Advantages of this Solution

Pulsed time-of-flight range finder

Safe for eyes according to laser class 1

Optimized energy consumption, suitable for portable use

From the Idea to the Finished Solution

Exchange among experts

The key to an extremely space efficient integration of optical, mechanical and electronic components was a profound discussion throughout the project with all experts involved. Through direct cooperation between the thin film expert and sensor system developer, it was possible to make full use of the laser diode potential while realizing minimal current consumption.

  • Design and simulation of optronics and sensorics

  • Assembly and test of the PCBs

  • Verification of the signal level and quality

  • Setup for precise alignment of the laser beam

Prototype challenges

  • Design and simulation of optronics and sensorics

  • Assembly and test of the PCBs

  • Verification of the signal level and quality

  • Setup for precise alignment of the laser beam

  • Combination of the IR laser channel at 905 nm, the display channel at 624 nm and the broadband viewing channel (420 to 660 nm) using steep filter edges of the coating.
  • Suppressing of interchannel crosstalk.
  • Adjusting of channels for emitting, receiving, displaying and viewing to accuracies up to 150 µrad.
  • Integrated high frequency electronic components for real-time measurements.
  • Using an assembly weighing just 86 g.

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Mo. to Th. from 7.30 am to 4.00 pm (CET)
Fr. from 7.30 am to 12 pm (CET)

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