Herman,
I think Jea48 is talking about these sentences from the Bryston link:
"If the 240 Volt version is used then the Torus Powerline
Conditioners are BALANCED at the INPUT."
then ...
"The advantage of operating a Balanced Input or a Balanced Output is noise reduction as a result of the balanced line common mode noise rejection."
finally ...
"On some larger models Torus uses a 240 Volt Balanced Input because of the noise reduction advantages
in the typically long wire runs from the hydro panel to the Torus unit."
So I guess they are saying if running the dual primaries in series (0-240V) can be considered "balanced" at the input, and balanced can reduce noise through common mode rejection, then a 240V primary should reject more noise than a 120V primary.
But I am not an EE, so I am just making educated guesses.
Cheers.
David
I think Jea48 is talking about these sentences from the Bryston link:
"If the 240 Volt version is used then the Torus Powerline
Conditioners are BALANCED at the INPUT."
then ...
"The advantage of operating a Balanced Input or a Balanced Output is noise reduction as a result of the balanced line common mode noise rejection."
finally ...
"On some larger models Torus uses a 240 Volt Balanced Input because of the noise reduction advantages
in the typically long wire runs from the hydro panel to the Torus unit."
So I guess they are saying if running the dual primaries in series (0-240V) can be considered "balanced" at the input, and balanced can reduce noise through common mode rejection, then a 240V primary should reject more noise than a 120V primary.
But I am not an EE, so I am just making educated guesses.
Cheers.
David