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Forum: general knowledge, competence and skill
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<blockquote data-quote="LAV" data-source="post: 86485" data-attributes="member: 1123"><p>Yes, correct - not my summary - it was posted by someone else in reply to a similar question and probably slightly misquoted. Reading the post at your link it is still very interesting though. Would like to hear from some local DIYers / amp designers on this. A well-designed PSU and well-designed amp (which I believe the Emotiva units are), should be able to cope with all / any of this. You cannot have a PA stage that won't cope with the maximum supply voltage under low PSU load conditions. The final trannies should be chosen to have a sufficient margin in terms of both the maximum supply voltage that is expected, plus the worst-case power dissipation. I have never seen any other amp manufacturer specify or advise a minimum number of channels to be driven.</p></blockquote><p></p>
[QUOTE="LAV, post: 86485, member: 1123"] Yes, correct - not my summary - it was posted by someone else in reply to a similar question and probably slightly misquoted. Reading the post at your link it is still very interesting though. Would like to hear from some local DIYers / amp designers on this. A well-designed PSU and well-designed amp (which I believe the Emotiva units are), should be able to cope with all / any of this. You cannot have a PA stage that won't cope with the maximum supply voltage under low PSU load conditions. The final trannies should be chosen to have a sufficient margin in terms of both the maximum supply voltage that is expected, plus the worst-case power dissipation. I have never seen any other amp manufacturer specify or advise a minimum number of channels to be driven. [/QUOTE]
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