Frequency Stability Measurements Documents
The following application notes, papers,
tutorials and publications contain information about frequency stability
measurements:
- W.J. Riley, "Methodologies for Time
Domain Frequency Stability Measurement and Analysis".
- W.J. Riley, "Techniques for Frequency
Stability Analysis".
- W.J. Riley,
Handbook of Frequency Stability Analysis. You can buy a printed copy
of this book at Handbook, and
download it as NIST Special Publication 1065.
- Please note that there is a typo in SP1065 Eq. 28 for TTOTVAR
on p. 26: The tau exponent should be 2, not 3.
- W.J. Riley, "The Quartz Crystal Anomaly Detector".
- W.J Riley, "A Small DMTD System".
- W.J. Riley, "Examples of 1 PPS Clock Measuring Systems".
- W.J. Riley, "PICTIC Interpolator Linearity".
- W.J. Riley, "A 10 MHz OCVCXO and PLL Module".
- W.J. Riley, "Clock Measurements Using the BI220 TIA".
- W.J. Riley, "TDEV and MTIE Measurements Using the BI220 TIA".
- W.J. Riley, "Clock Measurements Using the GT210 Universal Counter and Stable32".
- W.J. Riley, "Frequency Stability Measurements Using a Tight Phase Lock Loop".
- W.J. Riley, "Clock Measurements Using the TimePod 5330A with TimeLab and Stable32".
- W.J. Riley, "A High-Resolution Time Interval Counter Using the TAPR TADD-2 and TICC Modules".
- W.J. Riley, "Running the TAPR TICC with a Raspberry Pi".
- W.J. Riley, "Databases for Clock Data".
- W.J. Riley, "Time and Frequency Measurements".
- D.B Sullivan, D.W Allan, D.A. Howe and F.L.Walls (Editors),"Characterization of Clocks and Oscillators",
NIST Technical Note 1337, U.S. Department of Commerce, National Institute of Standards and
Technology, March 1990.
- D.W. Allan, N. Ashby and C.C. Hodge, "The Science of Timekeeping", Hewlett-Packard
Company Application Note 1289.
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Last revised:
12/31/19