TF-Luna is a single-point ranging Lidar, based on ToF principle. With unique optical and electrical design, it can achieve stable, accurate and highly sensitive range measurement.
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Small Size Design
Small TF-Luna, weight as light as <5g.
High Performance
High stability and high sensitivity. Â
TF-Luna Detection distance is up to 8m, the blind zone is 0.2m, and distance resolution is 1cm.
The standard deviation of TF-Luna at 90% reflectivity
High precision Â
TF-Luna can detect objects with a minimum edge length of 3.5 cm within a detection distance of 1m;
TF-Luna can detect objects with a minimum edge length of 28 cm within a detection distance of 8m;
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The relationship between the detect distance and effective length of objects.
Easy to get start, high level of generalityÂ
The power supply voltage of TF-Luna is 5V, equipped with UART communication interface, the communication level is 3.3V. TF-Luna is compatible with Arduino, Raspberry Pi and other platforms.
Application Scenarios
Robot:Â Robot obstacle avoidance, Robot anti-drop protection
UAV: UAV obstacle avoidance, UAV altitude setting
Smart City: Smart toilets, Smart trash bins
Smart Retail: Smart ad trigger, Smart mirror trigger
Economical
It can be widely applied to many development scenarios
SPECIFICATION
- Distance Resolution: 1cm
- Frequency: 100Hz
- Ambient Light Resistance: 70klux
- Detecting Range: 0.2~8m
- Weight: ＜5g
- FoV: 2°
- Supply Voltage: 5V±0.1V
- Data Interface: UART/ I²C
- Accuracy: ±6cm@(0.2m-3m)