Originally Posted by
CyBeR
Not at all. You're connecting my answer to your question with an entirely different question that you also happened to ask.
The question I answered was whether or not an inverter would work with any DC power source. Within the limits of the inverter, it will. It does not matter if the DC was generated by rectifying AC, a battery or a duck flapping its wings.
Just to be sure you're entirely sure what's what:
A rectifier will take AC and make it DC.
An inverter will take DC and make it AC.
So that thing I linked would give you, from a DC EmPower port, a regular socket in which to plug your regular power supply. It's highly inefficient to work this way of course (you'd be rectifying inverted DC, which in itself was rectified AC already) but so long as your device does not operate at the limits of the 75W an EmPower port will give you, it will work.
so: DC Power Supply (empower) -> Inverter -> device (probably with its own power supply).
I am sorry you did. There is absolutely no relevance of rectification for the user, when DC power source is provided. Rectification has already been done.
You are an answering questions that weren't asked, nor are relevant.
None of this answers the question that arose based on what the manual says, "the converter (dc- dc converter) or an inverter, can damage the unit if the inverter/converter is connected to a source that's being charged by ac.
You are getting embroiled in types of connectors and what not. My regular power supply cannot be plugged into a 12v source without an inverter, or the unit (sans power supply) without the dc-dc converter as the unit runs on 24 dc. Please read what's been asked.
You have made statements, which are correct, but not relevant to my query.