{ "numMessagesInTopic": 12, "nextInTime": 1624, "senderId": "pQiviX_hyMlyecWXfm3dn7urZyk7sHCdOKsKsbX3NzKJjNMPCMmSEdi2mCK87LEmFAGlFgoylJZyL5s-zKO1_m9YuRLkVAGtWUpUm_dJx6N5wPy4", "systemMessage": false, "subject": "Re: Have you ever had any problems with global phantom switching?", "from": ""ronnymorris2001" <digitakmastering@...>", "authorName": "ronnymorris2001", "msgSnippet": "... have ... an XLR ... anything ... 65 mA, ... could ... Phantom power can be anywhere between 12 and 48V, it s +48V DC, on the Yammy digi consoles. My big", "msgId": 1623, "profile": "ronnymorris2001", "topicId": 1614, "spamInfo": { "reason": "0", "isSpam": false }, "replyTo": "LIST", "userId": 136810499, "messageBody": "
> > One note about what Michael mentioned. All the Yamaha consoleshave
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> > current limiting resistors on every connector to protect thean XLR
\n> > console's power supply even if you short the connector out
\n> > completely, allowing the rest of the inputs to function normally.
\n> >
\n> > Hope this helps!
\n>
\n> This brings up a question in my mind:
\n> I'm thinking of trying to modify a battery-power-only device with
\n
> out to make it so it can run off phantom power. I understand thatanything
\n
> that can run off of a 9V battery can't be pulling more than about65 mA,
\n
> if that. But that still brings up the question of how much currentcould
\n
> one expect from a typical (and/or Yamaha) phantom power supply.Phantom power can be anywhere between 12 and 48V, it's +48V DC, on
\n>
\n> Anyone know?
\n
\n
>
\n> Toad