What is it? Prototyping PCB for the Electron or Photon from Particle.io. It allows you to create more permanent and reliable prototypes than using a breadboard and to securely mount the prototype i...Read More…
Prototyping PCB for the Electron or Photon from Particle.io. It allows you to create more permanent and reliable prototypes than using a breadboard and to securely mount the prototype in a case. The Electron/Photon can be powered by external DC source rather than through the USB port and provides for easy off-board connections. Designed to fit the Takachi IP67 WP11-15-4 enclosure, ideal for outdoor projects (Pole mounting kit for the enclosure is also available from Takachi). Fits both the lid and the main case.
Basic kit contains.
Breadboard prototypes are very fragile, it's all too easy for a wire to come out and then difficult to figure out where to put it back. This PCB allows the wiring to be soldered on along with the components for a more reliable circuit.
To make a more permanent usable project it needs to be mounted in a case, breadboard is far from ideal and the other option is a dedicated PCB which becomes expensive.
Please note that this does NOT include an Electron/Photon or aerial, these need to be purchased separately from Particle.io or a re-seller. An enclosure is an optional extra, be sure to select it if you want the enclosure the PCB fits as well.
|Shipping Rate||First item||Additional items|
Royal Mail: Standard Ground Rate
Please note buyer is responsible for any tax and handling fees.
We recognize our top users by making them a Tindarian. Tindarians have access to secret & unreleased features.
We look for the most active & best members of the Tindie community, and invite them to join. There isn't a selection process or form to fill out. The only way to become a Tindarian is by being a nice & active member of the Tindie community!
Building the Internet of Things one bit at a time.
The products listed are all open source, more information can be found on the ThingySticks.com website and our GitHub account. They are generally designed to solve a problem I have and want a simple solution for.
Currently all the sticks are based around the Particle Photon or the Electron. They will also work with the Bluz which is pin compatible with the Photon.
Please feel free to suggest new "Sticks" I'm always interested in trying out different internet connected things.
When not building hardware I'm the founder of Tinamous.com, an Internet of Things platform were getting your thing in is easy. Once you've made the hardware head over, connect it up and see your data.
Find us on Twitter @ThingySticks