Power Considerations: Difference between revisions
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=== Power Strips === | === Power Strips === | ||
There is no technical reason why a power strip, a power cord or any sort of power conditioner should make a difference. Our system (and many others too) are designed to deal with all sorts of AC power fluctuation and have high-quality internal regulators. These regulate with much higher precision than any external device could do anyway, so "conditioning" or "cleaning" up the AC power doesn't make any audible difference whatsoever. | There is no technical reason why a power strip, a power cord or any sort of power conditioner should make a difference [to the sound or your system]. Our system (and many others too) are designed to deal with all sorts of AC power fluctuation and have high-quality internal regulators. These regulate with much higher precision than any external device could do anyway, so "conditioning" or "cleaning" up the AC power doesn't make any audible difference whatsoever. | ||
Source: [http://bose.infopop.cc/eve/forums/a/tpc/f/3976055944/m/3741002612?r=7361012712#7361012712 Hilmar-at-Bose] | Source: [http://bose.infopop.cc/eve/forums/a/tpc/f/3976055944/m/3741002612?r=7361012712#7361012712 Hilmar-at-Bose] | ||
== Power Conditioning == | == Power Conditioning == | ||
We do not recommend external voltage regulators because we found that in many cases they cause more harm than help. The amps and power supplies in the L1 use highly efficient switching technology, Many voltage regulators are not a good fit for this technology since they are simply not fast enough. | We do not recommend external voltage regulators<ref>More about [https://voltonix.com/blog/power-conditioner-vs-voltage-regulator/ Power Conditioner vs Voltage Regulator]</ref> because we found that in many cases they cause more harm than help. The amps and power supplies in the L1 use highly efficient switching technology, Many voltage regulators are not a good fit for this technology since they are simply not fast enough. | ||
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The {{L1}} is designed to be quite resistant against any AC voltage swings and will operate fine even down at 97 Volts. | The {{L1}} is designed to be quite resistant against any AC voltage swings and will operate fine even down at 97 Volts. | ||
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Reviewed with L1® Support June 16, 2014 [[User:ST|ST]] 11:27, 16 June 2014 (EDT) | Reviewed with L1® Support June 16, 2014 [[User:ST|ST]] 11:27, 16 June 2014 (EDT) | ||
== Background Information == | == Background Information == | ||