Terminal Case: Difference between revisions
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=Summary= | |||
The objective is a waterproof, corrosion-resistant, chemical-resistant, impact-resistant, lightweight, accessible, versatile, modular container for electronics and other hardware. | |||
For recyclability, the use of a single frame material is optimal. Aluminum alloy (ex. Al6061) is corrosion and chemical resistant, machinable and weldable, and has a relatively high strength to weight ratio. | |||
For maximum waterproofing, the terminal case should have minimal failure points. Accessibility inside the terminal case from just 1 face (ex. top face) provides the greatest waterproofing to accessibility ratio (at least where area-access technologies like circuit boards are concerned). | |||
=V1 Repository= | |||
[https://github.com/openspeed/terminal-case Open Source Terminal Case] | [https://github.com/openspeed/terminal-case Open Source Terminal Case] | ||
Revision as of 21:08, 4 September 2012
Summary
The objective is a waterproof, corrosion-resistant, chemical-resistant, impact-resistant, lightweight, accessible, versatile, modular container for electronics and other hardware.
For recyclability, the use of a single frame material is optimal. Aluminum alloy (ex. Al6061) is corrosion and chemical resistant, machinable and weldable, and has a relatively high strength to weight ratio.
For maximum waterproofing, the terminal case should have minimal failure points. Accessibility inside the terminal case from just 1 face (ex. top face) provides the greatest waterproofing to accessibility ratio (at least where area-access technologies like circuit boards are concerned).