"... and no one shall work for money, and no one shall work for fame; But each for the joy of the working, and each, in his separate star, shall draw the thing as he sees it, for the god of things as they are"

-Kipling

 

FPath_Ex007: Steggo Modules

Background

FPath is a project to explore the possibilities of the Feynman Path to Nanotechnology. Essentially this means using tools to make small tools which then make smaller tools. See the main FPath Project page for more details.

The Goal

The target goal of this experiment is to:

Demonstrate that the use of small electronic modules (Steggo Electronic modules) can provide a quick and adaptable mechanism for electronic control of experimental apparatus.

FPath Ex_007 Example Setup

This is not an "experiment" as such. It is a demonstration of the capabilities of small, separable electronics modules to provide the I/O and control for the various motors, actuators and sensors the FPath project might require.

Achieving the Goal

As a demonstration, a system was quickly put together to control a 10V stepper motor. The existing electronics setup was then adapted by the addition of extra modules so a 3V stepper motor could also be controlled.

This experiment made no changes to the existing FPath experimental infrastructure or the Walnut control software. The software controlling the experimental system used the YakIO C++ library for the BBC MicroBit

The Result

The experiment was successful. A much better appreciation of the modular electronics control system can be found by viewing following video which provides much more documentation and background for this experiment: A Video of Steggo Electronics Modules.

This experiment was also discussed in a post on the RepRap Blog: Steggo Electronics Modules

This experiment is now complete.

The Future

This FPath project will make extensive use of Steggo Electronics Modules in the future. An ad-hoc standard for their construction (the SteggoRack Standard) has been proposed in the event others wish to build similar modules

Acknowledgments

The use of small modules and the name Steggo Rack Standard is an homage to the Eurorack standard so beloved by the amateur systhesizer community.

License

The intellectual property rights to all new and/or original ideas and technologies documented under the FPath project and sub-projects are claimed in full by the author and are immediately released into the public domain under the terms of the MIT License. Any ideas, techniques, processes or methods of work documented in the FPath project and sub-projects must be considered to be prior art and must be cited in any patent applications.

The contents of the FPath project and sub-projects are provided "as is" without any warranty of any kind and without any claim to accuracy. Please be aware that the information provided may be out-of-date, incomplete, erroneous or simply unsuitable for your purposes. Any use you make of the information is entirely at your discretion and any consequences of that use are entirely your responsibility.