Shared Projects

teensy shield - marble maze

DS2762 Thermocouple Kit

36mm Multirotor PDB

Ground terminals are located in the corners, and high current items (ESCs) should be soldered to the side with the minus symbol (-). The exposed ground pads on the opposite side of the board should only be used for low current draw applications (e.g. video equipment, 3.3/5/6V UBEC, LEDs).

Positive terminals are located on the sides of the board, and high current items (ESCs) should be soldered to the side with the plus symbol (+). The exposed positive pads on the opposite side of the board should only be used for low current draw applications (e.g. video equipment, 3.3/5/6V UBEC, LEDs).

The pin headers are added to allow the connection of a 5V UBEC to the pads above the cut out. The pads above that allow for ground, +V (~12v on 3S) and 5V out to power FPV cameras and/or video transmitter. The ground and +V pads at the bottom of the board are for supplying battery voltage to your flight controller for voltage monitoring (low battery alarm).

30.5mm M3 mounting holes for 36mm flight controllers like Naze32, Flip32, CC3d, etc.

Not compatible with 50mm FCs, like KK2.

For an option with less exposed solder pads, please see revision 2.1.

Landing pattern for ISP single in line 6-pin pogo adapter.

Not very useful except to show the minimal size of the pogo landing pads (7.5x1.25 mm). Two vias make contact with the longer power pins and are used for alignment and orientation.

powersupply2 for rf amp

ISP single in line 6-pin pogo adapter for AVRs.

This updated version fixes a drill size issue and puts pin numbers on the silkscreen. It also makes it clearer that pins 2 and 6 should be slightly longer so as to make contact first. These two pins (VCC and GND) hit the alignment vias on the target board.

36mm Multirotor PDB

30.5mm M3 mounting holes for 36mm flight controllers like Naze32, Flip32, CC3d, etc.

Not compatible with 50mm FCs, like KK2.

The pin headers are added to allow the connection of a 5V UBEC to the pads above the cut out. The pads above that allow for ground, +V (~12v on 3S) and 5V out to power FPV cameras and/or video transmitter. The ground and +V pads at the bottom of the board are for supplying battery voltage to your flight controller for voltage monitoring (low battery alarm).

For an option with more exposed solder pads, please see revision 1.1.

32mm, 24xAMC Linear Regulator, Zener modified. Triple 3A LED- connection.

A Horizon-Stabilized Video Camera For Motorcycles

Zoo in You - Handwashing

PIDDYBOT with BLUETOOTH!

USB, voltage regulator, and breakout board for AVR XMEGA A1 series MCU

Bill of materials: http://noxvault.org/misc/xmega-a1-breakout-r2.csv

ATXMEGAxxxE5 Breakout

Bill of materials: http://noxvault.org/misc/xmega-e5-breakout.csv

For Alps shaft encoder w/ pushbutton or similar

nRF24L01+ 2.4 GHz radio add-on shield for Teensy 3.1 with single-ended PCB antenna designed per Nordic Semiconductor specs

Flight controller board for the Quadcopter Project. Rev A.

RF control of IR emitter, AC relay, and three 12V supplies

An in-line adapter to allow connection from Acme router/SBC hardware to OpenGear Console Server hardware.

nRF51822 1dB-S Flex Module

ALPHA Design, Use At Your Own Risk

This Flex Module was developed by Fyber Labs Inc..

We are a wearables startup that believes in Open Source Hardware and Software. For more information on this module and our projects, please see our Hackaday project page or our Github site fyberlabs.github.io on Flex Modules.

If you like this board, please give us a skull at Hackaday.

Design Diptrace or KiCAD schematics and PCB layouts are available for this module in addition to Gerber files and BOM. Please see our Github site for more information.