文稿rg ap130 sar测试报告

CESAR

测试 BTL

(StevenLu/TechnicalB CNo.3,Jinshagang1stRoad,Shixia,DalangTown, BTL向客户证明所有测试都是根据可适用的标准程序来测试的，且测试中使用的仪器已经根等的电子元件及机械元件。BTL没有责任去，推断和概括客户或者别人从BTL发布的报告中抓取的内TableofConten .简要综 .

.基本信 最大SAR10G .SAR测试系统组 .组织 .系统确 .测试过程中的操作条 .直量输出功 WIFI功 .SAR 31SAR AppendixA.SARAppendixB.SARTableofConten AppendixC.AppendixD.

2ICNIRPGuidelines:Guidelinesforlimitingexposuretotie-varyingelectric,magneticandelectromagneticfields(UpTo300GHz).EN50566:2013Productstandardtodemonstratecomplianceofradiofrequencyfieldsfromhandheldandbody-mountedwirelesscommunicationdevicesusedbythegeneralpublic(30MHz-6GHz)EN62209-2:2010Humanexposuretoradiofrequencyfieldsfromhand-heldandbodymountedwirelessommunicationdevices.Humanmodels,instrumentation,andprocedures.Proceduretodeterminethespecificabsorptionrate(SAR)forwirelesscommunicationdevicesusedincloseproximitytothehumanbody(frequencyrangeof30MHzto6GHz)EN62479:2010Assessmentofthecomplianceoflowpowerelectronicandelectricalequipmentwitthebasirestrictionsrelatedtohumanexposuretoelectromagneticfields(10MHzto300GHz)eRFembUmbUUncertaintyCoProbaVior11∞Axial30∞HemisphericalIso30∞331∞1∞31∞11∞31∞31∞31∞31∞Tolerane31∞toPhantom31∞ntegrationAlgorithmsforMax.SAR31∞ R11115SARdriftmeasurement31∞PhantomandPhantomUncertainty(shapeand31∞LiquidConductivity-3∞LiquidConductivity-1∞LiquidPermittivity-3∞LiquidPermittivity-1∞Combinedstandard--Expanded---工工TXRX240051505725 3-7- 5GBandBand2.4G/5GWiFi:1SAR10G1身体大SAR-2.4G5.2G5.8G 最低18ºC,最低30%,<号间号间型校验1DataAcquisitionSep.15,12Jan.30,13SystemValidationSep.28,14SystemValidationOct.05,15TwinSamTwinSam16TwinSamTwinSam17PowerMini-Mar.09,2018PowerMini-ZVE-Mar.09,2019ENANetworkMar.29,201Nov.02,1P-seriespowerMar.29,1DielectricAssessmentAug.04,1LowpassMini-sSLP-Mar.29,201Mini-s31317-Mar.29,201Mini-s31317-Mar.29,201300-affn-Mar.29,201DualdirectionalMar.29,201一台使用Windows2003的电脑。 TestSetupEX3DV4外壳材料里（此材料能抵抗，例如,DGBE）。可用的ISO/IEC1702510MHzto6线性0.2dB(30MHzto60.3dBinHSL围绕探针轴线旋转0.5dBintissuematerial正常转向探针轴线10µW/gto>100线性总长度330mm(Tip20轮缘直径2.5mmBody12),Where:∆t=Exposuretime(30C=Heatcapacityoftissue(brainor∆T=TemperatureincreaseduetoRF Where:σ=Simulatedtissueconductivity,ρ=Tissuedensity(kg/m3).构造:支架伸展的简单，有效及易于操作的特点有助于测试IEC62209-2中定义的体积较大的设备架的伸展完全能与winSAM，ELI4andSAMv6.0三个phantom兼容。材料:聚,丙烯酸玻璃,4.2.3.2ELI4到6GHz的手持式及穿戴式无线设备的测试。ELI能与IEC62209-2及能够组织液的挥发。Phantom上2±0.1长度600mm;宽度高度:Twin此壁壳符合IEEE1528及IEC62209-1里面定义的pecificAnthropomorphicMannequinSAM)2±0.2Approx.25长度:1000mm;宽度高度:用探针在扫描区域里面扫出一个点，然后在测试开始的时候SAR值。在测试结束的时候，探针回到DASY5软件了从DAE中获取的数据并作为草稿数据（从探针感应器的微伏读值里）,同时还存测试的数据可以根据选择的探针类型([V/m],[A/m],[°C],[mW/g],[mW/cm²],[dBrel],etc.),以不同的Probe

Normi,ai0,ai1,ai2Media Vi=Ui+Ui2·cf/ Vi=compensatedsignalofchannel (i=x,y,zUi=inputsignalofchannel (i=x,y,zcf=crestfactorofexciting =diodecompression E-fieldprobes:Ei=(Vi/Normi·ConvF)1/2H-fieldprobes:Hi=(Vi)1/2·(ai0+ai1f+ai2f2)/ Vi=compensatedsignalofchannelNormi=sensorsensitivityofchanneliConvF=sensitivityenhancementinsolutionaij=sensorsensitivityfactorsforH-fieldprobesf=carrierfrequency[GHz]Ei=electricfieldstrengthofchanneliinHi=magneticfieldstrengthofchanneliin

(i=x,y,z(i=x,y,zTheRSSvalueofthefieldcomponentsgivesthetotalfieldstrength(HermitianEtot=(EX2+E2+

TheprimaryfielddataareusedtocalculatethederivedfieldSAR=(Etot)2·σ/(ρ· SAR=localspecificabsorptionrateEtot=totalfieldstrengthin

=conductivityin[mho/m]or =equivalenttissuedensityinPpwe=Etot2/3770orPpwe=Htot2 Ppwe=equivalentpowerdensityof newaveinEtot=totalfieldstrengthinHtot=totalmagneticfieldstrengthin表格显示出了具体的方法。此组织液满足EN62209-2组织液绝缘要求。聚聚水----------体率差期体率差期液温度(σ)日头-头-头-组织液的绝缘参数每天用绝缘的探针装备和网络分析仪进试。系统确认的测试按照组织液绝缘参数来决定，使用天线校验装备。250mW（低于5GHz）或者100mW(高于5GHz)的功率水平放在twinSAMksks(W/g)MeauredSAR头头头WIFI2.4GSAR1T1 1 1T1 1 WIFI22802.11bANT802.11bANT171717802.11gANT802.1gANT802.11gAN1+ANT171717802.1n20ANT02.11n20AT1+ANT171717802.1n40ANT02.11n40AT1+ANT373737802.11aANT13.15.0901060902061111111111111ACACC0901060902061111111111111ACACC802.11aANT15.15.802.11a+ANT17.15.NTM13.15.NTM15.15.M17.15.05080904111111CC CC05080904111111CC CCM10.12.M11.12.80.11ac20AN1+ANTM14.12.M17.16.5M7C7C 7C7C7C 7C 895M80.11ac40AN1+ANT5M8