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I was just wondering how the various construction techniques involved in InterConnects effects their sound. ie:twisted pairs, XLO, straight line side-by-side, AWG and condustor material as well. I think it would benefit people looking for the final tweak.
... However, I’m sill experimenting and I am thinking about trying some 50 awg platinum electrode wire. The 46 awg copper was very difficult to work with; 50 awg will be a real challenge. DIY is all about doing it yourself.
every cable I've heard has had it's own flavour.
At this point just swapping out the RCA's you are using for some nicer ones might be a real eye opener that would lead to other discoveries... These 'discoveries' are a slippery slope though. If you make a really good cable, it might tell you that your source or amp or preamp is subpar. that's only happened to me a dozen time$!!!!
use the Cat5e for practice, then get real in a month or 2. i never used the stuff for IC's but found it dreadful as speaker cable. very 2-D and bland, closed in. all my soldering practice has been with CAT5 though. i ran into problems inside my amp trying to solder 12 gauge stranded to the Cablepods...that's a hassle. tiny solid core is much easier.
Capacitive reactance (again in Ohms) is a shunt element in a cable and is calculated as the the reciprocal of the equation for inductive reactance, or 1 / (2 x pi x f x C) where C is capacitance in Farads.
Cable capacitance is in parallel with the load. You are correct that a series capacitor will attenuate the bass, but the cable capacitance cannot do this. What it can do is attenuate the treble if it is large compared to the source output impedance (in the case of interconnect cables with some line stage designs such as BAT), or drive power amps into oscillation (in the case of some speaker cables together with some power amps).