Laser Sensors for Displacement Short Range TOF Principle
Product Name：Laser Sensors for Displacement Short Range TOF Principle
Measuring Range：0.1-10m
Blind Area：10cm
Resolution：1cm
10m TOF laser sensors for displacement
Product Description:
This product is the latest generation of products developed by our company. As a new generation of ultra-small single-point ranging lidar module, the most prominent feature is the fast measurement speed, the highest output frequency can reach 100 Hz. In addition, it has the characteristics of high measurement accuracy and simple installation and operation. It is suitable for obstacle avoidance of robots such as UAV/AGV cars, positioning monitoring of dynamic targets and industrial control measurement.
Key Feature:
1.The measurement distance can be up to 10 m.
2.The measurement frequency can be up to 100 Hz.
3.UART serial port outputs the distance value of the measured object, which is simple and easy to use.
Specification:
Model Number | IT02S-65-B |
Measuring Range | 0.1-10m @70% reflectivity |
Frequency | 100Hz |
Accuracy | +/-3cm @70% reflectivity |
Absolute Accuracy | 70% reflectivity:+/-8cm @ 0.1-3.5m |
+/-2% @3.5-10m | |
Blind Area | 10cm |
Resolution | 1cm |
Light | 650nm,<1mw,red,class 2 |
100Hz | |
780nm can be customized | |
Resistance to Light | 10000 LUX |
Operating Voltage | DC +3.3V, |
Working range: +2.7V~+3.6V | |
Operating Current(@100Hz) | 51mA |
Power(@100Hz) | 166 mw |
Operating Temperature | 0-40 ℃(regular)-10-+50 ℃(Higher and lower)(3) |
Communication interface | UART,115200bps(default) |
Serial level | TTL 3.3V |
Volume | 46*17*7mm |
Weight | 10g |
Picture show:
FAQ:
Q1: When will I ship the goods after payment?
A1: Our standard delivery is 3 days if we have stock, otherwise we will let you know in time.
Q2: What is the fastest speed of measurement?
A2: This product uses TOF ranging method, the highest measurement frequency can reach 200 Hz.
Q3: What scenarios do TOF laser rangefinders mainly apply to?
3:It is suitable for obstacle avoidance of robots, positioning monitoring of dynamic targets, industrial control measurement and other fields such as UAV/AGV car.
TOF principle：
ToF is the abbreviation of Time of Flight, which is literally translated into flight time. By continuously transmitting light pulses to the target, then receiving the light returned from the object with the sensor, and obtaining the target distance by detecting the flight (round-trip) time of these transmitted and received light pulses. .
Industrial-grade laser radar (LiDAR) for military and driverless vehicles also uses ToF technology, which uses laser beams to detect the position and velocity of the target, combining laser, GPS and inertial measurement devices. The Inertial Measurement Unit (IMU) functions as a point-by-point scan to obtain depth information of the entire detected object.
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