What we're doing is exploring the data rate limitations of glass by streaming high quality video to the heads up display(HUD) while sending orientation data to the Beaglebone. Both the video data streaming from the camera through the Beaglebone and the...
Connect driver boards with ribbon cables. 7-segment display boards and led board uses 10 wire cable, 14-segment displays use 12 wire cables.Note that there is no 12 wire IDC plug, so I used 14 wire plug and left the last two wires unconnected on the...
Build Payload MPDB:1) 3D printed parts needed 1x MPDB 1a1x MPDB 1b1x MPDB 21) Cut Material: Cut 1" tubing to 212mmCut 3/8" tubing to 130mmCut 3/8" tubing to 30mm2) Construct Take 30 mm section of 3/8" tubing and place it into the center hole in...
Next I would suggest hooking up the Reed Switches (open and closed sensors) and WeMo to the Arduino board and loading up the code and testing the logic. Feel free to add some serial.println commands to view the state of the FSM, compare that to...
Solder up the AVR + regulator onto a perf board, according to the schematic. Include programming headers (MOSI / MISO / SCK / RESET) and a 6 pin breakout for the PS2 controller wires you soldered last step.The schematic for this is below:
PLEASE NOTE: Before you dive right in and assemble your Wave shield, there are a few things you will need to take note of: Make sure that you use the 'Stacking headers' on your wave shield. It will be in the middle of the stack so that...
Now that the PSU is done, Arguably the most difficult part, the rest is pretty easy. There are two major components that need to be built now: The control circuit for the HV psu, and the Hand sensor.These are the last two critical custom...
In this step, how the Arduino shield stack gets assembled, and how to wire your wave shield will be discussed. If you remember the note from the top in step 1, You hopefully used stacking headers to build your wave shield. If you didn't,...