采用超寬帶技術的短距離無線電設備檢測

采用超寬帶技術的短距離無線電設備檢測項目報價？??解決方案？??檢測周期？??樣品要求？

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YD/T 1312.15-2013無線通信設備電磁兼容性要求和測量方法.第15部分:超寬帶(UWB)通信設備

本標準規定了超寬帶技術收發信機、發信機、收信機的電磁兼容性(EMC)限值、性能判據和測量方法等。本標準適用于基于脈沖、改進型脈沖和射頻載波的UWB通信技術的設備。本標準適用于UWB通信技術的固定(室內)、移動和便攜應用：-獨立無線設備，其控制裝置可選；-插入式無線設備，與主機設備一起使用或者在主機設備內使用，例如個人電腦、手持終端等；-插入式無線設備，在組合設備內使用，例如線纜調制解調器、機頂盒、接入點等；-組合設備，或者插入式無線設備與某一特定主機設備的組合；-用于道路和軌道交通工具。

YD/T 2237-2011超寬帶（UWB）設備技術要求和測試方法

本標準規定了使用超寬帶（UWB）技術的發射機、收發信機和接收機的技術要求和測試方法，包括等效全向輻射功率譜密度、帶寬、雜散發射、電磁兼容性要求、標志、標簽和說明書等。 本標準適用于超寬帶（UWB）設備。

ITU-R REPORT F.2107-1-2009工作在57GHz-130GHz頻段的固定無線系統的特點和應用

This Report contains propagation aspects, system design parameters, possible applications and other technical/operational characteristics, which are required for the implementation of fixed wireless systems in the frequency ranges 57 GHz to 130 GHz. The applications include specific examples of outdoor/indoor wireless connections taking advantage of these frequency bands (i.e. 60 GHz (57-64 GHz), 70 GHz (71-76 GHz), 80 GHz (81-86 GHz), 95 GHz (92-95 GHz) and 120 GHz (110-130 GHz)). The example systems in the 120 GHz case study, actually cover systems in the 110-130 GHz band. It is intended that future versions of this Report would be needed.

ITU-R SM.1756-2006使用超寬帶技術設備的介紹的結構 問題ITU-R 226/1

Taking into account that there are two general measurement approaches (time domain and frequencydomain) this Recommendation gives the appropriate techniques to be applied when measuring UWBtransmissions.

ITU-R SM.1757-2006無線電通信業務內超寬帶技術設備的影響

This Recommendation is offering a summary of studies related to the impact of devices using UWB technology on radiocommunication services. These may be used as guidance for administrations when developing their national ultra-wideband (UWB) rules.