In this example the data was gather at >>> a Fc=161MHz, Fa=(5+1/3)MHz with a 36.5 gain and with the B200 closed at a >>> Faraday cage with no external sources of noise and with the connected >>> laptop covered in aluminium. >>> In this situation there's a visible spur at 160MHz, does someone knows >>> what the source may be?

In a message dated 10/11/2007 09:12:44 Pacific Daylight Time, richard@karlquist.com writes: >Your last statement is not generally true. The block cannot be well >insulated because of the thermal overhead of the oven circuitry (the >heat has to escape).

Compare, for example, the HP5087, a so-so design, to the output amplifier design in the 5071A cesium, as documented in my FCS paper in 1992. Huge difference in specs. The 5071A has 120 dB isolation between outputs.

The coin cell is really for the convenience of > YOU the developer who has to power cycle the controller 1,000 times to make > software changes or whatever and you don't want to wait for the GPS for > each software test.

> > >>> > > >>> > > >>> Is simultanuous use of dual 10 Gbit or 10 Gbit + PCI-E use supported > > >>> yet in the hardware, firmware and software?

. >> We used in the aircraft and spacecraft business naturally the military >> (MS-) numbers listed in the MIL-QPL (or eg. for Spacelab with GSFC spec. >> no). Most types of connectors are under these numbers available from >> different manufacturers, of course with different manufacturer in house >> part numbers.

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On 12/14/2020 10:19 AM, Bach Nguyen via USRP-users wrote: > Hi all, > > I was using my 2 B200s to measure the magnitude and phase difference > in voltage gain of two signal chains on-site and I notice that there > is a random phase offset between the 2 inputs.

. >>> >>> I'm using a N210+CBX to transmit a 10 MSPS *OFDM signal*, with Fc = >>> 1.5 GHz.

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