讨论了超宽带收发系统的误差，并提出了收发系统误差的补偿方法。
An error compensating method is put forward after the UWB transmit-receive 'system error being discussed.
本文首先针对超宽带收发系统的特点讨论了宽带、低失真系统的设计技术。
The design technology of wide band and low distortion system is discussed according to the characteristic of UWB transmit-receive system.
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。
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.
从两种方案的PAPR，不同收发模式下的系统性能进行了比较分析，得出直接宽带模式性能优于多载波模式。
They are compared with the performance of PAPR and BER. The results indicate that the performance of direct wideband mode is better than the other.
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。
TDSCDMA paper-based system with the base station transceiver on the design of broadband digital transceiver RF front-end design principle and design methods.
接着介绍了超宽带的脉冲形成方式、调制方式、收发机系统结构、信号衰减模型、室内多径信道模型以及各种多址系统，为后面的章节做好铺垫。
Then introduces the pulse waveform, the architecture of the UWB transceiver, the fading models of the signal, the indoor channel models, at last some multiple access systems are presented as follow.
接着介绍了超宽带的脉冲形成方式、调制方式、收发机系统结构、信号衰减模型、室内多径信道模型以及各种多址系统，为后面的章节做好铺垫。
Then introduces the pulse waveform, the architecture of the UWB transceiver, the fading models of the signal, the indoor channel models, at last some multiple access systems are presented as follow.
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