You’re welcome, Ken.
Note, though, the second from the last paragraph in my post above. If you are providing the G-18 with balanced inputs, as well as using its balanced outputs, introducing that device into the signal path would **cause** a polarity reversal, that would not occur without it.
If the balanced inputs and balanced outputs of a component both have the same polarity, whether pin 2 or pin 3 of its connectors is referred to as "hot" is irrelevant.
It may be a different situation in the case of some professional microphones, which appears to be the intended application of that device, because the XLR connectors of most pro mics convey DC power into them in addition to conveying their output signals.
Regards,
-- Al
Note, though, the second from the last paragraph in my post above. If you are providing the G-18 with balanced inputs, as well as using its balanced outputs, introducing that device into the signal path would **cause** a polarity reversal, that would not occur without it.
If the balanced inputs and balanced outputs of a component both have the same polarity, whether pin 2 or pin 3 of its connectors is referred to as "hot" is irrelevant.
It may be a different situation in the case of some professional microphones, which appears to be the intended application of that device, because the XLR connectors of most pro mics convey DC power into them in addition to conveying their output signals.
Regards,
-- Al