How the Original Think-a-Tron Works Before you can begin to understand how Think-a-Tron works, you need to see one actually running. This video does a great job of explaining how to operate a Think-a-Tron. Having seen a Think-a-Tron in action, would...
This project has grown up to its own documentation website : https://www.homesmartmesh.com/ (Home Automation Frameworks, Microcontrollers, Wireless Networks, Applications, with tutorials and references to the documentation of protocol standards...
All of our boards were drawn using KiCad and are released under the CC-BY 4.0 license.Our software is released under MIT license, additionally we have ChibiOS RTOS/HAL (GPLv3 license) and UAVCAN (MIT license) as core dependencies.The CAN bootloader is...
Ultrasonic Anemometer Design and Practice This documentation is dedicated to the design and tuning of the ultrasonic anemometer. Introduction Anemometer is the most interesting sensor on QingStation. However, it is also very challenging for me since...
So, Here we are again trying to make something that works well, work better!Please view the video:So, that is the bot but smaller. It is not a mower but has four, bidirectional DC Motors that work together to move the bot in an almost frictionless...
nRF5 projects have now their own section on a dedicated Home Automation website : https://www.homesmartmesh.com/docs/microcontrollers/nrf52/ If you would like to get support, give feedback or discuss new ideas related to this project ? It's...
The core ingredients of this project are: Nvidia Jetson Nano development board / Raspberry Pi 4 + 4 GB RAM.Noctula fan nf a4x20 5v pwm (Nano only)ADC Pi shield for sensing battery and supply voltages.EVM3683-7-QN-01A Evaluation Board for supplying...
Modern microcontrollers and microprocessors have built-in facilities for external debuggers to read/write registers, set breakpoints and generally fully control the CPU. This is one of the main usecases of the standard JTAG interface. The 6502 and 65816...
Due to some personal circumstances and then to the COVID-19 confinement, I didn't find the time to work effectively on Tsukuyomi and also to update the project logs. Nevertheless in the past log I've reached a good milestone in understanding the...
Overview Internally, the sculpture is organized into modules of four motors. Every module has a circuit board with the motor drivers, power regulators, comms interfaces, and two microcontrollers. Each microcontroller is responsible for the position...
Welcome @Mathieu Stephan ! Let's start with an introMathieu Stephan: hey everyone! so as you may have seen i'm an open source enthusiast who specializes in designing devices from the ground up. i've worked in many many different sectors, alternated between...