Abstract

This article reports on the frequency stability measurement system based upon the dual-mixer time-difference scheme working at 10 MHz with 1 Hz beat note. The principle of the system is reviewed, the design approach is described, and the experimental results are presented. The measurement system shows a stability of 5.6×10−14/τ (Allan deviation) and a temperature sensitivity of some picoseconds per Kelvin. An approach to reduce crosstalk problems has been tested.

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