I work for a company that builds electronics products, low volume,
highly complex units.
It used to be that you bought a crystal and then made an oscillator
that would use that crystal. Or you had a single chip micro that used
a crystal for the time base, in the early days you might have to fig
There are numberous web servers that are small and light weight, some
examples are boa ( www.boa.org ) and HTTPd
http://www.nongnu.org/mini-httpd/
On Mon, 2013-02-11 at 14:01 -0800, Jim Lux wrote:
> I'm intrigued by the possibility of using a lightweight web server to
> provide a management/user
Hi,
I am have thinking / tinkering / planning a wwvb receiver for longer
than I am willing to admit!! It seems to me that one could take a
ferrite loop, JFET buffer, ADC and a small microprocessor to get down to
baseband - say 20 Hz complex sampling rate - and then output on a serial
port
It appears that TI has entered the GPS market. I don't know if this would make
a good start on a GPSDO or not? Comments?
https://estore.ti.com/SimpleLink-CC44000-GPS-Development-Kit-P2945C159.aspx
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To
10.24 MHz is used in cable modem systems both North American and Europe
DOCSIS specs from cablelabs specify the downstream symbol rates. For NA
there are two symbol rates 401/812 * 10.24 MHz and 78/149*10.24 MHz.
For everyone else 869/1280*10.24 MHz.
On Tue, 2011-09-20 at 17:28 +0200, Pierpaol
FPGA's do not have good jitter performance. Both Altera and Xilinx have
app notes and specs on what to expect for jitter performance.
Particularly when using high speed DACs (like the ADI AD9739) the
technique used is to drive the DAC with a good quality clock, then the
DAC drives the FPGA.
I have been lurking in the background for quite some time now, very
interested in what is going on. Now I have a reason to post ;-)
I have recently acquired an HP 105 B crystal oscillator and am looking
for a manual for the thing, can anyone help?
Regards
Dave Armstrong
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fn:David A
