LED luminosity is partially determined by resistance to current, which can be balanced for a even appearance among diodes.
Steps to reproduce
Refer to the schematic
Cut the LED MCU pins
Apply voltage across LEDs
Compare luminosity
Expected result
All diodes appear to emit the same amount of luminosity.
Actual result
Some diodes are brighter than others, due to imbalanced resistance.
Severity level
This is low priority because existing design does not lead to burnt diodes.
# D1 and D2 resistance levels are not balanced
## Problem environment
LED luminosity is partially determined by resistance to current, which can be balanced for a even appearance among diodes.
## Steps to reproduce
1. Refer to the schematic
1. Cut the LED MCU pins
1. Apply voltage across LEDs
1. Compare luminosity
## Expected result
All diodes appear to emit the same amount of luminosity.
## Actual result
Some diodes are brighter than others, due to imbalanced resistance.
## Severity level
This is **low priority** because existing design does not lead to burnt diodes.
Michael Schloh von Bennewitz
ha añadido esto al hito Layout designhace 4 años '
issues.change_milestone_at=`modificó el hito de %!s(MISSING) a %!s(MISSING) %!s(MISSING)
Michael Schloh von Bennewitz
modified the milestone from Layout design to Final schematic and layout designhace 4 años
D1 and D2 resistance levels are not balanced
Problem environment
LED luminosity is partially determined by resistance to current, which can be balanced for a even appearance among diodes.
Steps to reproduce
Expected result
All diodes appear to emit the same amount of luminosity.
Actual result
Some diodes are brighter than others, due to imbalanced resistance.
Severity level
This is low priority because existing design does not lead to burnt diodes.
Solved by
a2fe5b3
.