Finally , we bring forword the next development of the rf mems front - end system 最后,探讨了rfmems前端系统的进一步发展。
Construction of hfc network based multimedia broad bandwidth tv neighboring frequency front subsystem 建立了基于hfc网络的多媒体宽带电视邻频前端系统3
The rf front - end structure is predigested greatly due to using the electronically tunable filters 由于电调滤波器的选用,降低了射频前端系统的复杂度,射频结构得以大大简化。
5 . final system scheme , multilayer layout design and the testing of system communication performance are accomplished 5 .微波前端系统级原理图设计、多层版图设计,电路调试以及整个系统数据通信的初步测试。
The simulation indicated that our design is feasible , not only decrease the expenditure and complexity , but improve the precision of front - end system 仿真结果表明采用fpga进行数字超声前端设计不仅可以降低前端系统的成本与复杂度,而且提高了整个系统的精度,是完全可行的。
前端: fore-end; nose; front end; l ...系统: system伪前端系统: pseudo-front-end system端系统: es end system单端系统: single ended system多终端系统: multiple terminal system后端系统: back-end system局端系统: cmts ---------开端系统: open system客户端系统: bedi三终端系统: three-terminal system双端系统: double ended system四端系统: transducer头端系统: cmts终端系统: end system; system, end; terminal system; termination system专端系统: cool end system桌端系统: javastation磁场开端系统: open system of magnetic field地面终端系统: gts ground terminal system电视头端系统: headend system对话终端系统: dts dialog terminal system仿真终端系统: emulation terminal system管理终端系统: administrative terminal system (ats); ats汉字终端系统: chinese terminal system科学终端系统: scientific terminal system