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<blockquote data-quote="newusername" data-source="post: 3442625" data-attributes="member: 562064">Can you describe how changing Qts will change Fs mathematically without attributing this to Mms or Cms?&nbsp; I don&#039;t see how one can be changed by the other if one is not derived from the other.&nbsp; //content.invisioncic.com/y282845/emoticons/confused.gif.e820e0216602db4765798ac39d28caa9.gifAgain, the only factors in Fs are Mms and Cms.&nbsp; This is well covered in Thiele&#039;s original work and there must be 100 papers by now discussing these relationships.&nbsp; Hell, there is a page about it on Wikipedia.What I think you are trying to describe are the decay, damping, and ringing effects around Fs that Qts, in part, describes, but in no way does this actually say anything about Fs.&nbsp; Fs only describes the frequency at which a driver resonates, which Qts has nothing to do with.If you changed Qts by changing BL or Re (without changing Mms or Cms), you would not have changed Fs at all.</blockquote>

[QUOTE="newusername, post: 3442625, member: 562064"] Can you describe how changing Qts will change Fs mathematically without attributing this to Mms or Cms? I don't see how one can be changed by the other if one is not derived from the other. [IMG]//content.invisioncic.com/y282845/emoticons/confused.gif.e820e0216602db4765798ac39d28caa9.gif[/IMG] Again, the only factors in Fs are Mms and Cms. This is well covered in Thiele's original work and there must be 100 papers by now discussing these relationships. Hell, there is a page about it on Wikipedia. What I think you are trying to describe are the decay, damping, and ringing effects around Fs that Qts, in part, describes, but in no way does this actually say anything about Fs. Fs only describes the frequency at which a driver resonates, which Qts has nothing to do with. If you changed Qts by changing BL or Re (without changing Mms or Cms), you would not have changed Fs at all. [/QUOTE]

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