Commit 26d4878b authored by Alex Shure's avatar Alex Shure


parent b6c4d01c
......@@ -117,13 +117,15 @@ Suggestions for sockets and plugs:
- large open screw terminals for high current use cases (which is somewhat legal, because the LVDC grid is safe to the touch )
- PowerCon sockets (expensive, proprietary, e.g. by Neutrik. How many poles?)
- SpeakOn sockets (moderately expensive, well suited because they carry 4 poles and are aimed for moderately high currents)
- XLR sockets (cheap, but can't carry much current. Great for small appliances like phone chargers)
- Open Source screw terminals with M6 screws. 3D printed or milled.
- RC battery plugs (bad UX, don't hold up long)
- USB3 type C (need active electronics)
- Outdoor interconnections: Wieland DMX IP RST20i3S 50V/20A (expensive at $10)
- XLR sockets (rather inexpensive, great for small appliances like phone chargers, laptops, screens, up to 16A per pin)
- Custom Open Source snap/screw terminals with M6 screws, 3D printed/milled/turned.
- RC battery plugs (bad UX, not made for many mating cycles, best suited for more permanent installation)
- USB3 type C (needs active electronics for higher power levels, only 5A x 20V = 100W)
- Wieland DMX IP RST20i3S 50V/20A (for outdoor interconnections, expensive at $10)
- Anderson PowerPole for batteries and large interconnections
- A new, open source connector? Check for more ideas.
Any other recommendations?
CEE sockets are way too expensive, overkill and not meant for such low voltages. They may also be confused with the mains grid.
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