4xAPA106 Board
2 layer board of 0.25 x 5.00 inches (6.4 x 127.0 mm)
Uploaded:
February 19th 2016
Shared:
February 19th 2016
Total Price:
$6.25
Third version of a board I'll be using to make a large grid of APA106 RGB LEDs. The last two versions used one board per LED; this version has four LEDs per board. This should allow for much faster and easier construction of large grids, and less dependence on accurately cut & stripped wiring t…
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Third version of a board I'll be using to make a large grid of APA106 RGB LEDs. The last two versions used one board per LED; this version has four LEDs per board. This should allow for much faster and easier construction of large grids, and less dependence on accurately cut & stripped wiring t…
Show full description
APA106 Breakout V2
2 layer board of 0.50 x 0.50 inches (12.7 x 12.7 mm)
Uploaded:
July 24th 2015
Shared:
July 24th 2015
Total Price:
$1.25
Second version of a board I will be using to construct large grids of arbitrary shape/size out of APA106 RGB LEDs. The first version used a diamond orientation, and the new version uses a more normal square orientation- now all wire connections in a grid will be the same length. The leads for t…
Show full description
Second version of a board I will be using to construct large grids of arbitrary shape/size out of APA106 RGB LEDs. The first version used a diamond orientation, and the new version uses a more normal square orientation- now all wire connections in a grid will be the same length. The leads for t…
Show full description
APA106 Breakout V1
2 layer board of 0.50 x 0.50 inches (12.7 x 12.7 mm)
Uploaded:
July 8th 2015
Shared:
July 8th 2015
Total Price:
$1.25
In theory, each one of these boards will hold an APA106 RGB LED, and possibly one 1206 surface mount capacitor. Right now the plan is to link them with matched lengths of stranded wire and build a semi-flexible grid. This is the first effort and may require tweaking.
In theory, each one of these boards will hold an APA106 RGB LED, and possibly one 1206 surface mount capacitor. Right now the plan is to link them with matched lengths of stranded wire and build a semi-flexible grid. This is the first effort and may require tweaking.
