Feature:
1. A single?point ranging radar based on the ToF principle, using 850nm infrared light source, ensures stable, accurate and highly sensitive distance measurement.
2. Has multiple built?in adaptation algorithms for various application environments and targets, and opens a variety of adjustable configurations and parameters.
3. Guarantees excellent ranging performance in complex environments and meet the needs of customers in complex application scenarios, efficient and practical.
4. Can be flexibly applied in varied cirmustances, including but not limited to assist focusing, elevator projection, intrusion detection, material level measurement, etc.
5. Enables a wide measuring range from 0.2 metre to 8 metre, compatible with for Pixhawk and for Raspberry Pi, and has UARTI2C communication interface as well.
Specification:
Item Type: Lidar Range Finder Sensor
Material: ABS + Printed Circuit Board
Function: Assist focusing, elevator projection, intrusion detection, material level measurement.
Measuring Range: Approx. 0.2 ~ 8metre 0.7 ~ 26.2ft (at 90percent reflectivity)
Accuracy: Approx. +6cm 2.4in at(0.2 ~ 3metre 0.7 ~ 9.8ft)+2percent at(3 ~ 8m 9.8 ~ 26.2ft)
Distance Resolution: Approx. 1cm 0.4in
Frame Rate: 100Hz
AntiAmbient Light Ability: 70Klx
Working Temperature: 10 celsius ~60 celsius
Light Source: VCSEL
Centre Wavelength: 850nm
Eye Safety: Class1 (IEC60825)
Field of View: 2 Degree
Power Supply Voltage: 5V+0.1V
Average Current: less than 70mA
Power Consumption: less than 0.35W
Peak Current: 150mA
Communication Level: LVTTL (3.3V)
Communication Interface: UART I2C
Size: Approx. 35 x 21.25 x 13.5mm 1.4 x 0.8 x 0.5in
Storage Temperature: 20 celsius ~75 celsius .
Package List:
1 x Lidar Range Finder Sensor1 x Connecting Cable
Note:
The module has UART and I2C interface, UART is the default, if you need to use I2C interface, please set it yourself. A single?point ranging radar based on the ToF principle, using 850nm infrared light source, ensures stable, accurate and highly sensitive distance measurement.
Has multiple built?in adaptation algorithms for various application environments and targets, and opens a variety of adjustable configurations and parameters.
Guarantees excellent ranging performance in complex environments and meet the needs of customers in complex application scenarios, efficient and practical.
Can be flexibly applied in varied cirmustances, including but not limited to assist focusing, elevator projection, intrusion detection, material level measurement, etc.
Enables a wide measuring range from 0.2 metre to 8 metre, compatible with for Pixhawk and for Raspberry Pi, and has UARTI2C communication interface as well.
