VL53L0X V2 ToF Laser Distance Sensor Module, I2C Interface, 2 m Range, 3–5 V Supply

Product Overview VL53L0X‑V2 Time‑of‑Flight Laser Distance Sensor Module with onboard LDO, level shifting, and I²C pull‑ups. Uses invisible 940 nm eye‑safe laser and TOF technology for fast, accurate ranging. Dual‑row 2.54 mm gold‑plated pins and stamp holes enable easy soldering or direct integration. 1. Product Parameters Sensor IC: VL53L0X (TOF laser ranging) Operating Voltage: DC 2.6–5.5 V (typ. 3–5 V) Communication Interface: I²C, up to 400 kHz Measuring Range: Up to 2.0 m Effective FOV: 25° Effective Working Distance: ≤90 cm (typical target) Light Source: 940 nm IR laser, eye‑safe Ranging Method: Time‑of‑Flight pulse ranging Measurement Modes: 3 working modes, 4 precision modes PCB Pitch: 2.54 mm Board Features: Onboard LDO, level conversion, I²C pull‑ups 2. Pin Function Description VIN: DC power input positive GND: Power ground SDA: I²C data line SCL: I²C clock line XSHUT: Hardware shutdown / reset input GPIO: Interrupt output 3. Common Questions & Answers (FAQ) Q1: Is the laser safe for human eyes? A1: Yes, it uses a 940 nm invisible, eye‑safe laser. Q2: What is the maximum distance it can measure? A2: Up to 2 meters under suitable conditions. Q3: Does it work with 3.3 V and 5 V systems? A3: Yes, it supports a wide 2.6–5.5 V supply range. Q4: What interface does it use? A4: Standard I²C communication up to 400 kHz. Q5: What is the GPIO pin used for? A5: It can output an interrupt for measurement events.

• 【Time‑of‑Flight Laser Distance Sensing】 VL53L0X‑V2 TOF laser ranging sensor module; uses pulse time‑of‑flight measurement instead of phase comparison; measures absolute distance up to 2.0 m; reduces ambient light interference; suitable for precise proximity and distance detection in compact electronic designs
• 【Wide Voltage And I2C Interface】 Supports wide operating voltage from 2.6 V to 5.5 V; onboard LDO and level shifting enable direct use with 3.3 V or 5 V logic systems; standard I2C communication up to 400 kHz simplifies integration with common microcontrollers
• 【Eye‑Safe 940 nm Infrared Emitter】 Built‑in 940 nm invisible infrared laser transmitter; non‑red flicker light source designed for eye safety; avoids visible distraction while providing stable ranging performance; suitable for human‑interface sensing and close‑range detection applications
• 【Multiple Measurement And Precision Modes】 Provides 3 selectable working modes and 4 precision measurement modes; allows trade‑off between speed, accuracy, and power use; 25 degree field of view supports controlled sensing area; typical effective working diameter up to 90 cm
• 【User‑Friendly Module Layout】 Dual‑row 2.54 mm gold‑plated pinholes and stamp holes; supports soldering, breadboard use, or direct PCB mounting; includes I2C pull‑up resistors and control pins XSHUT and GPIO; compatible with for Arduino and similar controllers