Waveshare Distance Sensor Laser TFmini Plus Laser Ranging Sensor, 12m (24895)

The Waveshare TFmini Plus Laser Ranging Sensor, 12m (24895 ) is a laser-based distance measurement sensor that offers high accuracy, speed, and capabilities for measuring distances in a variety of applications. This sensor uses the Time of Flight (TOF) principle to determine distances between the sensor and objects. This sensor can be used in a variety of applications such as robotics, autonomous vehicles, industrial systems, security, monitoring, and many others. Its ability to measure distances accurately and its high performance specifications make it a useful solution for a variety of applications where measurement accuracy and speed are important.

Key features:

• Distance measurement: The sensor uses a laser beam to accurately measure distances between the sensor and objects. The TOF principle measures the time the laser beam travels and reflects off an object to calculate the distance.

• Measuring range: TFmini Plus can measure distances up to 12 meters. This allows it to be used in a variety of situations where it is important to determine the distance to objects.

• High frame rate: The sensor has a high frame rate, which means that it can measure distances at a high speed, allowing for real-time applications.

• Small blind spot: The sensor has a small blind spot in front of it, which allows for accurate distance measurement results even at short distances.

• High accuracy: The TFmini Plus is characterized by high measurement accuracy, making it suitable for applications where precise distance determination is important.

Technical specifications:
EFFICIENCY.

Range:

• 0,112.0 m at 90% reflectance (indoor 0klux)
• 0.14.0 m at 10% reflectance (indoors 0klux)
• 0.112.0 m with a reflection coefficient of 90% (outdoors 70klux)
• 0,14,0 m at 10% reflectance (outdoors 70klux)

Accuracy:

• ±5 cm @ (0.1 5 m)
• ±1%@(512м)

Frame rate:

• UART: 11000 Hz (adjustable, default 100 Hz)
• I2C: 1100 Hz (adjustable)

Repeatability:

• 1σ: