Y98-61409-51 9913004宽带移动通信的光毫米波系统、器件和技术=Opticalmillimeter-wave systems for broadband mobile communi-cations,devices and techniques[会,英]/Braun,R.P.& Grosskopf,G.//1998 Proceedings of the Intern...Y98-61409-51 9913004宽带移动通信的光毫米波系统、器件和技术=Opticalmillimeter-wave systems for broadband mobile communi-cations,devices and techniques[会,英]/Braun,R.P.& Grosskopf,G.//1998 Proceedings of the InternationalZurich Seminar on Broadband Communications.—51～58(MaG)展开更多
The application of HTSC (high temperature superconductor) microwave devices in a UHF digital trunking communication system is introduced.The replacement between the HTSC microwave devices and the normal microwave devi...The application of HTSC (high temperature superconductor) microwave devices in a UHF digital trunking communication system is introduced.The replacement between the HTSC microwave devices and the normal microwave devices is conducted.The digital sensitivity of the base station in complex electromagnetic environment has been increased to 6 dB,as the results of the experiment indicated,and this means that the coverage radius of the base station has been improved about twice,that is to say,the coverage area can be extended to four times as large as that of the current method.展开更多
文摘Y98-61409-51 9913004宽带移动通信的光毫米波系统、器件和技术=Opticalmillimeter-wave systems for broadband mobile communi-cations,devices and techniques[会,英]/Braun,R.P.& Grosskopf,G.//1998 Proceedings of the InternationalZurich Seminar on Broadband Communications.—51～58(MaG)
基金supported by the National High-Tech Research and Development Program of China (Grant No. 2007AA03Z212)
文摘The application of HTSC (high temperature superconductor) microwave devices in a UHF digital trunking communication system is introduced.The replacement between the HTSC microwave devices and the normal microwave devices is conducted.The digital sensitivity of the base station in complex electromagnetic environment has been increased to 6 dB,as the results of the experiment indicated,and this means that the coverage radius of the base station has been improved about twice,that is to say,the coverage area can be extended to four times as large as that of the current method.
