Categories


Fermion: VL53L3CX ToF Distance Ranging Sensor (Breakout)

Product Code: DFR SEN0378

Fermion: VL53L3CX ToF Distance Ranging Sensor (Breakout)
Fermion: VL53L3CX ToF Distance Ranging Sensor (Breakout)
Fermion: VL53L3CX ToF Distance Ranging Sensor (Breakout)
Fermion: VL53L3CX ToF Distance Ranging Sensor (Breakout)
Brand: DF Robot

₹879.00
GST inclusive



Qty:

Availability: 4 In Stock


Add to Wish List



INTRODUCTION

The VL53L3CX is the latest Time-of-Flight (ToF) product from STMicroelectronics and embeds ST’s third-generation FlightSense technology. With the improved detection accuracy, the sensor features a 25~3000mm sensing range, automatic smudge correction, and glass cross-talk immunity. With special algorithms and ingenious module construction, the VL53L3CX is also able to detect different objects within the field of view (FoV) with depth understanding.

Note 1: The product has only been verified on M0 and ESP32 due to the large size of its algorithm files.

Note 2: Multi-target distance measurement can only be triggered under certain conditions. Please refer to their official Web for more details.

Fermion:VL53L3CX ToF Distance Ranging Sensor (Breakout)

Board-Overview

FEATURES

  • High accuracy distance measurement
  • Long-distance and accurate ranging up to 300 cm
  • Typical full FoV 25°
  • Multi-target distance ranging
  • Immune to glass cross-talk
  • Smudge compensation function

SPECIFICATION

  • Power Supply: 3.3V~5V
  • Operating Current: <20mA
  • Detection Range: 25-3000mm
  • Emitter: 940nm invisible laser(VCSEL)
  • FOV: 25°
  • I2C Address: 0x29
  • Operating Temperature Range: -20℃~85℃
  • Dimension: 18x15mm/0.71x0.59"

DOCUMENTS

SHIPPING LIST

  • Fermion:VL53L3CX ToF Distance Ranging Sensor(Breakout) x1
  • 2.54-6P Black Single Row Connector x1
Write a review
Your Name:


Your Review:
Note: HTML is not translated!
Rating:
Bad           Good

Enter the code in the box below:



© 2024, MG Automation Technologies. Powered by MG Super LABS.Find us on Google+
Designed with by