Technically, you are way ahead of me, but interesting, none the less. Thanks!I am WILDLY speculating here and could be totally wrong, but here is what I think:
Every cable has some resistance and capacitance and it acts as an RC circuit...
I guess blowing up the amp could be described as a night and day difference!...And, if you want to know more about adverse cable loads affecting amplifier performance, ask Polk Audio about their ill-fated Cobra Cables which tended to blow up output inductorless amplifiers - a cable and amplifier interaction that everybody could hear.
I guess blowing up the amp could be described as a night and day difference!Even the most cynical amongst us could not deny that!
hyeah:
well said !Look dear, if you use a hi end system (Marantz, Cyrus, Cambridge Audio, Rega,list in endless) and use a cloth hanger as interconnect then surely you will be missing out a lot.
In other hand if you use a ordinary sound system (Sony hifi, Panasonic hifi, Philips hifi and famous korean consumer hifi giants) and use a Moster cable or QED cable you won't notice any difference .....
Every cable has some resistance and capacitance and it acts as an RC circuit. It is a low pass filter or high pass filter depending on whether the capacitance is in parallel or series with the resistance, in addition to associated phase shift and distortion. For details on frequency and phase response, see here: RC circuit - Wikipedia, the free encyclopedia.
Two interesting reports. To be looked at purely to understand the technicalities.
QED - Reports - The Genesis Report
QED - Reports - The Genesis Report 2
Cheers
Wow, another heavy-weight source that will take some digesting!Because of non linearity of speaker's impedance, however, this added reactance acts like it affects different frequencies differently.
Speaker Wire
Thad isnt this true. in the end in the impedance due to R, L and C, L&C vary due to frequency. ths is true for the speakers impedance as well..so total impedance varies .Because of non linearity of speaker's impedance, however, this added reactance acts like it affects different frequencies differently
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However, individual capacitance and inductance does add to the reactance which is similar to resistance.
... Again, resistance is the key.
oh man... the shit storm from the previous one isnt over yet and we are at it again..
i am going to go make something or listen to some music, no point wasting time in this....![]()
I was wondering other than people who really want to learn, what purpose "debatable" threads serve ???
Reactance is a function of inductance, not capacitance. Simple arithmetic doesn't suffice any more - it takes differential calculus to describe itIt's net effect is to oppose the flow of current, but unlike resistance, it is not linear.
A physicist would probably try to correlate how reactance affects audio (since there will always be some amount of stray inductance - and capacitance - in any circuit), but an engineer would strive to find the sweet spot where reactance is acceptable:lol:
Hope someone else raises another issue "whether different tubes improve sound quality".
cheers.
murali