
TelemetryOnboard
Spaceflight-Rocketry-Giessen-e-V/Telemetry
Open-Source Rocket Telemetry System Based On Radiocrafts RC232 Radio Modules
KiCad boards from 8 GitHub repositories tagged “library”, the most starred first; open any of them in PCBKit.

Spaceflight-Rocketry-Giessen-e-V/Telemetry
Open-Source Rocket Telemetry System Based On Radiocrafts RC232 Radio Modules

nerdyscout/Arduino_MCP3x6x_Library
Library to support Microchip MPC3x6x 16/24bit analog to digital converters.

Choaib-ELMADI/pcb-projects
This repository includes a collection of electronic PCB designs and custom KiCad libraries. It features various hardware projects, reusable components, and detailed documentation for learning and development.

OpticsFoundry/Kicad-Library-Optics
Library for designing optical setups in KiCad. These designs can be imported into the optical circuit board manufacturing system of OpticsFoudnry.


karmakrafts/EtherKraken
A RP3A0 SiP based controller with 34 programmable IOs, Cortex M0 co-processor, 2MB of flash, SPI, I²C, UART and 100Base-T connectivity.


joseguerra3000/temperature-module
Temperature module compatible with arduino and digilent cerebot. Useful for calibrating thermoresistors. Able to use three temperature sensors at the same time (LM35, AD22103, Thermoresistor).

Spaceflight-Rocketry-Giessen-e-V/Telemetry
Open-Source Rocket Telemetry System Based On Radiocrafts RC232 Radio Modules

Spaceflight-Rocketry-Giessen-e-V/Telemetry
Open-Source Rocket Telemetry System Based On Radiocrafts RC232 Radio Modules

nerdyscout/Arduino_MCP3x6x_Library
Library to support Microchip MPC3x6x 16/24bit analog to digital converters.

nerdyscout/Arduino_MCP3x6x_Library
Library to support Microchip MPC3x6x 16/24bit analog to digital converters.

Choaib-ELMADI/pcb-projects
This repository includes a collection of electronic PCB designs and custom KiCad libraries. It features various hardware projects, reusable components, and detailed documentation for learning and development.

OpticsFoundry/Kicad-Library-Optics
Library for designing optical setups in KiCad. These designs can be imported into the optical circuit board manufacturing system of OpticsFoudnry.









