VL53L4CD High-Precision Proximity Distance Sensor and High-Performance Proximity Sensor WF

Designed specifically for close and short distance measurements, the VL53L4CD is capable of very accurate distance measurements, with a measurement range of only 1 millimeter Up to 1300 millimeters. The generation emitter has an 18 ° field of view, performs better in ambient light, and has a ranging speed of up to 100 Hz. Due to its autonomous mode and programmable range, the V53L4CD has very low power consumption, making it ideal for use in battery powered devices. It is completely Embedded on-chip processing capabilities help reduce design complexity and lower bill of materials costs, as lower power and more affordable microcontrollers can be used. Like all time-of-flight ToF sensors based on ST FlightSense technology, the VL53L4CD records absolute distance measurements regardless of target color and reflectivity. Features: High precision proximity distance measurement High performance proximity sensor From 0 to 1300 millimeters, with full field of view (FoV) Short distance linearity can reach 1 millimeter The field of view is 18 degrees Autonomous low-power mode with programmable interrupt width, used to wake up the host Fast ranging frequency up to 100 Hz Fully integrated micro module 940nm invisible emitter (VCSEL) and analog driver Low power microcontroller running advanced digital firmware The size is 4.4x2.4x1 millimeters Fully compatible pin to pin with VL53L0X, VL.53L1X, VL53L1CB, VL53L3CX, and VL53L4CX Easy to integrate Remeltable component Single power supply 2V8 Can be hidden behind the cover glass I2C interface (up to 1MHz) Complete set of C software drivers (compatible with Linux) for plug and play distance measurement Embedded processing with very low memory usage in the host Color: As Shown Material: plastic Package Contents: Shipping List: 1*VL53L4 sensor module Only the above package content, other products are not included. Note: Light reflection and different displays may cause the color of the item in the picture a little different from the