
Benewake TFMINI Plus Micro LIDAR Module UART/I2C (12 m)
Description Benewake TFMINI Plus Micro LIDAR Module (12 m) Features a cost-effective LiDAR Offers a small-size and low power consumption Improves the frame rate Introduces IP65 enclosures Requires TTL-USB converter to change between UART and I2C The Benewake TFMINI Plus Micro LIDAR Module (12 m) is a milestone of Benewake in the process of promoting the cost-effective -LiDAR. Apart from low-cost, small-size and low-power-consumption, the TFmini Plus also improves the frame rate, introduces IP65 enclosures and optimizes various compensation algorithms. These new characters greatly expand the application fields and scenarios of TFmini Plus. View more What's Included 1 x Benewake TFMINI Plus Micro LIDAR Module (12 m) Links PDF Files Benewake TFMINI Plus Micro LIDAR Module UART/I2C (12 m) - Datasheet Benewake TFMINI Plus Micro LIDAR Module UART/I2C (12 m) - Manual Benewake TFMINI Plus Micro LIDAR Module UART/I2C (12 m) - AGV Obstacle Avoidance Application Benewake TFMINI Plus Micro LIDAR Module UART/I2C (12 m) - LiDAR Auto-focus Application Benewake TFMINI Plus Micro LIDAR Module UART/I2C (12 m) - LiDAR Level Gauge Application Benewake TFMINI Plus Micro LIDAR Module UART/I2C (12 m) - Robot Anti-collision Application Benewake TFMINI Plus Micro LIDAR Module UART/I2C (12 m) - Smart Toilet Application Benewake TFMINI Plus Micro LIDAR Module UART/I2C (12 m) - UAV Altitude Holding Application Specifications Product parameters: Operating Range: 0.1m~12m Accuracy: ±5cm @ (0.1-6m), 1% @ (6m-12m) Distance resolution: 5mm Frame rate: 1-1000Hz (adjustable) Ambient light immunity: 70klux Operating temperature: -20 °C ~60 °C Enclosure rating: IP65 Optical parameters: Light source: LED Central wavelength: 850nm FOV: 3.6° Electrical parameters: Supply voltage: 5V ±0.5V Average current: ≤110mA Power consumption: 550mW Peak current: 500mA Communication level: LVTTL (3.3V) Miscellaneous: Material of enclosure: ABS+PC Storage temperature: -20 °C ~75 °C Weight: 11g Wire length: 30cm