotics and automation.Interactive projects requiring proximity sensing (e.g., touchless controls).Gesture recognition and object detection in consumer electronics.Package Includes2 × VL6180X Distance Sensor Modules

• Time-of-Flight Technology - Uses laser time-of-flight measurement (time for light to reflect back) for accurate distance calculation, avoiding linearity issues or "double imaging" of traditional infrared sensors.
• Precise Short-Range Sensing - Ideal for 5mm-100mm distance measurements; detects absolute range up to over 100mm (performance depends on target reflectance and environment).
• Integrated Intelligent Functions - Combines proximity sensing and ranging in a compact module, suitable for robots, interactive projects, and gesture recognition.
• Flexible I2C Communication - Features I2C interface (SCL/SDA pins) for device control and data transfer, with two programmable GPIO pins for custom triggering.
• Wide Voltage Compatibility - Works with 3V-5V power/logic microcontrollers; SHDN pin (with level conversion diode) supports 3V-5V logic for power management.