LiDAR systems are important components used for environment perception in autonomous driving or robotics. The LiDAR system emits laser pulses that are reflected by objects in the environment and then detected by the system. The shape and distance of these objects can be determined via angle-resolved time-of-flight measurements of the emitted pulses.
These lasers can be integrated with fast-switching laser drivers into a PLS flex prototype that allows convenient adjustment of pulse width, peak pulse power, and frequency. Parameters and wavelengths can be adapted to the respective application.
Our Prototype Engineering Lab manufactures the laser systems tailored to the respective application. Pulse width, output power and repetition frequency can be easily adjusted by the user. The combination of these values and the laser wavelength can be optimized for applications in fluorescence spectroscopy, medicine and mobile LiDAR systems (e.g. for autonomous driving, 3D object detection, laser scanning (airborne, satellite and terrestrial).
The laser sources achieve values depending on the integrated laser
- optical output powers in the range of 100 W
- pulse widths between 200 ps and 100 ns
- pulse repetition frequencies up to 10 MHz