| 摘要 |
FIELD: physics. ^ SUBSTANCE: driving side and at least one driven side are used, each connected over the corresponding communication channel with the driving side and having an n-bit counter, where n>1, on the driving side and on each of the driven sides. Clock frequency pulses are transmitted over each of the communication channels from the driving side to each of the driven sides. The clock frequency pulses are transmitted to the driving counter. A synchronisation combination is transmitted over each of the communication channels to each of the driven sides, where the said combination is present on kc more significant bits of the driving counter, where kc<n at the onset of a predefined resolving combination on km less significant bits of the driving counter, where km+kc=n. The synchronisation combination coming from the corresponding communication channel is recorded on each driven side, and when the next clock frequency pulse comes from the communication channel to the driven side, the resolving combination is set in km less significant bits of the driven counter and the synchronising combination, which is recorded directly before the said next clock frequency pulse, is recorded into kc more significant bits of the driven counter. ^ EFFECT: shorter time for synchronising spaced apart clocks. ^ 2 cl, 6 dwg |
