a breakout board to split a 12V 5A line into several cable connectors

Order PCBs:

Compare PCB Prices:

Buy Parts

Adjust quantity:
J1;12.1mm socketCliffFC68148 DC10ALumbergNEB 21 RCliffFC68148GravitechCON-SOCJ-2155Parallax452-00007452-00007-ND992CONSOCJ2155505160908WX2563224959
J2; J3; J4; J5; J6; J7; J8; J9; J10;9CONN HEADER XH TOP 2POS 2.5MMJSTB2B-XH-A (LF)(SN)455-2247-ND8201554P73M94151516276
R1;1Resistor 560 ohm 250mW through-holeStackpole ElectronicsCF14JT270RYageoMFR-25FBF52-220RTE ConnectivityCFR16J270ROhmiteOD271JEKamayaRC1/4271JBCF14JT270RCT-ND791-RC1/4-271JB14836095W57362329504

BeeHive - a flexible platform for connecting different sensors and actuators

This project started as a collaboration between Ihor Sobianin and Andre Chagas, after some chats about improving the FlyPi design.

The idea here is to make a very flexible hardware system that is easy to expand/customize for lab applications. The very initial implementation consists of:

  • a hub PCB - which contains:
    • 2 voltage regulators that step down voltage from 12V to 5V and supply these 3 voltages to specific pins throughout the board.
    • a central slot for an ESP32 WROOM and the breakout of all its pins into JST connectors.

On the software side of things we are initially running micropython, as this will offer a low entry barrier for researchers (as Python is more and more the chosen language for much of the scientific stack).

  • The current implementation runs stock micropython with OSC library for communication, as this will allow easy integration with Bonsai-RX, a powerful piece of software that has integrations with other interesting open source tools for science, such as open ephys, DeepLab Cut and other proprietary but useful tools, like high speed cameras, National Instruments DAQ systems.
  • The main wish software wise for this project is to make it compatible with Labthings.