How to use Allan variance to measure stability скачать в хорошем качестве

How to use Allan variance to measure stability

Measuring the time stability of extremely low-frequency signals can be tricky and time-consuming. In this video, Liquid Instruments engineer Jason Ball, Ph.D., shows you how to measure Allan variance by generating and sampling the fractional frequency of a slow-oscillating clock signal, using the FPGA-based Moku Time & Frequency Analyzer and Moku Data Logger. Lean how to collect sampling data and export to a usable format for further analysis. Find out how the Moku Time & Frequency Analyzer can accelerate your research: https://liquidinstruments.com/product... See how to measure Allan deviation using the Moku Phasemeter: https://liquidinstruments.com/applica... For access to existing Python example scripts, visit our Github page: https://github.com/liquidinstruments/... For an interactive demonstration, speak to an applications engineer: https://www.liquidinstruments.com/req... Connect with us to learn more about the Moku platform: Website: https://liquidinstruments.com/ LinkedIn:   / liquidinstruments   X:   / liquidinstrmnts   Instagram:   / liquidinstruments   Facebook:   / liquidinstruments