综合cmw1xev do信令测试

内1CMW基本使 内1CMW基本使 产品和选件说 产品选 硬件选件要 软件选件要 产品和选件说 21xEV-DO信令测 建立信令连 测试项 接收机测 DemodulationofForwardTrafficChannelinAWGN(3GPP2C.S0033-B, ReceiverSensitivityandDynamicRange(3GPP2C.S0033-B, 发射机测 TimeReference(3GPP2C.S0033-B, WaveformQualityandFrequencyAccuracy(3GPP2C.S0033-B,42.2)23RangeofOpenLoopOutputPower(3GPP2C.S0033-B, TimeResponseofOpenLoopPowerControl(3GPP2C.S0033-B,RangeofClosedLoopPowerControl(3GPP2C.S0033-B, MaximumRFOutputPower(3GPP2C.S0033-B, MinimumControlledOutputPower(3GPP2C.S0033-B, StandbyOutputPower(3GPP2C.S0033-B, RRIChannelOutputPower(3GPP2C.S0033-B, CodeDomainPower(3GPP2C.S0033-B, ConductedSpuriousEmissions(3GPP2C.S0033-B, OccupiedBandwidth(3GPP2C.S0033-B, 3相关资 <versionRohde&Schwarz<Applicationname>Error!Notextofspecifiedstylein1CMWError!Notextofspecifiedstylein1CMW 用户可以选CMW产品做1xEV-DO的信令测不带显示屏的 硬件选件需要配置CMW-B200A、CMW-B230A、CMW-B100A选件<versionError!Notextofspecifiedstylein软件选件产品和Error!Notextofspecifiedstylein软件选件产品和<version序选件名选件描11xEV-DO信令测试选件，支持Release21xEV-DO信令测试选件，支持Release341xEV-DO测量选件，支持支持ReleaseError!NotextofspecifiedstyleinError!Notextofspecifiedstylein带显示屏的测量可完全通过前面板上的按钮完成，常用的按钮如下所<versionError!NotextofspecifiedError!Notextofspecifiedstylein不带显示屏CMW前面板只DVI显示器接口和其他外设接口，如果要对其进行手动操作，主外接显示器和USB鼠标/LAN口进行远程控通过这两种方法中任一方法控制CWCWCW<versionError!NotextofspecifiedstyleError!Notextofspecifiedstylein21xEV-DO 建立信令连1xEV-DOCMW500的射频端口，通过按仪器“SIGNALGEN1xEV-DOsignaling，并点击下面出现的相应任务，就可以进入到1xEV-DO信令设置界面。进入信令设置界面以后，可以看到小区默认为OFF的状态，界面上有一些基本的参数设置，如频段、信道及基站功率，还有NR选择，即终端测试协议3GPP2C.S0033协议版本的选择。AccessTerminalControl用于为不同的测试选择不同的Application。ForwardTest用于终端接收机的测试，ReverseTest用于发射机的测试。右下Config菜单用于前反向的所有参数的设置，可根据自己的需要进行参数的设置和选择<versionError!NotextofspecifiedstyleError!Notextofspecifiedstylein然后通过按仪器“MEASURE”键，可以进入到仪器的测量选择界面。此时选择1xEV-DOTX下图即是发射机的测量界面菜单包含所有测量相关的参数设置<versionError!NotextofspecifiedstyleinError!Notextofspecifiedstylein回到信令设置界面，按仪表界面打开小区，可以看到小区状态变On，打开终端电源等待终端注册到仪器的小区，小区状态变为Sessionopen，然后点击连接<versionError!NotextofspecifiedstyleError!Notextofspecifiedstylein连接上以后，小区状态变为Connected这时，按仪表“Tasks1xEV-DOTXMeasON/OFF将测量界面打开，就可以开始进行1xEVDO发射机的测量。<versionError!NotextofspecifiedstyleError!Notextofspecifiedstylein注意1xEV-DOMulti-EvaluationScenarioCombinedSignalPath，才能进行该Standalone，那么就是非信令的测试。大部分的测试，Trigger1xEV-DOsig1SuperFrame，否则可能测量不到信号。如果使用在信令界面的Goto快捷方式，仪器会自动关联测量和信令的界建议在每进行一项新的测试之前先按一下仪表左上方 Reset复位一下，以免参数设置出现错误 测试项ReleaseBRelease0是完全能向前支持和兼容的。因此本文将着重介绍1xEV-DOReleaseA（subtype2）和ReleaseB(subtype3)的测试方法。33.2.1DemodulationofForwardTrafficChannelin3.3.1ReceiverSensitivityandDynamic44.2.1Time4.2.2WaveformQualityandFrequency4.3RFOutputPowerRangeofOpenLoopOutputTimeResponseofOpenLoopPowerRangeofClosedLoopPowerMaximumRFOutputMinimumControlledOutput<versionError!NotextofspecifiedstyleinError!NotextofspecifiedstyleinRRIChannelOutput□4.3.8CodeDomainDRCChannelOutputACKChannelOutputDataChannelOutputDSCChannelOutput□4.4.1ConductedSpurious 接收机 DemodulationofForwardTrafficChannelinAWGN(3GPP2C.S0033-B,WN(R)算E。测试步骤如果DUT支持Subtype2，如下设置接入网参数，把接入网控制信道速率打为38.4kbps，PilotDrop门限打到-14dBMinimumRequirementsin3GPP2C.S0033-BTableA.1.1.1-1~TableA.1.1.1-6TestcaseTableA.1.1.1-7~TableA.1.1.1-12将PilotDropThreshold设置为-16dB：Config_Network_AccessNetworkProperties_ATForwardPacketActivity100%Config_Layer_MACLayer_DefControlChProtocol_DataRate38400bpsConfig_Layer_ConnectionLayer_PilotDropThreshold-14.0dB（TableA.1.1.1-1~TableConfig_Layer_ConnectionLayer_PilotDropThreshold16.0dB（TableA.1.1.1-7~Table<versionError!NotextofspecifiedstyleError!Notextofspecifiedstylein下面以规范中的TableA.1.1.1-1Test1为例设置测试参数AWGNlevel为-15.4dB，基站功率-70.4dBmFETAPDRCRate设为Config_System_RFPower_AWGNModeNormal（AWGNNormalConfig_System_RFPower_AWGNLevelOn-15.4dBConfig_System_RFPower_1xEVDOPower-70.4dBmConfig_Layer_ApplicationLayer_ReleaseASettings_FETAPConfiguration_DRCRateDRCIndexDRC<versionError!NotextofspecifiedError!Notextofspecifiedstylein确认手机已经进入连接状态，测量PER的置信Task_1xEV-DORXQuality<versionError!NotextofspecifiedstyleinError!NotextofspecifiedstyleinSubtype3，CMWTableA.1.1.1-11caseTableA.1.1.1-12设置参数，CMW500Test34Test34举例说明：Config_System_RFPower_AWGNModeNormalConfig_System_RFPower_AWGNLevelOn-22.1dBConfig_System_RFPower_1xEVDOPower-77.1dBm建立起三个相邻的前向载波，反向不要建立多载波，否则无法测<versionError!NotextofspecifiedstyleError!NotextofspecifiedstyleinConfig_System_CarrierConfiguration_RFFrequency_Carrier[0]/[1]/[2]Config_System_CarrierConfiguration_Pilot_Pilot[1]/[2]_ActiveonANOnConfig_Layer_ApplicationLayer_ReleaseBSettings_FMCTAPConfiguration_DRC_Carrier[0]/[1]/[2]_PktType#Config_Layer_ConnectionLayer_PilotDropThreshold-16.0在测量界面分别选择三个载波进行PER的置信度测试，测试结果如图<versionError!NotextofspecifiedstyleinError!Notextofspecifiedstylein规范指标MinimumRequirementsin3GPP2C.S0033-的终端，应满足规范TableA.1.1.2-8~TableA.1.1.2-10的描述。 ReceiverSensitivityandDynamicRange(3GPP2C.S0033-B,PER不超过规定值时在接入终端天线连接器处测量的输入功率测试步骤Config_System_RFPower_AWGNLevel对于支持Subtype2的终Test1~Test3Table-1Test1Config_System_RFPower_1xEVDOPower-Config_Layer_ApplicationLayer_ReleaseASettings_FETAPConfigurationDRCRate<versionError!NotextofspecifiedstyleError!NotextofspecifiedstyleinPER的置信度Task_1xEV-DORXQuality对于支持Subtype3的终端，需要测试前向多载波的情况，按Test5Table-2设置测试参数，<versionError!NotextofspecifiedstyleError!NotextofspecifiedstyleinConfig_System_RFPower_1xEVDOPower-Config_System_CarrierConfiguration_RFFrequency_Carrier[0]/[1]/[2]Config_System_CarrierConfiguration_Pilot_Pilot[1]/[2]_ActiveonANOnConfig_Layer_ApplicationLayer_ReleaseBSettings_FMCTAPConfiguration_DRC_Carrier[0]/[1]/[2]_PktType#分别测试三个载波PER的置信度<versionError!NotextofspecifiedstyleinError!Notextofspecifiedstylein规范指标Test1Test2PER应不超过0.5%并且具有95%的置信概率。Test3PER不应超过并且具有95%的置信概率。Test45对每个载波应不超过0.5%并且具有95%的置信概率 发射机 TimeReference(3GPP2C.S0033-B,1试2检查动态条件下接入终端基准时间转换速率。此处我们做测试项目1的测试测试步骤在信令连接界面，在Config菜单里将AWGN去激活Config_System_RFPower_AWGNLevel<versionError!NotextofspecifiedError!NotextofspecifiedstyleinNRReleaseA，确认终端进入连接状态Subtype2RETAPCfgMin/MaxPacketindex2256Bits，TerminationTarget44sub-packets：Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMinPacketSize2Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMaxPacketSize2Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfiguration_TerminationTarget4<versionError!NotextofspecifiedstyleError!Notextofspecifiedstylein然后将基站输出功率打到-Config_System_RFPower_1xEVDOPower-75.00读取其测量结果Task_1xEV-DOTXMeasurements_MultiEvaluation_Display_SelectView_ErrorVector测试结果<versionError!NotextofspecifiedstyleinError!Notextofspecifiedstylein规范指标MinimumRequirementsin3GPP2C.S0033-s,0ms23ss305s。 WaveformQualityandFrequencyAccuracy(3GPP2C.S0033-B,1N（tpe3）将llfˆˆ。测试步骤Config_System_RFPower_AWGNLevelTest1:NRReleaseA，确认终端连接到网Subtype2RETAPCfgMin/MaxPacketindex2256Bits，TerminationTarget44sub-packetsFETAPACK信道在所有时Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMinPacketSize2Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMaxPacketSizeConfig_Layer_ApplicationLayer_ReleaseASettings_RETAPConfiguration_TerminationTarget4Config_Layer_ApplicationLayer_ReleaseASettings_FETAPConfigurationACKChFixedModeACKAlwaysorNACKAlways<versionError!NotextofspecifiedstyleError!Notextofspecifiedstylein然后将基站输出功率打到-Config_System_RFPower_1xEVDOPower-75.00读取其测量结果Task_1xEV-DOTXMeasurements_MultiEvaluation_Display_SelectView_ErrorVector<versionError!NotextofspecifiedError!NotextofspecifiedstyleinTest2:NRReleaseBSubtype3，要测试终端发射双载波时的情况。协议规定两个载波的间隔要最小，对于Bandclass0，最小间隔是1.23MHz，对于其他Band，最小间隔为1.25MHz。如若没有配好最小间隔而使得载波重叠，则无法建立连接。如图所示为Bandclass0Pilot[1]ActiveonANAssignedtoAT激活代表让终端也增加一个载波发射。当终端连接到网络以后，AquiredbyAT会显示载波激活。Config_System_CarrierConfiguration_RFFrequency_Carrier[0]/[1]Config_System_CarrierConfiguration_Pilot_Pilot[1]_ActiveonANOnConfig_System_CarrierConfiguration_Pilot_Pilot[1]_AssignedtoATOn如下配置RMCTAPFMCTAP配置为使得ACK信道在所有时隙都发射Config_Layer_ApplicationLayer_ReleaseBSettings_RMCTAPConfigurationCarrier0&Carrier1MinPacketSize2Config_Layer_ApplicationLayer_ReleaseBSettings_RMCTAPConfigurationCarrier0&Carrier1MaxPacketSize2Config_Layer_ApplicationLayer_ReleaseBSettings_RMCTAPConfiguration_TerminationTarget4Config_Layer_ApplicationLayer_ReleaseBSettings_FMCTAPConfigurationACKChFixedModeACKAlwaysorNACKAlways<versionError!NotextofspecifiedstyleError!Notextofspecifiedstylein确认终端进入连接状态然后将基站输出功率打到-Config_System_RFPower_1xEVDOPower-75.00分别读取两个载波的测量结果<versionError!NotextofspecifiedstyleError!NotextofspecifiedstyleinTask_1xEV-DOTXMeasurements_MultiEvaluation_Display_SelectView_ErrorVector切换到1测试规范指标MinimumRequirementsin3GPP2C.S0033-<versionError!NotextofspecifiedstyleinError!NotextofspecifiedstyleinTest1，波形质量因子ρOverall0.9440,2,3,5,7,9,10,1112差应在±300Hz1,4,68时，频率误差应在±150Hz之内。发射时间误差在±1μs之内。Test2，每个载波的波形质量因子ρOverall0.9330,235,79,1011时，频率误差应在±300Hz1,4,68时，频率误差应在±150Hz之内。发射时间误差在±1μs之内。 RangeofOpenLoopOutputPower(3GPP2C.S0033-B,XodB测试步骤Config_System_RFPower_AWGNLevel设置默认接入信道MAC协议的初始化配置参数Config_Layer_MACLayer_AccessChMACProtocol_MaxProbeSequences设置接入网参数Config_Network_AccessNetworkProperties_ATForwardPacketActivity按照下表设置接入参数Config_Network_AccessProbes_PreambleLength6（注：3.0.10版本最大只能设为6）Config_Network_AccessProbes_OpenLoopAdjust<versionError!NotextofspecifiedstyleinError!Notextofspecifiedstylein设置好需要的频段和信道，按照表-1所示分别设置1~3的前向功率Config__RFPower_1xEVDO设置接入网忽略所有接入尝试Config_Network_AccessProbes_AccessProbesModeIgnoreConfig_Network_AccessProbes_ProbeIncrement0dB<versionError!NotextofspecifiedError!NotextofspecifiedstyleinGPRFmeasurement，设置好测量参数，并让1xEV-DO的信令单元去控制GPRFConfig_ScenarioCombinedSignalPathConfig_Controlledby1xEV-DOSig1Config_MeasurementControl_Repetition_SingleShotConfig_MeasurementControl_StatisticCount3Config_MeasurementControl_StepLength10msConfig_MeasurementControl_MeasurementLength10msConfig_Trigger_MinimumTriggerGap10ms<versionError!NotextofspecifiedError!Notextofspecifiedstylein如果想测宽带功率，如下设置滤波器类型和带Config_MeasurementControl_Filter_FilterTypeBandpassConfig_MeasurementControl_Filter_BandpassFilter9MHz如果想测CDMA信号带宽内的功率，如下设置滤波器：Config_MeasurementControl_Filter_FilterTypeCDMATrigger参数Config_Trigger_TriggerSourceIFPowerConfig_Trigger_TriggerSlopeRisingEgdeConfig_Trigger_TriggerThreshold-30dBConfig_Trigger_TriggerOffset100µsConfig_Trigger_TriggerTimeout60sConfig_Trigger_TriggerModeRetriggerall<versionError!NotextofspecifiedstyleinError!Notextofspecifiedstylein然后更改前向功率，同样的方法和配置测试Test2和3。测试完Test1~3以后，将接入网参数修改为0%，然后用同样的方法再测一TestConfig_Network_AccessNetworkProperties_ATForwardPacketActivity<versionError!NotextofspecifiedstyleinError!Notextofspecifiedstylein规范指标MinimumRequirementsin3GPP2C.S0033-终端的开环发射功率范围应该满足Table-1中的要求。考虑到测试仪表的不确定度，Table-1中的要求在实际生产中可以再放宽0.5dB。 TimeResponseofOpenLoopPowerControl(3GPP2C.S0033-B,测试步骤Config_System_RFPower_AWGNLevelSubtype2RETAPCfgMin/MaxPacketindex2256Bits，TerminationTarget44sub-packetsFETAPACK信道固定模Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMinPacketSize2Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMaxPacketSizeConfig_Layer_ApplicationLayer_ReleaseASettings_RETAPConfiguration_TerminationTarget4Config_Layer_ApplicationLayer_ReleaseASettings_FETAPConfigurationACKChFixedModeNotUsed设置接入网参数为Config_Network_AccessNetworkProperties_ATForwardPacketActivity<versionError!NotextofspecifiedstyleError!Notextofspecifiedstylein建立连接，然后将基站输出功率打到-Config_System_RFPower_1xEVDOPower-60.00(TheOpenLoopTimeResponse)的界面，点击按钮切换到OLTR界面。<versionError!NotextofspecifiedstyleinError!Notextofspecifiedstylein打开测量界面的Config菜单进行测量参数的配置Config_ScenarioCombinedSignalPathConfig_Controlledby1XEV-DOSig1Config_MeasurementControl_NumberofMeasSequnecesConfig_MeasurementControl_PowerStepConfig_Trigger_TriggerSource1XEV-DOSig:<versionError!NotextofspecifiedstyleError!Notextofspecifiedstylein其中，NoofMeasSequencesPowerStepOLTR的子菜单里进行设置。如图可以看到，NoofMeasSequences5PowerStepDirection为<versionError!NotextofspecifiedstyleinError!NotextofspecifiedstyleinPowerInterval按钮，如需看参考功率的话就把它置为On。规范指标MinimumRequirementsin3GPP2C.S0033-平均输入功率每步变化ΔPinAT的平均输出功率将向相反的方向发生变化在下列限值之间，上限0<t<24msmax[1.2×׀ΔPin׀×(t/24),׀ΔPin׀×(t/24)+2dB]+1.5dB对于t≥24ms：max[1.2×׀ΔPin׀,׀ΔPin׀+0.5dB]+1.5dB下限 RangeofClosedLoopPowerControl(3GPP2C.S0033-B,接入终端对于其开环估计应提供闭环调节。调节是作为对有效接收的功率控制比特的响应。调节的范围是由接入终端最大输出功率和开环估值之差与接入终端最小输出功率和开环估值之差确定。规11个TstceCW支持TstTst3~6测试步骤Config_System_RFPower_AWGNLevelConfig_System_ReversePowerControl_PowercontrolBitsAutoConfig_System_ReversePowerControl_StepSize1.00dBTest4096BitsTerminationTarget44sub-packets：Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMinPacketSize<versionError!NotextofspecifiedstyleError!NotextofspecifiedstyleinConfig_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMaxPacketSizeConfig_Layer_ApplicationLayer_ReleaseASettings_RETAPConfiguration_TerminationTarget4的发射功率为-Config_System_ExpectedPowerModeOpenLoopRuleConfig_System_RFPower_1xEVDOPower<versionError!NotextofspecifiedstyleError!NotextofspecifiedstyleinTask_1xEV-DOTXMeasurements_MultiEvaluation_Display_SelectView_然后，将反向功率功控改为AllConfig_System_ReversePowerControl_PowercontrolBitsAll读取一次测量结果，记为Task_1xEV-DOTXMeasurements_MultiEvaluation_Display_SelectView_<versionError!NotextofspecifiedstyleError!Notextofspecifiedstylein最后，将反向功率功控改为AllConfig_System_ReversePowerControlAll读取一次测量结果，记为Task_1xEV-DOTXMeasurements_MultiEvaluation_Display_SelectView_Test<versionError!NotextofspecifiedstyleinError!NotextofspecifiedstyleinTest3~6的测试方法Test1相同，只是RETAP的数据包大小不同TestTerminationTarget设为4，代表4sub-packets：Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMinPacketSize7Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMaxPacketSizeConfig_Layer_ApplicationLayer_ReleaseASettings_RETAPConfiguration_TerminationTarget4TestTerminationTarget设为4，代表4sub-packets：Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMinPacketSize5Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMaxPacketSizeConfig_Layer_ApplicationLayer_ReleaseASettings_RETAPConfiguration_TerminationTarget4TestTarget设为4，代表4个sub-packets：Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMinPacketSize3Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMaxPacketSizeConfig_Layer_ApplicationLayer_ReleaseASettings_RETAPConfiguration_TerminationTarget4TestTarget设为4，代表4个sub-packets：Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMinPacketSize1Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMaxPacketSizeConfig_Layer_ApplicationLayer_ReleaseASettings_RETAPConfiguration_TerminationTarget4设置好了以后再用Test1的方法分别测出P1，P2规范指标MinimumRequirementsin3GPP2C.S0033-闭环功率控制范围应当至少为开环估算值的±24dB，1000的功率控制比特后功率调整范围应不低于24dB，100个连续为1的功率控制比特后功率调整范围应不低于24dB。即为:P1-(-15dBm)>24和(-15dBm)-P2>24 MaximumRFOutputPower(3GPP2C.S0033-B,最大射频输出功率是指在接入终端天线连接器处测量的接入终端发射的最大功测试步骤针对各个频段，按照下表在NetworkAccessProbes中设置接入参数Config_Network_Access<versionError!NotextofspecifiedError!NotextofspecifiedstyleinConfig_System_RFPower_AWGNLevelTestSubtype2RETAPCfgMin/MaxPacketindex9，代表包大小为4096BitsTerminationTarget44sub-packetsFETAPDRC16，代表配置前向业务信道数据速率为2个时隙，307.2kbps，并使ACK信道在所有时隙都发射：Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMinPacketSize9Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMaxPacketSize9Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfiguration_TerminationTarget4Config_Layer_ApplicationLayer_ReleaseASettings_FETAPConfiguration_DRC_Rate16Config_Layer_ApplicationLayer_ReleaseASettings_FETAPConfigurationACKChFixedModeACKAlwaysorNACKAlways<versionError!NotextofspecifiedstyleError!Notextofspecifiedstylein建立连接，然后将基站输出功率打到-Config_System_RFPower_1xEVDOPower-85.00然后将期望功率打到最大功率，功控打为AllConfig_System_RFSettings_RFPower_ExpectedPowerMode_MaxpowerConfig_System_ReversePowerControl_PowercontrolBitsAllup<versionError!NotextofspecifiedError!Notextofspecifiedstylein读取其测量结果Task_1xEV-DOTXMeasurements_MultiEvaluation_Display_SelectView_Test对于ute3，测量终端发射最多载波时的情况，载波数不大于3，并且两两之间以最小间隔分Plt[12的ctvenANssindoTConfig_System_CarrierConfiguration_RFFrequency_Carrier[0]/[1]/[2]Config_System_CarrierConfiguration_Pilot_Pilot[1]/[2]_ActiveonANOnConfig_System_CarrierConfiguration_Pilot_Pilot[1]/[2]_AssignedtoATOn<versionError!NotextofspecifiedError!NotextofspecifiedstyleinRMCTAPCfgMin/MaxPacketindex9，代表包大小为4096BitsTerminationTarget44sub-packetsFMCTAPDRC速率设为162个时隙，307.2kbpsACK信道在所有时隙都发射：Config_Layer_ApplicationLayer_ReleaseBSettings_RMCTAPConfigurationCarrier0&Carrier1&Carrier2MinPacketSize9Config_Layer_ApplicationLayer_ReleaseBSettings_RMCTAPConfigurationCarrier0&Carrier1&Carrier2MaxPacketSize9Config_Layer_ApplicationLayer_ReleaseBSettings_RMCTAPConfiguration_TerminationTarget4Config_Layer_ApplicationLayer_ReleaseBSettings_FMCTAPConfiguration_DRC_RateCarrier0&Carrier1&Carrier216Config_Layer_ApplicationLayer_ReleaseBSettings_FMCTAPConfigurationACKChannelFixedModeCarrier0&Carrier1&Carrier2ACKAlwaysorNACKAlways<versionError!NotextofspecifiedError!Notextofspecifiedstylein建立连接，然后将三个载波的输出功率都打到-Config_System_RFPower_1xEVDOPower-85.00<versionError!NotextofspecifiedstyleError!Notextofspecifiedstylein然后将期望功率打到最大功率，功控打为AllConfig_System_RFSettings_RFPower_ExpectedPowerMode_MaxpowerConfig_System_ReversePowerControl_PowercontrolBitsAllup读取天线口的平均功率Task_1xEV-DOTXMeasurements_MultiEvaluation_Display_SelectView_<versionError!Notextofspecifiedstylein规范指Error!Notextofspecifiedstylein规范指标MinimumRequirementsin3GPP2C.S0033-Test1，针对不同的频段和功率等级，AT的最大输出功率应该在规范3GPP2C.S0033-BTable-1所规定的上下限的范围之内Test2，针对不同的频段和功率等级，所有载波的总功率应该在规C.S0033-B-1所规定的上下限回退3.3dB的范围之内 MinimumControlledOutputPower(3GPP2C.S0033-B,测试步骤Config_System_RFPower_AWGNLevelSubtype2RETAPCfgMin/MaxPacketindex2256Bits，TerminationTarget44sub-packets：<versionError!NotextofspecifiedstyleinConfigError!NotextofspecifiedstyleinConfig_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMinPacketSize2Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMaxPacketSizeConfig_Layer_ApplicationLayer_ReleaseASettings_RETAPConfiguration_TerminationTarget4确认终端连接上以后，将基站功率打到-25dBm，功控打为AllConfig_System_RFPower_1xEVDOPower-25.00Config_System_RFSettings_RFPower_ExpectedPowerMode_MinpowerConfig_System_ReversePowerControl_PowercontrolBitsAlldown读取其测量结果Task_1xEV-DOTXMeasurements_MultiEvaluation_Display_SelectView_规范指标MinimumRequirementsin3GPP2C.S0033-当开环功率控制和闭环功率控制同时设为最小的情况下，在以CDMA频点为中心频点的带宽以内 的平均功率应该小于-50dBm StandbyOutputPower(3GPP2C.S0033-B,AT发射功能被屏蔽时终端的输出功率，这些时刻包括初始化状态、空闲状态、测试步骤Config_System_RFPower_AWGNLevel打开小区Config_System_RFPower_CDMAPower-Config_System_Network_AccessProbes_AccessProbesMode关闭小区<versionError!NotextofspecifiedstyleinGPRFError!NotextofspecifiedstyleinGPRFConfig_ScenarioCombinedSignalConfig_MeasurementControl_Repetition_SingleShotConfig_MeasurementControl_StatisticCount3Config_MeasurementControl_StepLength10msConfig_MeasurementControl_MeasurementLength10msConfig_Trigger_MinimumTriggerGap10msConfig_MeasurementControl_Filter_FilterTypeGaussConfig_MeasurementControl_Filter_GaussFilter1MHzConfig_Trigger_TriggerSourceIFPowerConfig_Trigger_TriggerSlopeFallingEgdeConfig_Trigger_TriggerThreshold-40dBConfig_Trigger_TriggerOffset5msConfig_Trigger_TriggerTimeout60sConfig_Trigger_TriggerModeRetriggerall打开小区，打GPRF测试，再打DUT电源等待测试结果测试结果规范指标MinimumRequirementsin3GPP2C.S0033-1Hz-1m。 RRIChannelOutputPower(3GPP2C.S0033-B,btp0St1RRI256RRIStp2R信Tst1验证RRIiot(St，upe1)Tst2RRI输Pltutpe2)Tst。<versionError!NotextofspecifiedstyleinError!Notextofspecifiedstylein测试步骤Config_System_RFPower_AWGNLevel确认手机已经进入连接状态Config_System_RFPower_1xEVDOPower-75.00TestSubtype2RETAPCfgMin/MaxPacketindex2256Bits，TerminationTarget44sub-packets：Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMinPacketSize2Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMaxPacketSizeConfig_Layer_ApplicationLayer_ReleaseASettings_RETAPConfiguration_TerminationTarget4Config_Layer_MacLayer_ReleaseASettings_Subtype3RevTrafficChMACProtocol_RRIChannelGain_Transition3-6dB读取“RRI”与“Pilot”测量结果，计算其之间的差值，并与预设的-6dBRRIChannelGainTask_1xEV-DOTXMeasurements_MultiEvaluation_Display_SelectView_Channel测试结果<versionError!Notextofspecifiedstylein规Error!Notextofspecifiedstylein规范指标MinimumRequirementsin3GPP2C.S0033-Test2RRIPILOT信道功率的差值与RRIChannelGain(dB)之间相差应该不超过±0.25dB CodeDomainPower(3GPP2C.S0033-B,DRCChannelOutputPower(3GPP2C.S0033-B,DRC信道在相对于导频/RRI信道功率电平DRC信道增益的功率电平上发送。本测试验证相对于导频信道DRC信道的输出功率。测试步骤Config_System_RFPower_AWGNLevelDRCChannelGain0dB，并ACK信道在所有时隙都发射Config_Layer_MacLayer_FWDTrafficChMACProtocol_Carrier0_DRCChannelGain0.0Config_Layer_ApplicationLayer_ReleaseASettings_FETAPConfigurationACKChFixedModeACKAlwaysorNACKAlways<versionError!NotextofspecifiedstyleError!Notextofspecifiedstylein确认手机已经进入连接状态，将基站功率打到-Config_System_RFPower_1xEVDOPower-75.00读取DRC和导频信道功率测量结果Task_1xEV-DOTXMeasurements_MultiEvaluation_Display_SelectView_Channel<versionError!NotextofspecifiedstyleinError!NotextofspecifiedstyleinDRCChannelGain设置3dB，重复测试，获得DRC和导频信道增益Config_System_Layer_MacLayer_FWDTrafficChMACProtocol_Carrier0_DRCChannelGain3dBTask_1xEV-DOTXMeasurements_MultiEvaluation_Display_SelectView_Channel规范指标DRCPILOT信道功率的差与DRCChannelGain(dB)之间相差应该不超过±0.25dBACKChannelOutputPower(3GPP2C.S0033-B,ACK信道在相对于导频/RRI信道功率电平ACK信道增益的功率电平上发送。本测试验证相对于导频信道ACK信道的输出功率。测试步骤Config_System_RFPower_AWGNLevelDSCConfigCodeChannelFilter，将ACK/DSC选择为ACK，以便读值：Config_Layer_MacLayer_FWDTrafficChMACProtocol_Carrier0_ACKChannelGain0.0Config_CodeChannelFilter_Carrier[0]_ACK/DSC<versionError!NotextofspecifiedstyleError!Notextofspecifiedstylein确认手机已经进入连接状态，将基站功率打到-Config_System_RFPower_1xEVDOPower-75.00读取ACK和导频信道的功率测量结果Task_1xEV-DOTXMeasurements_MultiEvaluation_Display_SelectView_Channel<versionError!NotextofspecifiedstyleError!NotextofspecifiedstyleinACKChannelGain设置3dB，重复测试，获得ACK信道增Config_System_Layer_MacLayer_FWDTrafficChMACProtocol_ACKChannelGain3dBTask_1xEV-DOTXMeasurements_MultiEvaluation_Display_SelectView_ChannelPower规范指标ACKPILOT信道功率的差与ACKChannelGain(dB)之间相差应该不超过±0.25dB<versionError!NotextofspecifiedstyleinError!NotextofspecifiedstyleinDataChannelOutputPower(3GPP2C.S0033-B,RRIAC测试步骤Config_System_RFPower_AWGNLevelTestSubtype2RETAPCfgMin/MaxPacketindex2256Bits，TerminationTarget44sub-packetsFETAPACK信道在所有时Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMinPacketSize2Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMaxPacketSizeConfig_Layer_ApplicationLayer_ReleaseASettings_RETAPConfiguration_TerminationTarget4Config_Layer_ApplicationLayer_ReleaseASettings_FETAPConfigurationACKChFixedModeACKAlwaysorNACKAlways确认手机已经进入连接状态，将基站功率打到-Config_System_RFPower_1xEVDOPower-75.00PilotData信道功率测量结果Task_1xEV-DOTXMeasurements_MultiEvaluation_Display_SelectView_ChannelTest2Test1基础上，将该RETAPCfgMin/MaxPacketindex3，代表包大小为Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMinPacketSize<versionError!NotextofspecifiedstyleinError!NotextofspecifiedstyleinConfig_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMaxPacketSizeTest3Test1基础上，将该RETAPCfgMin/MaxPacketindex5，代表包大小为Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMinPacketSize5Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMaxPacketSizeTest4Test1基础上，将该RETAPCfgMin/MaxPacketindex7，代表包大小为Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMinPacketSize7Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMaxPacketSizeTest5Test1基础上，将该RETAPCfgMin/MaxPacketindex9，代表包大小为Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMinPacketSize9Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMaxPacketSizeTest1的测试方法，读取“PilotDataTest2~Test5：Task_1xEV-DOTXMeasurements_MultiEvaluation_Display_SelectView_ChannelPowerTest5IQ路上的Data信道的功率：3dB23dB的lm：Task_1xEV-DOTXMeasurements_MultiEvaluation_Display_SelectView_CodeDomain<versionError!NotextofspecifiedstyleError!NotextofspecifiedstyleinTestTest5的基础上，设置随机接入信道的数据速率为Config_Network_AccessProbes_SectorAccessMax.RateTest1，分别读取“PilotData信道功率测量结果Task_1xEV-DOTXMeasurements_MultiEvaluation_Display_SelectView_Channel<versionError!NotextofspecifiedstyleinError!NotextofspecifiedstyleinTest设置随机接入信道的数据速率为Config_Network_AccessProbes_SectorAccessMax.RateTest1，分别读取“PilotData信道功率测量结果Task_1xEV-DOTXMeasurements_MultiEvaluation_Display_SelectView_ChannelTestRETAPCfgMin/MaxPacketindex都设置8，代表包大小为Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMinPacketSize8Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMaxPacketSizeTestRETAPCfgMin/MaxPacketindex都设置10，代表包大小为Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMinPacketSizeConfig_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMaxPacketSizeTestRETAPCfgMin/MaxPacketindex都设置12，代表包大小为Config_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMinPacketSizeConfig_Layer_ApplicationLayer_ReleaseASettings_RETAPConfigurationMaxPacketSizeTestTask_1xEV-DOTXMeasurements_MultiEvaluation_Display_SelectView_Channel下图为Test8的测试结果<versionError!NotextofspecifiedstyleinError!Notextofspecifiedstylein下图为Test9的测试结果AuxPilot信道）I路的W0（代信道）和W28（代Task_1xEV-DOTXMeasurements_MultiEvaluation_Display_SelectView_CodeDomain下图为Test9的测试结果<versionError!NotextofspecifiedstyleError!Notextofspecifiedstylein规范指标MinimumRequirementsin3GPP2C.S0033-1.Test1~Test对于支持Subtype2的终端，DATAPILOT信道功率的差值与T2PGain(dB)的差的范围之内，T2P同数据包大小的关系如表.3-2所示所有的未激活信道功率比发射功率小23dB以上。2.TestDATAPILOTDataChannelGaindB)的差在±0.25dB的范围之内(因为接入信道功率为9.6kbps,所以默认的DataChannelGain为3.75dB)<versionError!Notextofspecifiedstylein3.Error!Notextofspecifiedstylein3.TestDATAPILOTDataChannelGaindB)的差在±0.25dB的范围之内(因为接入信道功率为38.4kbps,所以默认的DataChannelGain9.75dB)4.Test8~TestDATAPILOTT2PGain(dB)的差在±0.25dBIQ路的数据信道功率与对应的T2P的差值在±0.25dB的范围之内。AuxPilotPilot信道功率的差值与AuxiliaryPilotGain的差在±0.25dB的范围之内。DSCChannelOutputPower(3GPP2C.S0033-B,本测试只针对支Subtype2的终端。DSC信道在相对于导频信道功率电平DSC信道增益的功率电平上发送。本测试验证相对于导频信道DSC信道的输出功率。测试步骤Config_System_RFPower_AWGNLevelConfig_Layer_MacLayer_FWDTrafficChMACProtoco