Question about casing malleablity

Yes -- it is!

This is the first time I have heard this -- though I have seen it in print several times in the past. :-)

Enjoy, DoN.

Are these common or natural logarithms?

Paul

Paul Drahn on Tue, 18 Dec 2012 19:14:31

-0800 typed >>

Ah, I had not thought of that. Maybe they're a third base - the "malleable" logarithm. Hmm, more research is obviously needed - think maybe we can get a grant from the Department of Energy? Saving energy by being more efficient makes it a green project, yes?

"For the Planet!"

tschus pyotr

Neither -- they are modular bifurcated logarithms -- expressed in octal.

Enjoy, DoN.

Oh! I should have know that!

Paul

Speaking of 'Modular'. Was it you who was looking for some 10P10C modular plugs a while back? Here are sme for 35 cents each.

Of course, it is all plain now. A malleable logarithm is based on a scale from e to pi, using imaginary numbers.

tschus pyotr

-- pyotr Go not to the Net for answers, for it will tell you Yes and no. And you are a bloody fool, only an ignorant cretin would even ask the question, forty two, 47, the second door, and how many blonde lawyers does it take to change a lightbulb.

I like math problems I can solve with a mallet. jsw

Well, aren't mallets mode from logs? ERS

Thanks. But I *have* at least enough of the plugs, and what I need is the crimper for them. I thought at first that this was showing what I needed down in the corner, but a click there doesn't go beyond

Of course -- this was for a sBus card for multiple RS-232C cables (and the extra pins were only needed for synchronous operation), and I only have a couple of sBus systems still running -- for the moment.

Thanks again, DoN.

I'll keep an eye out for one.

The methodology of the left has always been:

1. Lie
2. Repeat the lie as many times as possible
3. Have as many people repeat the lie as often as possible
4. Eventually, the uninformed believe the lie
5. The lie will then be made into some form oflaw
6. Then everyone must conform to the lie

Thanks, DoN.

Not the 8P8C (eight pins, eight wire connections). The 4P2C, btw, is used for some phone installations where only the center two pins of the RG-11 connector design are used. (Unless RG-12 happens to be

Maybe I could machine up an alternate male half of the dies for the nice AMP crimper for modular connectors with interchangeable dies. The body of the connector fits in the female half of the die set just fine, but the male half only pushes down 8 pins, not the ten needed.

Or -- since I don't really need the outer two pins (I'm not doing synchronous data connections), I could simply pull the outer two pin blades before crimping. The manual for the interface card warns that using a standard 8-pin RG-45 would damage the connectors on the card.

Thanks, DoN.

Their entire website is lacking in technical quality.

Resulting in a much lower per-piece cost. Thank your lucky stars, Mikey.

Not really. Most of what they sell can be found elsewhere at better prices. Some items are at retail. I was talking about their descriptions, and edited datasheets not the way the site is designed.