Estimation of the Precision of Transmission of the Standard Signal of a Hydrogen Oscillator Along a Fiber-Optic Communication Line with Electronic Compensation of Disturbances

Resumo

An experimental plant for transmission of a reference signal along a fiber-optic communication line with electronic compensation of disturbances introduced by the line is described. Results of measurements of the error associated with transmission of the 100-MHz reference signal of the hydrogen oscillator of the State Primary Standard of the Units of Time and Frequency and the National Time Scale GET 1–2012 along a 100–200 km fiber-optic communication lines are presented.