If I have two signals entering a receiver, both with a power of 0 dBm,
what would be the total input power seen by the receiver? Is it 3 dBm
or 6 dBm?
Anywhere between 6dBm and -174 + 10*log() dBm,
assuming a 50-Ohm system at room temperature.
JD 'correlation' B.
--
LART. 250 MIPS under one
At 18:07 +0100 09-01-2011, Moeller wrote:
On 09.01.2011 05:48, Brian Padalino wrote:
> competent, I doubt this line of questioning will be any better than
interrogating a brick wall.
It's not a wrong question to ask for cheaper hardware that everybody
can afford.
It is if you're not willing
[Moeller, please include some blank lines in the inline replies, as
without those your mails are much harder to read]
At 00:11 +0100 10-01-2011, Moeller wrote:
On 09.01.2011 22:34, Marcus D. Leech wrote:
> Sounds like you're volunteering to create such a project. Let us
know when > you have
At 16:27 -0800 09-01-2011, John Gilmore wrote:
> --
LART. 250 MIPS under one Watt. Free hardware design files.
http://www.lartmaker.nl/
Why is your email signature advertising a website that hasn't been
updated since 2003?
Perhaps that's a cautionary tale about free-hardware projects - the
I'm looking for opinions about whether doing a single-stage, N=2
decimator in software is practical for
sample rates of ~100Msps. Assume reasonably-modern X86-64
hardware, and R=[2..500].
Assuming you can get the data into the processor fast enough, I
expect you will.
(As a reference poin
