Laser Distance Sensor | IIC Output Module | Arduino Ranging Project

This TOF laser distance sensor module measures distance using time-of-flight technology. It figures out the range by timing how long a laser pulse takes to bounce back from an object. This gives you a direct measurement for your project's needs. Features and Benefits - Time-of-flight measurement - This gives you fast, accurate distance readings. The object's color or how reflective its surface is won't easily affect the results. - Multiple range options - You can get it in 50cm, 2m, and 4m versions. Pick the right sensing distance for what you're doing. - Standard IIC output - It connects easily to microcontrollers like an Arduino or Raspberry Pi. It uses the common I2C communication protocol, which makes wiring simpler. - Low power use - It uses very little energy. This makes it good for battery-powered devices where being efficient matters. Applications - Robotics obstacle avoidance - Put this laser ranging sensor module in your robot. It will help a mobile robot move around furniture and other things. - Drone altitude sensing - Attach it to a drone as a simple altimeter. It can help the drone stay at a steady height or land. - Presence detection systems - Use it to tell when a person or object enters a certain area. This can trigger an alarm, a light, or something else. What It Is This is a Laser Distance Sensor, designed as an IIC Output Module for Arduino ranging projects. It functions as an optical sensor, utilising Time-of-Flight (TOF) measurement to determine distances. This module is compatible with Arduino, VL6180, VL53L0X, and VL53L1X systems, making it suitable for various DIY electronics and prototyping applications where precise distance measurement is required. Key Uses & Applications This Laser Distance Sensor is primarily used for accurately measuring distances in various projects. Its I2C output interface makes it ideal for integration with microcontrollers like Arduino, enabling real-time ranging capabilities. Common applications include robotics for obstacle detection, automated systems requiring precise positioning, and educational projects demonstrating Time-of-Flight principles. It's a key component for any project needing to measure distance with a laser sensor. How to Choose When selecting a laser distance sensor, consider the required measurement range and compatibility. This module offers ranges up to 200cm (TOF050C), 400cm (TOF200C, TOF400C). Ensure your chosen sensor is compatible with your existing setup; this module works with Arduino, VL6180, VL53L0X, and VL53L1X. The I2C output interface is standard for many microcontrollers. Consider the specific distance measurement needs of your project. Grit / Spec Guide This Laser Distance Sensor is specified by its measurement range and compatibility. - Compatibility: Arduino, VL6180, VL53L0X, VL53L1X. - Measurement Principle: Time-of-Flight (TOF). - Measurement Range: Up to 200cm (TOF050C), Up to 400cm (TOF200C, TOF400C). - Output Interface: I2C. - Sensor Type: Optical Sensor. These specifications dictate its suitability for various ranging projects. Care & Safety Handle the Laser Distance Sensor with care to avoid damage to the optical sensor. Ensure proper electrical connections, especially for the I2C output, to prevent short circuits. Always refer to the Arduino or specific VL6180, VL53L0X, VL53L1X documentation for correct wiring and power requirements. Avoid exposing the sensor to excessive dust or moisture, which can affect its performance and the accuracy of its Time-of-Flight measurements. Do not look directly into the laser emitter.