bracket needs to be verified through simulation.
Figure 7 LiDAR Bottom Locator Pin and Screw Diagram
4) Heat dissipation requirements:
a) The bracket material is recommended to be made of aluminum alloy or
galvanized steel with a thermal conductivity greater than 50 W/m·K. Heat
fins should be added on the bracket, and the spacing, height, and direction of
the fins should be controlled reasonably to increase the heat dissipation area.
The direction should be consistent with the air convection direction for more
effective heat dissipation.
b) Ensure that the LiDAR base or top cover is not covered by non-metallic
materials to avoid affecting the overall heat dissipation, which may lead to
excessive temperature rise of the LiDAR.
3.3
Interface Description
3.3.1
Aviation Plug Interface and Definitions
Ruby Plus uses 2 aviation plug interfaces as shown in Figure 8 and Figure 9 .
20
Ruby Plus User Guide
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