kraken

Can you link something that explains this more?

Thanks! Seems like a lot of people (both here on lemmy and elsewhere) recommend synology

Knowing my track record for completing projects.. turnkey is probably best for me. Haha

Seeing a loooot of recommendations for Synology

I've had some heartache with Plex's categorization system too, on English language content nonetheless..

I cant imagine the pain of making it work for foreign content.

Gnocchi

You caught me. Never worked customer support a day in my life!

I'm surprised that anyone wouldn't have known..

Good explanation.

As @directive0 said, the diodes (triangles in the above circuit) only conduct in one direction.

On the AC wave (top left) in the positive half, two diodes are conducting. In the negative half, the other two diodes are conducting.

The two sets of diodes are connected so that the positive half and the negative half of the sine wave come out on the same line. Since the waveform on the right of the image is all positive (ignore the bumps), it is considered DC.

It will not work... if you look at a simple AC to DC converter (half-wave rectifeir) the output will either be 0 volts or equal to the input voltage-losses depending on how you polarized the DC source.

In another circuit (full wave rectifier), the diodes will be polarized such at two will allow current flow. output = input - conduction losses

If the rectifier is something more complex (12 pulse rectifier).. this circuit relies on transformers. If you put DC on the primary of the transformer then the output will be 0 volts and thus the rectifier output will also be 0 volts.

I'm less knowledgeable of more elegant rectification methods (such as active rectification)...

Interestingly.. the fundamental DC to AC converter (inverter) is the same circuit as the full wave rectifier, with the diodes replaced with controllable switches (SCRs, IGBTs, IGCTs, MOSFETs, ect.)

Here is a post from the admin of the lemm.ee instance. It has a lot of info and a link to FAQs.

Enjoy!

Definitely a good call

Scandalous