OSH Park
Shared projects
Attiny13 Charlieplexing
by
openidev.
2
layer board of
0.80x0.80
inches
(20.35x20.35
mm).
Shared on
April 11th, 2015 20:42.
Mini led Matrix 5x4
Based on attiny13 controller
StarSeq'R Eighty-Eight (v2.3): A tribute to LiteLab L-8000 and Diversitronics MLS-8
by
n0mjs710.
2
layer board of
6.40x4.15
inches
(162.59x105.44
mm).
Shared on
April 11th, 2015 19:10.
Dance Floor Lighting Controller as a tribute to vintage units from LiteLab and Diversitronics. Operates 64 lights in an 8x8 matrix, just like the originals. The project “core” is an Arduino Pro Mini.
A MCP23S17 & MOSFET driver board to power LEDs with the system is located here:
https://oshpark.com/shared_projects/ZkcYL0bz
Breakout boards for piranha LEDs are located here:
https://oshpark.com/shared_projects/xaTP3Xtc
A MCP23S17 and SSR driver board for controlling AC light bulbs is located here:
https://oshpark.com/shared_projects/9E7VqS0A
If you really want to build one of these, find me online and I’ll share the code. My username isn’t hard to track down.
MCP23S17 8x8 MOSFET Matrix Driver
by
n0mjs710.
2
layer board of
3.80x2.01
inches
(96.52x51.13
mm).
Shared on
April 11th, 2015 19:10.
Uses the MCP23S17’s 16 I/O lines to address a matrix of 64 LEDs. Connectors are broken out so that there are 8 busses of 8 LEDs each.
Piranha LED carrier boards for use with this board are located here:
https://oshpark.com/shared_projects/xaTP3Xtc
ESP-USB21
by
jmariuse.
2
layer board of
0.62x1.08
inches
(15.82x27.38
mm).
Shared on
April 11th, 2015 17:58.
ESP8266 USB power + breakout/DS18B20/DHT11
96Boards LS-to-IDC Adapter (HiKey)
by
ChrisTyler.
2
layer board of
2.48x0.96
inches
(62.99x24.43
mm).
Shared on
April 11th, 2015 16:54.
Adapter for the 96Boards.com low speed (LS) header to 40-pin IDC socket, to permit connection to a ribbon cable (usually to a breadboard). This “Alpha 1” version is pretty tight to the connector, occludes one of the 96boards mounting points, and has wonky routing (blame the autorouter) but works for me (tested on a HiKey, should work on other boards). Note that the IDC header can be placed on the same side or the opposite side of the board from the LS header; placing it on the same side keeps pin 1 as pin 1, where placing it on the opposite side swaps the even and odd pins (1<->2, 3<->4). I’m working on a smaller board with a better connector placement.