You should have waited till April first. This is a VERY public record.
-- Service to my country? Been there, Done that, and I\'ve got my DD214 to prove it. Member of DAV #85. Michael A. Terrell Central Florida
Spice. It can show you a rose garden and then on the breadboard it's all weeds.
BTW what was the sim s/w?
martin
What is "sim s/w"?
mathew
Believe it or not, I saw one on ebay a few months back.
Other than that maybe just keep an eye on the pro-audio rags.
Graham
"Pooh Bear" a écrit dans le message de news: snipped-for-privacy@hotmail.com...
times
week.
I see some appear from time to time on ebay. There's currently a pretty complete one. Look item 7579809426.
-- Thanks, Fred.
I purchased a Cirrus Logic CS5381 eval board from the rep. This can do 196kHz 24-bit A/D conversion, or 96kHz more likely, into a Creative optical s/p-dif port mounted in my PC. Why can't this be the input stage for a half-decent audio analyzer? :-)
No, let's do go there!
--
Thanks,
- Win
That is exactly Orman's claim: if a transmission line is unterminated, its prop velocity exceeds c.
John
Think I'll power up Photoshop and just make some AP logo'd graphpaper, and paste stuff from RMAA ! My original Lindos LA1 doesnt really cut it these days
I'm just about to "do" an audio widgit, I found a niche market,that Behringer hasnt spotted. Proto PCB's are ready for Olimexing, and I scribblled some bit twiddling stuff in 8051 C over the weekend.
It'll be interesting to see if my split groundplane works, ( but lets not go there)
martin
Hmm, needs an ISA slot PC,
martin
In article , Dirk Bruere at Neopax wrote: [....]
The library at Alexandria had a scroll titled "Obtaining very high speeds buy the production of magnetic waves". Unfortunately the text was lost in a fire.
-- -- kensmith@rahul.net forging knowledge
Hello Mathew, A great year to you too. A million times c is an improvement over the last version. When could we expect an FTL that is independent on amplitude and wave form ?
Rene
-- Ing.Buero R.Tschaggelar - http://www.ibrtses.com & commercial newsgroups - http://www.talkto.net
In article , martin griffith wrote: [...]
ebay or
-- -- kensmith@rahul.net forging knowledge
On a sunny day (Sun, 8 Jan 2006 23:27:54 +0100) it happened "Mathew Orman" wrote in :
Now that will be a disappointment!
;-)
On a sunny day (Sun, 08 Jan 2006 23:00:02 GMT) it happened Sam Wormley wrote in :
You write crap Mr Worm
times
This afternoon I've received a gain/phase meter and was checking it. I had 1.4 degree @10MHz in a 2 meters RG58 cable.
If I calculate 1.4d/360d/10^7/2 that's 190ps/m or 17 times faster than light. Not bad, considering that I too had a +3 dB gain. Not only it travels FTL, but my 2 meters RG58 also has over unity efficiency. Who say better?
Unfortunatly, when terminating the coax on its caracteristic impedance, phase shift rises to 38d (5.3ns/m) and my power gain falls down to slightly less than 0dB.
:-)
-- Thanks, Fred.
This design is independent of amplitude and wave form. The transmission line is design using only passive components with linear characteristics for the given range of input signals.
Sincerely,
Mathew Orman
Yeah, I remember that one! One great big huge magnet, repelling a smaller magnet, but then you strap the carriage to the small magnet, so that when the big magnet repels it, it drags the carriage along, much like the donkey and the carrot at the end of the stick. ;-P
Cheers! Rich
"Simulat[or|ion] Software".
Cheers! Rich
"John Larkin" a écrit dans le message de news: snipped-for-privacy@4ax.com...
slightly
Which of course has nothing to do with physics, but all with misinterpretation.
-- Thanks, Fred.
In article , John Larkin wrote: [...]
Better yet, terminate the line with a -50 Ohm resistor and you get a positive trending phase shift and a flat amplitude responce. I think I'm going to make one and feed in todays price for various stocks.
-- -- kensmith@rahul.net forging knowledge
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