2D LIDAR Using Multiple ST VL53L1X Time-of-Flight Sensors
Learn how to create a 2D LIDAR application using nine of ST's VL53L1X Time-of-Flight sensors.
The VL53L1X_ULD API is a set of C functions controlling one, or many VL53L1X sensors to enable the development of end-user applications. This Lidar application is an extreme example of how to control multiple sensors. The VL53L1X_ULD is an optimized version of the initial VL53L1X driver. The P-Nucleo-53L1A1 is the basis of the hardware. The 9 sensors are the VL53L1X-SATEL.
Each Sensor ranges 13 times to cover the 20 degrees of coverage. At that rate, one gets 6 complete updates per second. All sensors range simultaneously. The ranges are slightly modified by the STM32 to account for the geometry and sent to the PC for plotting.
Find out more information: http://bit.ly/ToF-VL53L1X
http://bit.ly/flightsense
The VL53L1X_ULD API is a set of C functions controlling one, or many VL53L1X sensors to enable the development of end-user applications. This Lidar application is an extreme example of how to control multiple sensors. The VL53L1X_ULD is an optimized version of the initial VL53L1X driver. The P-Nucleo-53L1A1 is the basis of the hardware. The 9 sensors are the VL53L1X-SATEL.
Each Sensor ranges 13 times to cover the 20 degrees of coverage. At that rate, one gets 6 complete updates per second. All sensors range simultaneously. The ranges are slightly modified by the STM32 to account for the geometry and sent to the PC for plotting.
Find out more information: http://bit.ly/ToF-VL53L1X
http://bit.ly/flightsense
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