I wonder if they are more effective on plain brass based outlets over the higher copper content outlets since we are now dealing with magnetism.
Has anyone asked rick?
Has anyone asked rick?
High Fidelity Cables CT-1designed by Rick Schultz
I bought one of those YellowJacket AC splitters ($15 at my local hardware store) with the 2 ft cable and expanding one outlet to three. After disconnecting the single MC-0.5 magnetic waveguide that I previously had in the only unused AC outlet that is in parallel with the outlet that powers my HFC URH power conditioner, I plugged into it the splitter. I then stole 2 waveguides from the unused outlets of the power conditioner to fill the other 2 expansion slots in the splitter, along with the waveguide I disconnected. This made a huge difference in the magic midrange that HFC products improve, i.e. huge soundstage, more immediacy, transparency, speed, dynamics, detail, tactility, ease. So two conclusions: the use of a cabled splitter works as others here have posted, and the MC-0.5 makes a much greater difference upstream of the power conditioner than downstream. So I was wondering: Has anyone daisy-chained splitters? I was thinking of using a splitter in the parallel AC outlet, into which I would plug in three more splitters of some configuration, giving a total of 9 outlets into which to place MC-0.5s. For the math wizzes out there, each added level would increase by a factor of 3 (i.e. cube) available AC outlets. I suppose there is a limit to this idea but wondering whether anyone else has thought of this or tried it. |
ozzy2,190 posts05-07-2016 12:53pm68pete, At the moment, with just about 20 hours on the extra MC 0.5's being plugged in I would say no. I think the biggest bump was the intial set. But, perhaps with more hours on them it will improve.ozzy, You have 12 MC 0.5s. When you say initial set, do you mean 1st 4 MC 0.5s? |