The ambient light sensor (ALS) would benefit from a surrounding structure to block unwanted peripheral illumination.
Steps to reproduce
Refer to the layout and find Q1
Observe peripheral light sources
Expected result
The ambient light sensor lacks a lens structure.
Actual result
No lens structure surrounds the ALS.
Resources
A FDM or SLA 3D printer can be used to manufacture a simple hollow box. A CO₂ laser can be used to cut the lens and all pieces can be glued together onto the PCB.
Severity level
This is low priority because project requirements do not specify any sensor logic.
# The ambient light sensor lacks a lens structure
## Problem environment
The ambient light sensor (ALS) would benefit from a surrounding structure to block unwanted peripheral illumination.
## Steps to reproduce
1. Refer to the layout and find Q1
1. Observe peripheral light sources
## Expected result
The ambient light sensor lacks a lens structure.
## Actual result
No lens structure surrounds the ALS.
## Resources
A FDM or SLA 3D printer can be used to manufacture a simple hollow box. A CO₂ laser can be used to cut the lens and all pieces can be glued together onto the PCB.
## Severity level
This is **low priority** because project requirements do not specify any sensor logic.
The ambient light sensor lacks a lens structure
Problem environment
The ambient light sensor (ALS) would benefit from a surrounding structure to block unwanted peripheral illumination.
Steps to reproduce
Expected result
The ambient light sensor lacks a lens structure.
Actual result
No lens structure surrounds the ALS.
Resources
A FDM or SLA 3D printer can be used to manufacture a simple hollow box. A CO₂ laser can be used to cut the lens and all pieces can be glued together onto the PCB.
Severity level
This is low priority because project requirements do not specify any sensor logic.