Quantum enhanced atomic clock-cavity optical mechanical system interlocking type photoproduction microwave source

The invention discloses a quantum enhanced atomic clock-cavity optical mechanical system interlocking type photo-production microwave source, which is applied to the technical field of photo-production microwaves and aims at solving the key technical problems of complex processing technology, large size, poor reliability, low frequency stability and the like in the existing chip-level microwave source. The cavity optical mechanical oscillator is used for replacing an MEMS oscillator in a CSAC framework, ultrahigh stability is achieved, the defects of the CSAC framework can be effectively overcome, dependence on electronic circuits and devices is reduced, the short-time stability of the CSAC is further improved, and power consumption of the CSAC is reduced; meanwhile, ultrahigh-stability radio-frequency signal output of cesium/rubidium atoms in the CSAC architecture is utilized, the technical problem that the stability of output signals of the optical mechanical oscillator is poor can be effectively solved, an