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Dynamic Phase Noise Calculator
Developed by our expert RF engineers, our dynamic phase noise calculator is a great tool for those involved in frequency control and timing applications.
Dynamic Phase Noise Calculator
Dynamic Phase Noise Estimator v1.1.0
Oscillator Parameters:
Jitter (Hz)
ADEV (Hz)
Random Vibration Profile
Damping Parameters
Using Passive/Active Damping
Using Passive/Active Damping
Compute
Clear
Reset
Select Quantic Wenzel Data:
VPX 3U - 100MHz/3GHz Golden Citrine - 100MHz Quadpod Oscillator - 4GHz Onyx - 100MHz BTULN - 5MHz Premium Streamline - 10 MHz Load Data
Import
Export
Print
Generated graph appears here
Typical Phase Noise Plot:
Generated graph 2 appears here
Offset (Hz)
Static Phase Noise(dBc/Hz)
Dynamic Phase Noise(dBc/Hz)
Δ Phase Noise(dBc/Hz)
Save PN Table
.csv
.xlsx
Offset Frequency (Hz)
ASD (g2 /Hz)
Save Vibe Table
.csv
.xlsx
Time Domain
Static PN
Dynamic PN
Save Jitter Table
.csv
.xlsx
Tips and Extra Info
How to
A video tutorial for this calculator is available on our YouTube, here .
Hover over anything on the page to find out more info.
Updates/Feedback
Last Update: August 3rd 2023
Calculator is missing a function you think would be useful? Email feature requests and feedback to sales@quanticwenzel.com .
Features Coming Soon: Allen Deviation/Variance, Jitter calculations, Quantic Wenzel Custom/Active/Passive Compensations.
Technical Info
For most accurate results, we recommend to not exceed 7 decimal places for any entered value.
DO NOT exceed 15 decimal places as JavaScript is unable to accurately make calculations with more than 15 dp.Supported Browsers: Mozilla Firefox, Google Chrome, Microsoft Edge.
Graphs use the BokehJS library as their backend.
Open Source Library licenses can be found here .
A description of the calculator and the equations used for calculations is available here .
The Jitter calculations are based on
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