Home | Member Profile

Product COM-10256 | about 11 months ago

Thanks, this was a HUGE HELP! I now understand how this thing works! Thank you!

Product COM-10256 | about 11 months ago

Help. I’m seriously not sure how to wire this up. I’m confused as to the + – markings on both sets of jumpers. Can someone show me this in an example circuit?
To clarify — can I just put the low voltage 5v power-ground-signal from my arduino board on the “system” jumper and then wire the ‘device’ side in series with a high voltage, high current car headlamp — as if the device side was just an on-off switch? Is it that simple? My main question is really whether I need to co-mingle the power supplies… Or whether power from the controller side leaks over to the device side…

Product TOL-09442 | about a year ago

Is this power supply UL listed?

Product COM-09261 | about 2 years ago

clearly some other distributor snapped them up…

Product WRL-09581 | about 2 years ago

Anyone have ideas of typical battery life?

Product DEV-09219 | about 2 years ago

What is the acceptable operating temperature for this board? Important to know, as I think a few of my boards have failed.

Product ROB-08906 | about 2 years ago

Would this work outdoors or does it need to be shielded from sunlight?

Product TOL-00298 | about 3 years ago

And by three ‘pins’ I meant “prongs” … you know, the ones that go in the wall socket. Connect negative to ground, so your arduino gets a true ground instead of a floating one.

Product TOL-00298 | about 3 years ago

If you could make one that has three pins, so the negative output is connected to ground, that would be awesome. Right now I’m having issues with some sensors because I don’t have a true ground on my arduino… Of course I discovered these problems only when I disconnect USB (which has true ground, through my laptop power supply) and connect this power adapter.