The following application notes, papers
and presentations contain information about the Stable32
program:
- W.J. Riley,
"Stable32 Frequency Domain Functions".
- W.J. Riley,
"Properties of FFT Windows Used in Stable32".
- W.J. Riley,
"Evaluating the Level of Discrete Components in Stable32 PSD Plots".
- W.J. Riley, "Stable32 Automation
Functions".
- W.J. Riley, "Launching and Opening Data Files in
Stable32".
- W.J. Riley, "Using WinBatch to Automate a Stable32
Frequency Stability Analysis".
- W.J. Riley, "Confidence Intervals and Bias
Corrections for the Stable32 Variance Functions".
- W.J. Riley, "Curve
Fitting Features in Stable32".
- W.J. Riley, "The FrequenC
Library".
- W.J. Riley,
"Capturing Data from Symmetricom Phase Noise and Allan Deviation Test Sets for
Analysis by Stable32".
- W.J. Riley,
"Frequency Jump Detection in Stable32".
- W.J. Riley, "Calculation
Times in Stable32".
- W.J.
Riley, "Spur Detection, Analysis and Removal in Stable32".
- W.J. Riley, "The Stable32
Filter Function".
- W.J. Riley, "Clock Measurements Using the GT210 Universal Counter and Stable32".
- W.J. Riley, "Clock Measurements Using the TimePod 5330A with TimeLab and Stable32".
- W.J. Riley, "The Strange Case of a Pseudo Flicker Floor".
- W.J. Riley, "Frequency Drift Characterization in Stable32".
- W.J. Riley, "Learn Frequency Stability Analysis Using Stable32".
Copyright 2020 Hamilton Technical Services
Last revised:
03/06/20