Hi all,
Still a bit of a newbie when it comes to calculating drops for LED strips so hoping I can get some clarification here.
Everything I've read about voltage drop seems to talk about the wire leading to the LEDs, but not about any voltage drop during the strip. Is this because the strip is all connected in parallel so voltage will remain the same for all, and current becomes the issue?
In which case, could you theoretically have a cable that was large enough (with a low enough resistance) to avoid voltage drop in a long strip without power injecting?
Just trying to get my head around what is required from a power injection and cable running view!
Hopefully what I've said above makes sense, but feel free to tell me I'm an idiot if I've completely misunderstood something
Still a bit of a newbie when it comes to calculating drops for LED strips so hoping I can get some clarification here.
Everything I've read about voltage drop seems to talk about the wire leading to the LEDs, but not about any voltage drop during the strip. Is this because the strip is all connected in parallel so voltage will remain the same for all, and current becomes the issue?
In which case, could you theoretically have a cable that was large enough (with a low enough resistance) to avoid voltage drop in a long strip without power injecting?
Just trying to get my head around what is required from a power injection and cable running view!
Hopefully what I've said above makes sense, but feel free to tell me I'm an idiot if I've completely misunderstood something