Analysis of the Short-Term Stability of High Precise Atomic Frequency Transfer over Telecommunication Networks

High precise atomic frequency suffers from intensity noise, chromatic dispersion noise, temperature variance, optical fiber loss and inserted loss over optical fiber transfer. Thus, frequency stability declines. This article has analyzed the source noise of laser, optical fiber transfer noise and receiver noise through theory. In result, short-term stability depends on the level of averaging received power, modulation frequency, index of chromatic dispersion, and transfer distance. The averaging received power is predominant for frequency standard of 100MHz transferred over 100km telecommunication networks.