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1、1 、目的标准WCDMA射频测试标准，使工程师在作业时有所遵循，特制订本标准。2 、适用范围本标准适用于公司研发的WCDMA产品项目。3 、参考文件3rdGenerationPartnershipProject;TechnicalSpecificationGroupRadioAccessNetworkUserEquipmentUEradiotransmissionandreceptionFDD(Release9)3rdGenerationPartnershipProject;TechnicalSpecificationGroupRadioAccessNetwork;Requirementsfo
2、rsupportofradioresourcemanagement(FDD)(Release9)4、缩略语和术语ACLRAdjacentChannelLeakagepowerRatio邻道泄漏抑制比ACSAdjacentChannelSelectivity邻道选择性AWGNAdditiveWhiteGaussionNoise加性高斯白噪声BERBitErrorRatio误比特率BLERBlockErrorRatio误块率CPICHCommonPilotChannel公共导频信道CQIChannelQualityIndicator信道质量指示CWContinuousWave(un-modulat
3、edsignal)连续波未调制信号DCHDedicatedChannel专用信道映射到专用物理信道DPCCHDedicatedPhysicalControlChannel专用物理控制信道DPCHDedicatedPhysicalChannel专用物理信道DPDCHDedicatedPhysicalDataChannel专用物理数据信道每个伪随机码的平均能量误差矢量幅度频分复用DTXDiscontinuousTransmission非连续发射EcAverageenergyperPNchipEVMErrorVectorMagnitudeFDDFrequencyDivisionDuplexFuwFr
4、equencyofunwantedsignal非有用信号频率HARQHybridAutomaticRepeatRequest自动混合重传请求HS-DPCCHHighSpeedDedicatedPhysicalControlChanne高速专用物理控制信道HS-PDSCHHighSpeedPhysicalDownlinkSharedChannel高速物理下行共享信道HS-SCCHHighSpeedSharedControlChannel高速共享控制信道IblockingBlockingsignalpowerlevel阻塞信号功率电平IoThetotalreceivedpowerspectrald
5、ensity总接收功率频谱密度IoacThepowerspectraldensityoftheadjacentfrequencychannel邻信道功率谱密度IocThepowerspectraldensityofabandlimitedwhitenoisesource带限白噪声功率谱密度IorThetotaltransmitpowerspectraldensityofthedownlinksignalattheNodeBantenna connector基站发送的总功率谱密度?orThereceivedpowerspectraldensityofthedownlinksignalasmeas
6、uredattheUEantennaconnector下行链路所接收的功率谱密度IouwUnwantedsignalpowerlevel非有用信号功率电平OCNSOrthogonalChannelNoiseSimulator正交信道噪声模拟器PCCPCHPrimaryCommonControlPhysicalChannel主公共控制物理信道PICHPagingIndicatorChannel寻呼指示信道PRACHPhysicalRandomAccessChannel物理随机接入信道QqualminMinimumRequiredQualityLevel小区质量最小需求QrxlevminMinim
7、umRequiredRxLevel小区信号电平最小需求Referenceor?Referencesensitivity参考灵敏度RRCRoot-RaisedCosine根升余弦RSCPReceivedSignalCodePower接收信号码功率SCHSynchronisationChannel同步信道SFSpreadingFactor扩频因子TFCTransportFormatCombination传输格式集合UEUserEquipment用户设备UTRAUMTSTerrestrialRadioAccess陆地无线接入UTRANUMTSTerrestrialRadioAccessNetwork
8、陆地无线接入网络5、测试环境正常环境：15C35C;湿度控制在2075%;常压。极限环境：高温55C;低温-10C;三压。三压：高压4.2V低压3.6V常压3.8V除特别说明，各测试项均需在极限环境下进行。6、频带和信道配置UTRA/FDD要求频带分配方式如下：表6-1UTRAFDD频带频带上行频率范围下行频率范围I1920-1980MHz2110-2170MHzII1850-1910MHz1930-1990MHzIII1710-1785MHz1805-1880MHzIV1710-1755MHz2110-2155MHzV824-849MHz869-894MHzVI830-840MHz875-8
9、85MHzVII2500-2570MHz2620-2690MHzVIII880-915MHz925-960MHzIX1749.9-1784.9MHz1844.9-1879.9MHzX1710-1770MHz2110-2170MHzXI1427.9-1447.9MHz1475.9-1495.9MHzXII698-716MHz728-746MHzXIII777-787MHz746-756MHzXIV788-798MHz758-768MHzXVReservedReservedXVIReservedReservedXVIIReservedReservedXVIIIReservedReservedXIX
10、830-845MHz875-890MHzXXI1447.9-1462.9MHz1495.9-1510.9MHzUTRA/FDD要求的发射与接收频率间隔如下：表6-2收发频率间隔频带收发频率间隔I190MHzII80MHzIII95MHzIV400MHzV45MHzVI45MHzVII120MHzVIII45MHzIX95MHzX400MHzXI48MHzXII30MHzXIII31MHzXIV30MHzXIX45MHzXXI48MHz频带IXXI信道号的划分如下：频率分配(标准)上行：NU=5*(Ful-FuL_OFFSE)下行：ND=5*(Fdi-Fdl_OFFSeT表6-3信道号的划分频带
11、上行信道下行信道UARFCNoffset上行载频范围MHzUARFCNoffset下行载频范围MHzFUL_lowFUL_highFDL_lowFDL_highI01977.60II01907.60III15251575IV14501805V00VI00VII21002175VIII340912.6340IX00X11351490XI733736XII-22-37XIII21-55XIV12-63XIX770735XXI13581326表6-4频率分配扩展频带上行信道下行信道UARFCN上行载频范围UARFCN下行载频范围OFFSETMHzFULOFFSETMHzFDLI-II1852.5,1
12、857.5,1862.5,1867.5,1872.5,1877.5,1882.5,1887.5,1892.5,1932.5,1937.5,1942.5,1947.5,1952.5,1957.5,1962.5,1967.5,1972.5,III-IV1712.5,1717.5,1722.5,2112.5,2117.5,2122.5,2127.5,2132.5,2137.5,V826.5,827.5,831.5,832.5,837.5,842.5871.5,872.5,876.5,877.5,882.5,887.5VI670.1VII2502.5,2507.5,2512.5,2517.5,2522
13、.5,2527.5,2532.5,2537.5,2542.5,2562.5,2567.52622.5,2627.5,2632.5,2652.5,2657.5,2662.5,2667.5,2672.5,2677.5,2682.5,2687.5VIII-IX-X1712.5,1717.5,1722.5,1727.5,1732.5,1737.5,1742.5,1747.5,1752.5,2112.5,2117.5,2122.5,2127.5,2132.5,2137.5,2142.5,2147.5,2152.5,2157.5,2162.5,2167.5XI-XII700.5,701.5,706.5,730.5,731.5,736.5,XIIIXIV760.5,765.5XIXXXI-7发射性能测试7.1最大发射功率MaximumOutputPower7.1.1定义最大发射功率是指在无线接入模式下，至少（1+a）倍码片速率的带宽内，UE所能发射的最大功率。测量时长应该至少一个时隙。7.1.2测试目的验证UE的最大发射功率误差不超过容限值，最大发射功率过大会干扰其它信道或其它系统，而最大发射功率过小
