28 Apr
2009
28 Apr
'09
7:30 p.m.
Subject: Re: Transistors...
From: "bfranchuk at jetnet.ab.ca" <bfranchuk at jetnet.ab.ca>
Date: Tue, 28 Apr 2009 18:07:20 -0600
To: General Discussion: On-Topic and Off-Topic Posts <cctalk at
classiccmp.org>
Scanning wrote:
Voltage gain, Current gain, or power gain?
Common base transistor has current gain of .99999.. and voltage gain >1 as
well as power gain. Wire is .9999999.. for all those.
Allison
A friggin piece of wire has a gain of 1 !!!!
umm .999999 :)
/ steven
29 Apr
29 Apr
11:50 a.m.
On Tue, 28 Apr 2009, Allison wrote:
Common base transistor has current gain of .99999..
and voltage gain >1 as
well as power gain. Wire is .9999999.. for all those.
Is common wire really THAT close (.9999999..) to 1.0?
I always assumed that wire losses were more than that.
Or does that require superconductors?
4 May
4 May
4:25 p.m.
Rumor has it that Fred Cisin may have mentioned these words:
On Tue, 28 Apr 2009, Allison wrote:
Way too many variables to say for sure... diameter / gauge of the wire,
length, composition, use of alien manufacturing techniques, etc. would need
to be known to fully and accurately known to even guesstimate let alone
measure the gane to 7 places...
Depending on your point of view, for me to say such things is indicative of
either too much tequila... or not enough. ;-)
Either way, I'm just happy to have my mailserver within arms reach again!
Laterz,
"Merch"
--
Roger "Merch" Merchberger | "Profile, don't speculate."
SysAdmin, Iceberg Computers | Daniel J. Bernstein
zmerch at 30below.com |
Common base transistor has current gain of
.99999.. and voltage gain >1 as
well as power gain. Wire is .9999999.. for all those.
Is common wire really THAT close (.9999999..) to 1.0?
I always assumed that wire losses were more than that.
Or does that require superconductors?
5478
days inactive
5483
days old
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ajp166＠bellatlantic.net -
cisin＠xenosoft.com -
zmerch-cctalk＠30below.com