1 posted on
10/16/2003 5:02:02 PM PDT by
sourcery
To: Ernest_at_the_Beach; Libertarianize the GOP; Sabretooth; Free the USA
FYI
2 posted on
10/16/2003 5:02:24 PM PDT by
sourcery
(Moderator bites can be very nasty!)
To: sourcery
Don't get too excited -- the work-horse of microelectronics is the transisor, not the diode.
4 posted on
10/16/2003 5:06:09 PM PDT by
expatpat
To: sourcery
OK diode sounds old fashioned, like vaccuum tubes
They should call it something like Quantam Laser Enabling Embed
8 posted on
10/16/2003 5:18:43 PM PDT by
GeronL
(Please visit www.geocities.com/geronl and http://freestateparty.50megs.com)
To: sourcery
"Berger said that the diode's ability to operate in low-power conditions makes it ideal for use in power-hungry devices that generate radio-frequency signals, such as cordless home telephones and cell phones. With little power input, the diode could generate a strong signal. One other application that Berger finds particularly interesting involves medical devices. The diode could support a low-power data link that would let doctors perform diagnostics on pacemakers and other implants by remote, without wires protruding through a patient's skin that could cause infections."
Looks like it has a lot of significant real life applications.
10 posted on
10/16/2003 5:31:24 PM PDT by
QQQQQ
To: sourcery
Thanks for posting this! A number of years ago I came up with an application that would have been well served by the Esaki diode (utilizing its negative-resistance and high-frequency characteristics), but to my dismay a search for such came up with nothing. It wouldn't have been very lucrative anyway...
(Do they still make anything out of germanium?)
12 posted on
10/16/2003 5:34:40 PM PDT by
Eala
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