Flybuck Cockroft-Walton

Bill Sloman wrote in news: snipped-for-privacy@googlegroups.com:

Wow.. Looky folks. Bill act as if to have common sense all the while spouting an insult as if to say that you do not have any.

Sorry, chump, but your personal integrity surface quality is looking a little rough. You are not mating well in debates and discussions with other humans. You in fact fail in every case I have seen.

But being someone that used to do mirror finish surface quality polish jobs, I think I can easily and reliably state that Bill Sloman thinks he is the only one around that knows manufacturing processes. When the facts of the matter is that he is a punk and denigrates others in nearly every response he has ever given in this group.

Decidedly, since there are rough cores and cores with optical quality surface treatments, it would appear that Bill is a bit off the mark in his vageries.

Bill Sloman wrote in news: snipped-for-privacy@googlegroups.com:

I did not say it was an issue, you retarded f*ck. I was trying to give you a clue as to the level of polish on it. You being unaware of what is available is just another flag pointing to you being clueless about it. The fact remains that precise, in-house managed core gapping is done and is a more precisely tuned method.

Tell ya what, Billy. Just go f*ck off and die in some other group, because the stupid s*it you spout here is just that.

Bill Sloman wrote in news: snipped-for-privacy@googlegroups.com:

There are many situations where the clamps would not be incroporated and it has to do with other elements than your narrow scope of assumed knowledge that sports obvious cracks. You know very little about real world utilization.

There are a couple of transformer simulation there and they all seem to work.

Your doubt seems to be ill-founded.

Why?

But almost certainly won't. It's not addressing the actual problem.

Some parts of the industries that you are familiar may do it.

If you are relying on a bolt to retain a part in a vibrating environment, you'd need to throw in a star washer or a spring washer to stop the nut walking off the bolt.

If you've got enough vibration to break solder joints you'd need that to keep something bolted down.

I don't know what you think it is telling you, but you clearly don't know w hy people gap the cores in transformers and inductors. I've spelled out wha t it does and you seem to imagine that you can get away with claiming that it does something different while not bothering to spell what that might b e.

But you don't seem to be all that well-informed.

Where I come from milling, is a different kind of operation from grinding.

If you put a grinding head into a milling machine, it's still doing a grinding operation.

Confusing grinding and milling is a pretty basic mistake.

The fact that grinding down only the centre of the core half is an extra operation is enough to make them more expensive.

Gapped cores are made by grinding down the centre post in an ungapped core.

They have to be more expensive.

It won't.

And pigs might fly.

That's all that you have perceived, which isn't quite the same thing.

You did suggest that he gapped his transformer.

It sounds a bit as if it's an off-the-shelf transformer, but that hasn't been specified.

Probably isn't. Varnishing makes sense for commodity transformers because you don't know where they will end up being used. Phil's kinds of products end up in pretty benign environments.

So was I. There are machines that do that and spit out numbers.

Only for people who don't know what they can buy to do the job right.

But you can't tell us what they are.

But quite a bit about people who tell you how much they know, without giving any evidence that they actually know anything.

The habit of going after them until they come up with actual information is one of those self-preserving quirks that one develops after you've been exposed to enough of them.

I mean the PD bias, i.e. the output of the regulator. The three-transistor amp I'm using also works like a cap multiplier, which gets the 1-Hz noise down into the sub-nanovolt range above 10 kHz or so.

Cheers

Phil Hobbs

Bill Sloman wrote in news:e01971c4-c177-452a- snipped-for-privacy@googlegroups.com:

I am reluctant to think that you have any clue what reluctance is.

Bill Sloman wrote in news: snipped-for-privacy@googlegroups.com:

Wow. Hey folks... Look at Billy! Now he thinks he is a fastener expert.

Hey, billy... thread locker replaced metal shard spewing star washers a couple decades ago.

Bwuahahahahahah!

Your reluctance to think is the issue here.

It's described as the magnetic analog of resistance, and has been around for a very long time - it never struck me as a particularly useful idea. Lots of stuff about transformrer design does seem to be really badly taught.

At least you managed to spell t right.

Bill Sloman wrote in news:32cffb7e-889d-4c3c- snipped-for-privacy@googlegroups.com:

No, you didn't. You have yet to mention reluctance at all.

All you mentioned was the inductance change. You obviously have no clue as to why it ever gets incorporated.

Bill Sloman wrote in news:93f4b3da-b1b0-4bc4- snipped-for-privacy@googlegroups.com:

A grinding head on a mill does not convert the mill to a grinder.

Just like putting a grinding head on a brake drum turning lathe does not change it from a lathe into a grinder.

Nice try though, f*****ad.

Bill Sloman wrote in news:087a84b6-a3cf-4784- snipped-for-privacy@googlegroups.com:

F*ck off and die, Billy SloTard.