Diff for "How_To/PhaseNoise"

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Phase Noise Tutorial

[attachment:Low-CostPhaseNoiseMeasurement.pdf Wenzel: Low-Cost Phase Noise Measurement]. Quietly the best phase noise tutorial.

Here is a brief tutorial (by Alex Mott) on how to measure the phase noise of an oscillator: attachment:PhaseNoiseDocumentation.pdf

dphi_rms(f) [rad/rtHz] <=> 20 log(dphi_rms(f) * sqrt(2) / 2) [dBc/Hz]

dphi_rms(f) [rad/rtHz] <=> (dphi_rms(f) * f) [Hz/rtHz]

[http://www.nist.gov/ts/msd/calibrations/upload/tn1337.pdf NIST Technical Note 1337 (1990), Edited by D. B. Sullivan et al.]

[http://tf.nist.gov/general/pdf/658.pdf 1/f Noise in Quartz Crystal Oscillators]

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-## page was renamed from Tutorials/PhaseNoise
Here is a brief tutorial on how to measure the phase noise of an oscillator: attachment:PhaseNoiseDocumentation.pdf
+== Phase Noise Tutorial ==

[attachment:Low-CostPhaseNoiseMeasurement.pdf Wenzel: Low-Cost Phase Noise Measurement]. Quietly the best phase noise tutorial.


Here is a brief tutorial (by Alex Mott) on how to measure the phase noise of an oscillator: attachment:PhaseNoiseDocumentation.pdf

== Representing Phase Noise ==
{{{
dphi_rms(f) [rad/rtHz] <=> 20 log(dphi_rms(f) * sqrt(2) / 2) [dBc/Hz]
}}}

{{{
dphi_rms(f) [rad/rtHz] <=> (dphi_rms(f) * f) [Hz/rtHz]
}}}

== Reference ==

[http://www.nist.gov/ts/msd/calibrations/upload/tn1337.pdf NIST Technical Note 1337 (1990), Edited by D. B. Sullivan et al.]

[http://tf.nist.gov/general/pdf/658.pdf 1/f Noise in Quartz Crystal Oscillators]