OSE Design Manual - Electronics: Difference between revisions
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=About= | =About= | ||
''' | '''Electronics''' – How to work with electronics and how to make simple circuits from 3D printing, etching, milling, and soldering. Wiring. Control panels. 3D printed circuits. GFCIs. Milled and etched circuits. Doped circuits. What to do when features are too small to solder: sockets and flux. Sensors and data collection. Internet of Things - devices accessible from you local network. Devices accessible from the web. '''Applications''' – Our goals include making common power electronics devices such as power supplies, chargers, and speed controllers. We also want the student to be able to use a wide array of off-the-shelf electronic components and sensors and integrate them in their designs. We teach basics of how to connect or solder a bunch of electronic components together to make a working electtronic device. | ||
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Revision as of 15:36, 31 May 2019
About
Electronics – How to work with electronics and how to make simple circuits from 3D printing, etching, milling, and soldering. Wiring. Control panels. 3D printed circuits. GFCIs. Milled and etched circuits. Doped circuits. What to do when features are too small to solder: sockets and flux. Sensors and data collection. Internet of Things - devices accessible from you local network. Devices accessible from the web. Applications – Our goals include making common power electronics devices such as power supplies, chargers, and speed controllers. We also want the student to be able to use a wide array of off-the-shelf electronic components and sensors and integrate them in their designs. We teach basics of how to connect or solder a bunch of electronic components together to make a working electtronic device.
Links
- OSE Machine Design Guide
- [OSE Design Guide]] - more general
- Source template - OSE Manual Template