So the satellite communication system made stringent requirements for the RF front end of the transceiver.
所以，在卫星通信系统中，射频收发模块的性能指标有着严格的要求。
TDSCDMA paper-based system with the base station transceiver on the design of broadband digital transceiver RF front-end design principle and design methods.
本文借助基于TDSCDMA系统的基站收发机的设计阐述宽带数字收发机射频前端的设计原理和设计方法。
Transceiver machine communication system is an indispensable part of which is the front-end RF transceiver may be the most important application of a very wide range.
收发机是通信系统中不可缺少的一部分，而射频前端则是收发机的重中之重，应用十分广泛。
The key technology in designing of RF transceiver and an omnidirectional broadband microstrip antenna that can be used as array element for TD-SCDMA smart antenna system are discussed in this paper.
本文主要讨论了TD - SCDMA智能天线系统射频收发信机设计中的部分关键问题，同时研制了可用作智能天线阵列单元的全向宽带微带阵列天线。
RF front end transceiver is one of the most important parts in RFID system, including interrogator transceiver and transponder transceiver.
模拟前端是射频识别芯片中的关键模块，包括读写器模拟前端和标签模拟前端两个部分。
And provide numerous measurement data for performance analysis. The system consists three major functional blocks, data acquisition, rf transceiver, and PDA display.
在系统设计中采用模块化的设计思想，按照系统功能划分为三大模块，即数据采集模块，无线收发模块以及PD A显示处理模块。
And provide numerous measurement data for performance analysis. The system consists three major functional blocks, data acquisition, rf transceiver, and PDA display.
在系统设计中采用模块化的设计思想，按照系统功能划分为三大模块，即数据采集模块，无线收发模块以及PD A显示处理模块。
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