pivr
The Raspberry Pi based Virtual Reality system (PiVR) is a virtual reality system for small animals. It has been developed by David Tadres and Matthieu Louis
Kitspace is a place to share ready-to-order electronics designs. We automate parts purchasing so you can focus on building.
Glasgow_revC3
Glasgow Debug Tool revC3
12V5A_breakout
a breakout board to split a 12V 5A line into several cable connectors
gas_sensor
a board to house different types of gas_sensors
central-hub
the central hub of BeeHive
8-switch-array
an array of 8 individually addresseable NPN transistors
12_24_boost_converter
a 12V to 24V boost converter
grove_adaptor
an adaptor board to connect JST-XH plugs to Grove system plugs
grove_adaptor_panel
a panel of adaptor boards to connect JST-XH plugs to Grove system plugs
hbridge_driver
An H-Bridge driver for peltiers, motors, linear actuators.
hp-led-switch
A board to control high powered leds
hum_temp_sensor
A board porting temperature and humidity sensort
testing_board
A training board for users to practice programming
MicroFC-TempCo
Temperature compensation circuit for MicroFC silicon photomultipliers (SiPMs).
Tiny-MicroFC-Carrier-Board
Tiny carrier board for a 6 mm C-Series MicroFC-60035 silicon photomultiplier designed for the Open Gamma Detector.
AFBR-SiPM-Array-Board
Carrier board for a 4x4 array of 4 mm silicon photomultipliers (AFBR-S4N44P164M).
MicroFC-SiPM-Array-Board
Carrier board for a 2x2 array of 6 mm C-Series MicroFC-60035 silicon photomultipliers.
MicroFC-SiPM-Carrier-Board
Carrier board for a 6 mm C-Series MicroFC-60035 silicon photomultiplier with temperature compensation designed for the Open Gamma Detector.