Bybee Fraud Protection

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Ya except I've been making them for awhile now and know better, way better.

The only person who listened to me and made one on this forum loves it. Everyone ignores him too, of course.

I can't imagine why it's a surprise... it's not complicated or "new" stuff being used.

JohnC, I meant your contribution to the power conditioner, nothing to do with the Jack's.

So how do the Bybees fit into the circuit? And why is it different from the many other power conditioners out there?
 
I get you, OS, but I might do something with that in future, and these people will not appreciate whatever I put up. What I need to do is to separate the gross filtering (mine) from the subtle filtering (Bybees) and run a comparative test, then I will know whether my input is as useful as I hope it is, or are the Bybee's doing most of the work.
I will say: Keep it simple, if possible. And first: DO NO HARM! '-) Many components are nonlinear in nature and may add to the problem, as much as they help in another way. I find this so with commercial power conditioners.

So you claim the Bybee is a filter... How is it filtering one wonders, could it be this secret magic ingredient surrounding the resistor, that is a confidential military product that no one can know about, yet audiophiles can buy it on an open market....
Doesn't add up to me....
Neither can it be bought from a reputable component supplier, just those that delve in to black magic.....
 
I'm all for 'wife in the kitchen' anecdotes, as I have experienced them, AND I know the people who contribute to them. Removing actual experience does little to prove anything useful.

Why am I not surprised... Support the beliefs keep the congregation happy with your words of wisdom...
Like your comment on commercial power conditioners, derogatory and biased toward the fallacy that an audiophile power conditioner is superior... 🙄
 
Well, it comes down to this, kouiky: I had reservations about these Bybee devices when I first heard about them, and even more suspicion when I realized that I could not measure anything significant except for 0.3ohms of resistance. However, I DID try them with the best listening equipment available at the time, and I did hear a difference, by just adding a couple of these devices in series with an AC line cord, (one for the hot, one for the neutral). It was like getting something for 'nothing'!
When I later met Jack Bybee, he gave me a lot of measured info, of which the noise difference measurement that I put up earlier was the most important. Still, a single pair of devices doesn't do THAT MUCH, just 'sugar on the frosting' and you HAVE to have a first class reproduction system to make the added cost worthwhile. Yes, these darn things are expensive, but I sort of know WHY they are expensive. First the ACTIVE component is NOT the resistor (it just helps) but a ceramic tube coated with a special partially conducting surface. I have seen several versions of the raw stock over the past 20 years, and they are continually evolving. The first looked like an extra long ceramic fuse, and had to be attached with fuse clips and the resistor (0.3 ohm) soldered in parallel to the fuse clips. One time I even went on a 'resistor run' with Jack to an electronic parts house locally. Then almost any wirewound power resistor would do, but then Jack found than only non-inductive wirewound resistors should be used, and finally (like today) a special material power resistor was best. You can't go out and easily buy these resistors (because they are especially made for this purpose) and that is what makes them special. But Jack went even farther: He got a version of these quantum parts that had soldered endcaps on each end (just like the fuse size devices that he used initially), except they had a large enough interior diameter (they are like hollow tubes with a conductive layer on the outside) that he could put a small size power resistor INSIDE the tube. This takes a lot of work, as he has to unsolder one end and remove it without overheating the active part of the device, and then he has to drill small holes so that the resistor lead wires can poke through each end, and then seal the metal end with solder and solder the leads to the end caps. At this stage, he has to cover the outside of the device with a special material (I have no idea what it is, but someone doing serious damping projects might), and then seal it over completely with some sort of cover material. He has to make these devices presentable to the public, somehow. I am impressed that he makes them at all. I have dozens of them in different sizes and ages, but I did not have to pay retail for them, either. They are too expensive for less serious audio listeners to buy. You have to have everything else in place first, to make them even worthwhile.

beryllium resistor
Discussed to death in an earlier thread...
Why get the devices with the end caps soldered on when he has to remove them...
This is the same stuff that you have spouted before regarding these devices, a resistor with a load of stuff round it the only thing that can be measured is the value of the resistor.... so the stuff round it is for show...
 
So how do the Bybees fit into the circuit? And why is it different from the many other power conditioners out there?

First off many power conditioners work just fine. However almost none deploy resonance control of any kind. That immediately makes a unit potentially to harm sound when used with many SMPS supplies (especially hypex).

They all generally lower noise, but some use things that harm sound. I don't know why but repeated trial uses of ferrites that do a 360° wrap around wire always seem to produce poor sound, for example. They measure nice until you have to listen to one. For years I've been trying to employ one now and again but it's always an audible failure. Maybe deployed on single wires instead of the three could work.

I place Bybees directly at the socket. It would seem if what they do isn't huge attenuation, then do it when there's as little noise left as possible to get the most benefit; and mounting at this point reduces sharing among devices since they have their own set per socket.

Perhaps JohnC's nice system didn't have good enough conditioning to easily pick out. Bybee vs. not. Then again there's 17x in an 8 socket unit... Maybe easier then.
 
The ferrite thing is an audio myth... heard it mentioned loads of times but no proof what so ever... Its just embedded in the belief system in my humble opinion.

I hear myths as well, like IEC filters are ok. Strangely equipment always sounds better without them.... From an engineering perspective they contain hot to neutral Y caps which are a nuisance on many systems as they can add noise.
 
I hear myths as well, like IEC filters are ok. Strangely equipment always sounds better without them.... From an engineering perspective they contain hot to neutral Y caps which are a nuisance on many systems as they can add noise.

Different parameters...
You can understand and measure that with Y caps.... I have never seen any measurements that show ferrites having an effect at audio frequencies.
 
For JC, Luke and everyone else that believes they can hear something the defies logic, I present The McGurk Effect. Watch the video and test yourself. In the section with the spilt screen (starting at 1:18) where the guy is mouthing fa-fa-fa on the left, and ba-ba-ba on the right, you cannot prevent hearing what your eyes are forcing you to hear, even though you are totally aware of the deception. It's human nature, you can't escape it. 😱

https://www.youtube.com/watch?v=G-lN8vWm3m0

Mike
That's simply not true. Even the first time I saw this I immediately thought the moiuth and sound didn't sync. You brain tells you what the eyes see and you try and fit that to what you hear, but in this case it doesn't work. My eyes and ears combine tell me it does not compute.

What gets me about the Bybees is that they are passive devices, so unless the content of the signal was known, and the noise components that were most important always the same hoiw could they be expected to have a beneficial effect?

It defies logic.
 
OS, I have had the same experience with both ferrites (I compared them with the Bybee), and standard IEC filters, as well as with serious commercial line conditioners. The Bybee did something good (usually) and the other devices did at least as much audio damage as they cleared up something important. The 'why' is probably in the NON-LINEARITY of the parts, (ferrite, ceramic, MOV's) that are used instead of linear parts that would be much more expensive, etc.
 
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