Atomic clock frequency and phase adjustment device

Abstract

The invention discloses an atomic clock frequency and phase adjustment device. The device includes a reference signal input end, a first isolation distribution amplifier which divides inputted 5MHz reference signals into three paths of 5MHz signals, a frequency synthesis module which outputs 10MHz signals based on external frequency and phase control information and with the first path of 5MHz signals which have been subjected to 10 times of frequency multiplication adopted as time, a frequency mixing unit which mixes the second path of 5MHz signals with the third path of 5MHz signals which have been subjected to 1/500 frequency division, 5MHz signals and 10MHz signals which have been subjected to 1/1000 frequency division and are outputted by the frequency synthesizer, and then, outputs 10MHz frequency-mixed signals, and a high-stability crystal oscillator which outputs 5MHz signals based on the 10MHz frequency-mixed signals.

Description

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AI Technical Summary

Benefits of technology

This technology helps maintain accurate timing by allowing each atom inside it to have an exact same number of times per second (Hz). By measuring these frequencies with various instruments like oscillators or optical detectors, they are able to accurately determine how long things take place within seconds.

Problems solved by technology

This patented technical problem addressed in this patents relates to improving the performance (accuracy) and reliability of an electronic device's timing function when exposed to varying environmental conditions over its lifetime.

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