2AVIY-LP-WS100RBluetooth speaker

5HWUR_Bluetooth Speaker | Radio Product Manual     Power switchSull the tonearm on the unit to start. Mode switching/volume adjustment: up/down pressing, mode switchingUotate/counterclockwise for volume adjustment. In order to save the battery life, the unit has an automatic standby function when there is no audio input for 15 consecutive minutes. Press this button to resume working. Mode indicatorBluetooth, FM and AUX ,1 FM tuning: Uotate the “M-tune disc” to find a station you likH (the FM mode indicator will light up when receiving a radio signalDQGnot light up when the radio signal is too weak). Picture 1 1SPEVDU
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    Picture 2 Picture 3  0XOWLIXQFWLRQ 7\SH&LQWHUIDFH &KDUJLQJ$8;,1   %DWWHU\VWDWXVLQGLFDWRUZKHQWKH EDWWHU\OHYHOLVORZRULQFKDUJHWKH LQGLFDWRULVLQUHG:KHQWKHEDWWHU\LV IXOO\FKDUJHGLWWXUQVWRJUHHQ  &KDUJLQJFDEOH  $XGLRFDEOH LQUDGLRPRGHWKHFDEOH FDQEHXVHGDVDQDQWHQQDWRHQKDQFH WKHUDGLRFDSDELOLWLHVFRQQHFWLWWRWKH VSHDNHUDWRQHHQGDQGOHWWKHRWKHU HQGIUHH  5JQT The receiving station capability in radio mode is closely related to your use environment. When you are about to receive a radio’s signal, for better sound quality please adjust it by slowly rotating the large disc of the electric frequency. Note: Please keep the unit away from any interference source. When using it indoors, to best receive signals please place the device close to a window; (the audio cable included with the unit can be used as an antenna to enhance the radio effect.)  If the batteries are improperly replaced, it will cause fire/explosion. Only use the same type of batteries to replace. Please note that the batteries (battery pack or other batteries) should not be exposed to sunlight, fire or similar overheating conditions.  Please use the certified charger. /LVWHQHU3UR7HFKQRORJ\Ls not responsible for the consequences caused by using any inferior charger types.  In order to avoid affecting the sound quality or radio reception, it is not recommended to use the unit when charging. 1SPEVDU
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JTTVFT  Bluetooth connectivity The name of the Bluetooth connection is “/LVWHQHU3UR5 ́, its normal receiving distance is 8-10 meters. In the event that the Bluetooth connection cannot be established on your mobile phone or tabletLQWKHILUVWWLPH, please clear any existing Bluetooth connection(s) and restart your GHYLFHV to connect normally. Bluetooth connection causes loZYolume Some users have reported that the unit has a low sound quality when they connect it to some music players such as Music/Vedio apps. Generally, the volume of these players are not turned on or controlled. To correct it, please just turn on the volume of the player; if the volume is still low, please clear the paired Bluetooth and reconnect.  Charging The unit can be fully charged in 3 hours, and there is an indicator light around the charging port. Red: charging/in charge; Green: the battery is fully charged; the unit is not equipped with a charging adapter, you can use a 5V (1A-2A) same as a mobile phone charger, The USB interface can also be used to charge the unit.  Human body induction/ interaction on the radio When the radio receives a weaker radio signal, the radio signal may occasionally be received clearly when your hand is next to the unit, but the received signal might deteriorate when moving your hand away from the unit. This phenomenon is known as "human-sensing induction”. "GUFSTBMFT
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Jan15,2020 EquipmentAutorisationDivision FederalCommunicationsCommission 7435OaklandMillsRoad Columbia,MD21046 FCCID:2AVIY-LP-WS100R ProductName:Bluetoothspeaker RequestforConfidentiality PursuanttoSections0.457and0.459ofthecommission’srules,weherebyrequestthat thefollowingdocumentsbeheldconfidential: (Listherethedocumentsforwhichyouareseekingconfidentiality–forexample...) Schematics Blockdiagram  Operationdescription Thesematerialscontaintradesecretsandproprietaryinformationandarenot customarilyreleasedtothepublic.Thepublicdisclosureofthisinformationmightbe harmfultothecompanyandprovideunjustifiedbenefitstoourcompetitors. <Signature> NameSherleryZhang TitleMarketManager CompanyShenzhenListenerProTechnologyCo.,Ltd.

DATE:Jan15,2020 EquipmentAutorisationDivision FederalCommunicationsCommission 7435OaklandMillsRoad Columbia,MD21046 FCCID:2AVIY-LP-WS100R ProductName:Bluetoothspeaker RequestforShort-TermConfidentiality PursuanttoSections0.457and0.459ofthecommissionrules,andinaccordancewiththeFCCPublicnotice datedJune15,2004(DA04-1705),weherebyrequestshort-termconfidentialityforthefollowingitemspriorto marketingthedevice.: TestSetupPhotos ExternalPhotos InternalPhotos UserManual Theapplicantrequeststheexhibitsselectedaboveasshorttermconfidentialbewithheldfrompublicview foraperiodof45daysfromthedateoftheGrantofEquipmentAuthorizationandpriortomarketing.This istoavoidprematurereleaseofsensitiveinformationpriortomarketingorreleaseoftheproducttothe public. <Signature> NameSherleryZhang TitleMarketManager Company ShenzhenListenerProTechnologyCo.,Ltd.

DATE:Jan15,2020 FederalCommunicationsCommission Authorization&EvaluationDivision 7345OaklandMillsRoad Columbia,Maryland21046 AuthoritytoActasAgent Onourbehalf,IappointKSIGN(Guangdong)TestingCo.,Ltd.andFirstFloorWestSide, BuildingC,ZoneA,FuyuanNewFactory,JiujiuIndustrialPark,MinzhuVillage,Shatou Community,ShajingStreet,Bao'anDistrict,ShenzhenCity,GuangdongProvince,P.R. China(NameofAgentcompanynameandaddress)toactasouragentinthepreparation ofthisapplicationforequipmentcertification.Icertifythatsubmitteddocumentsproperly describethedeviceorsystemforwhichequipmentcertificationissought.Ialsocertifythat eachunitmanufactured,importedormarketed,asdefinedintheFederalCommunications Commission’sregulationswillhaveaffixedtoitalabelidenticaltothatsubmittedfor approvalwiththisapplication. Forinstanceswhereourauthorizedagentsignstheapplicationforcertificationonour behalf,Iacknowledgethatallresponsibilityforcomplyingwiththetermsandconditions forcertification,stillresideswithShenzhenListenerProTechnologyCo.,Ltd.and Room203,D#Building,DuocaiScienceCity,5#GuanleRoad,LuhuCommunity,Guanhu Street,LonghuaDistrict,Shenzhen,China(ApplicantNameandaddress) <Signature> NameSherleryZhang TitleMarketManager Company ShenzhenListenerProTechnologyCo.,Ltd.

ShenzhenListenerProTechnologyCo.,Ltd. Date:2020-01-15 Statement ProductDescription:Bluetoothspeaker Modelname:LP-WS100R,LP-WS200R,LP-WS300R,LP-WS400R,LP-WS500R,LP-WS600R, LP-WS700R,LP-WS800R,LP-WS900R FCCID:2AVIY-LP-WS100R Weherebystatethatthesemodelsareidenticalinpowersupplymethods,safetystructure, electricalcircuitsandkeycomponents,andjustProductappearancecolorandthemodelnaming aredifferentforthemarketingrequirement.Yourassistanceonthismatterishighlyappreciated. Sincerely, <Signature> NameSherleryZhang TitleMarketManager Company ShenzhenListenerProTechnologyCo.,Ltd.

ExternalPhotographs

Size:54 x 30mm

Internal Photographs

Page 2 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. TABLEOFCONTENTSPage 1.TESTSUMMARY ....................................................................................................................................................................... 3 1.1.TESTSTANDARDS .................................................................................................................................................................... 3 1.2.REPORTVERSION .................................................................................................................................................................... 3 1.3.TESTDESCRIPTION .................................................................................................................................................................. 4 1.4.TESTFACILITY ................................................................................................................................................................... 5 1.5.MEASUREMENTUNCERTAINTY .................................................................................................................................................. 6 1.6.ENVIRONMENTALCONDITIONS .................................................................................................................................................. 6 2.GENERALINFORMATION ......................................................................................................................................................... 7 2.1.CLIENTINFORMATION ............................................................................................................................................................. 7 2.2.GENERALDESCRIPTIONOFEUT .................................................................................................................................... 7 2.3.OPERATIONSTATE ................................................................................................................................................................... 8 2.4.MEASUREMENTINSTRUMENTSLIST ........................................................................................................................................... 9 2.5.TESTSOFTWARE ..................................................................................................................................................................... 9 3.TESTITEMANDRESULTS ........................................................................................................................................................ 10 3.1.ANTENNAREQUIREMENT ....................................................................................................................................................... 10 3.2.CONDUCTEDEMISSION .......................................................................................................................................................... 11 3.3.PEAKOUTPUTPOWER ........................................................................................................................................................... 14 3.4.99%OCCUPIEDBANDWIDTH&20DBBANDWIDTH ...................................................................................................... 21 3.5.CARRIERFREQUENCIESSEPARATION ........................................................................................................................................ 34 3.6.NUMBEROFHOPPINGCHANNEL ............................................................................................................................................ 38 3.7.DWELLTIME ....................................................................................................................................................................... 41 3.8.BANDEDGEEMISSIONS (RADIATED) ...................................................................................................................................... 45 3.9.BANDEDGEANDSPURIOUSEMISSION(CONDUCTED) ................................................................................................................. 50 3.10.RADIATEDSPURIOUSEMISSIONS ........................................................................................................................................... 57 3.11.PSEUDORANDOMFREQUENCYHOPPINGSEQUENCE ................................................................................................ 68 4.EUTTESTPHOTOS .................................................................................................................................................................. 69 5.PHOTOGRAPHSOFEUTCONSTRUCTIONAL .......................................................................................................................... 70 Page 3 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. 1.TESTSUMMARY 1.1.TestStandards Thetestswereperformedaccordingtofollowingstandards: FCCRulesPart15.247:Operationwithinthebandsof902-928MHz,2400-2483.5MHz,and 5725-5850MHz. ANSIC63.10-2013:AmericanNationalStandardforTestingUnlicensedWirelessDevices. 1.2.Reportversion RevisedNo.DateofissueDescription 01Jan.07,2020Original Page 4 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. 1.3.TestDescription FCCPart15SubpartC(15.247) TestItem StandardSection ResultTestEngineer FCC AntennaRequirement 15.203PassEmiyaLin ConductedEmission 15.207Pass EmiyaLin RestrictedBands 15.205PassEmiyaLin HoppingChannelSeparation 15.247(a)(1)Pass EmiyaLin DwellTime 15.247(a)(1)PassEmiyaLin PeakOutputPower 15.247(b)(1)PassEmiyaLin NumberofHopping Frequency 15.247(b)(1)Pass EmiyaLin BandEdgeEmissions 15.247(d)PassEmiyaLin RadiatedSpuriousEmission 15.247(c)&15.209PassEmiyaLin 99%OccupiedBandwidth&20dB Bandwidth 15.247(a)Pass EmiyaLin PseudorandomFrequencyHopping Sequence 15.247(a)(1)PassEmiyaLin Note:Themeasurementuncertaintyisincludedinthetestresult. Page 5 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. 1.4.TestF…

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Page 30 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. TestMode:2DH5 Channelfrequency (MHz) 99%OCB[MHz]FL[MHz]FH[MHz]Verdict 24021.1752401.4132402.587 PASS 24411.1752440.4132441.587 PASS 24801.1752479.4132480.587 PASS 2402MHz 2441MHz Page 31 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. 2480MHz Page 32 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. TestMode:3DH5 Channelfrequency (MHz) 99%OCB[MHz]FL[MHz]FH[MHz]Verdict 24021.1692401.4192402.587PASS 24411.1692440.4192441.587PASS 24801.1722479.4192480.590PASS 2402MHz 2441MHz Page 33 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. 2480MHz Page 34 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. 3.5.CarrierFrequenciesSeparation LIMIT FCCCFRTitle47Part15SubpartCSection15.247(a)(1): frequencyhoppingsystemsshallhavehoppingchannelcarrierfrequenciesseparatedbyminimumof 25kHzorthe2/3*20dBbandwidthofthehoppingchannel,whicheverisgreater. TestItemLimitFrequencyRange(MHz) ChannelSeparation >25KHzor>two-thirdsofthe20dB bandwidth Whichisgreater 2400~2483.5 TestConfiguration TestProcedure 1.TheEUTwasdirectlyconnectedtothespectrumanalyzerandantennaoutputportasshowintheblock diagramabove. 2.SpectrumSetting: (1)SetRBW=100kHz. (2)Setthevideobandwidth(VBW)≥3RBW. (3)Detector=Peak. (4)Tracemode=Maxhold. (5)Sweep=Autocouple. NOTE:TheEUTwassettocontinuouslytransmittingineachmodeandlow,Middleandhighchannelforthetest,andfound themiddlechannelwhichistheworsecase,soonlyshowthetestdateforworsecase. TestMode Pleaserefertotheclause2.3. TestResults Page 35 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. TestMode:DH5HoppingMode TestMode Result[MHz]Limit[MHz]Verdict DH5 1 >=0.870PASS DH5HoppingMode Page 36 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. TestMode:2DH5HoppingMode TestMode Result[MHz]Limit[MHz]Verdict 2DH51.003>=0.882PASS 2DH5HoppingMode Page 37 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. TestMode:3DH5HoppingMode TestMode Result[MHz]Limit[MHz]Verdict 3DH50.870>=0.860PASS 3DH5HoppingMode Page 38 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. 3.6.NumberofHoppingChannel Limit SectionTestItemLimit 15.247NumberofHoppingChannel>15 TestConfiguration TestProcedure 1.TheEUTwasdirectlyconnectedtothespectrumanalyzerandantennaoutputportasshowintheblock diagramabove. 2.SpectrumSetting: (1)PeakDetector:RBW=100kHz,VBW≥RBW,Sweeptime=Auto. TestMode Pleaserefertotheclause2.3. TestResult Page 39 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. TestMode:DH5HoppingMode FrequencyRangeTestMode QuantityofHopping Channel Limit 2402MHz~2483.5MHzDH579>15 DH5Mode TestMode:2DH5HoppingMode FrequencyRangeTestMode QuantityofHopping Channel Limit 2402MHz~2483.5MHz2DH579>15 2DH5Mode Page 40 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. TestMode:3DH5HoppingMode FrequencyRangeTestMode QuantityofHopping Channel Limit 2402MHz~2483.5MHz3DH579>15 3DH5Mode Page 41 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. 3.7.DwellTime Limit SectionTestItemLimit 15.247(a)(1) AverageTimeof Occupancy 0.4sec TestConfiguration TestProcedure 1.TheEUTwasdirectlyconnectedtothespectrumanalyzerandantennaoutputportasshowintheblock diagramabove. 2.SpectrumSetting: (1)SpectrumSetting:RBW=1MHz,VBW≥RBW. (2)Usevideotriggerwiththetriggerlevelsettoenabletriggeringonlyonfullpulses. (3)SweepTimeismorethanoncepulsetime. (4)Setthecenterfrequencyonanyfrequencywouldbemeasureandsetthefrequencyspantozero. (5)Measurethemaximumtimedurationofonesinglepulse. (6)SettheEUTforpackettransmitting. TestMode Pleaserefertotheclause2.3 TestResult Note: 1.Wehavetestedallmodeathigh,middleandlowchannel,andrecorededworstcaseatmiddlechannel. 2.Dwelltime=Pulsetime(ms)×(1600÷2÷79)×31.6SecondforDH1,2DH1,3DH1 Dwelltime=Pulsetime(ms)×(1600÷4÷79)×31.6SecondforDH3,2DH3,3DH3 Dwelltime=Pulsetime(ms)×(1600÷6÷79)×31.6SecondforDH5,2DH5,3DH5 Page 42 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. TestMode:DH5HoppingMode Test Mode Channel (MHz) PulseTime (ms) TotalofDwell (ms) PeriodTime (s) Limit (ms) Result DH524412.87306.1331.60400 PASS 1DH5TotalofDwell=Pulsetime(ms)×(1600÷6÷79)×31.6Second DH5HoppingMode 2441MHz Page 43 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. TestMode:2DH5HoppingMode Test Mode Channel (MHz) PulseTime (ms) TotalofDwell (ms) PeriodTime (s) Limit (ms) Result 2DH524412.87306.1331.60400 PASS 2DH5TotalofDwell=Pulsetime(ms)×(1600÷6÷79)×31.6Second 2DH5HoppingMode 2441MHz Page 44 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. TestMode:3DH5HoppingMode Test Mode Channel (MHz) PulseTime (ms) TotalofDwell (ms) PeriodTime (s) Limit (ms) Result 3DH524412.87306.1331.60400 PASS 3DH5TotalofDwell=Pulsetime(ms)×(1600÷6÷79)×31.6Second 3DH5HoppingMode 2441MHz Page 45 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. 3.8.BandEdgeEmissions(Radiated) Limit RestrictedFrequencyBand (MHz) (dBuV/m)(at3m) PeakAverage 2310~23907454 2483.5~25007454 Note:Allrestrictionbandshavebeentested,onlytheworstcaseisreported. TestConfiguration TestProcedure 1.TheEUTwassetupandtestedaccordingtoANSIC63.10:2013requirements. 2.TheEUTisplacedonaturntablewhichis1.5meteraboveground.Theturntableisrotated360degreesto determinethepositionofthemaximumemissionlevel. 3.TheEUTwaspositionedsuchthatthedistancefromantennatotheEUTwas3meters. 4.Theantennaisscannedfrom1meterto4meterstofindoutthemaximumemissionlevel.Thisis repeated forbothhorizontalandverticalpolarizationoftheantenna.Inordertofindthemaximumemission,allofthe interfacecablesweremanipulatedaccordingtoANSIC63.10:2013onradiatedmeasurement. 5.Thereceiversetasfollow: RBW=1MHz,VBW=3MHzPEAKdetectorforPeakvalue. RBW=1MHz,VBW=10HzwithAverageDetectorforAverageValue. TestMode Pleaserefertotheclause2.3. TestResults Note: 1.Measurement=Readinglevel+CorrectFactor CorrectFactor=AntennaFactor+CableLoss-PreamplifierFactor 2.Pre-scanDH5,2DH5and3DH5modulation,andfoundtheDH5modulationwhichitisworsecase,soonly showthetestdataforwors…

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Page 51 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. DH5 CH00-BandedgeCH78-Bandedge Non-HoppingNon-Hopping HoppingHopping Page 52 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. DH5 CH00-SE CH39-SE CH78-SE Page 53 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. 2DH5 CH00-BandedgeCH78-Bandedge Non-HoppingNon-Hopping HoppingHopping Page 54 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. 2DH5 CH00-SE CH39-SE CH78-SE

Page 55 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. 3DH5 CH00-BandedgeCH78-Bandedge Non-HoppingNon-Hopping HoppingHopping Page 56 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. 3DH5 CH00-SE CH39-SE CH78-SE Page 57 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. 3.10.RadiatedSpuriousEmissions Limit RadiatedEmissionLimits(9kHz~1000MHz) Frequency (MHz) FieldStrength (microvolt/meter) MeasurementDistance (meters) 0.009~0.4902400/F(KHz)300 0.490~1.70524000/F(KHz)30 1.705~30.03030 30~881003 88~2161503 216~9602003 Above9605003 RadiatedEmissionLimit(Above1000MHz) Frequency (MHz) DistanceMeters(at3m) PeakAverage Above10007454 Note: (1)Thetighterlimitappliesatthebandedges. (2)EmissionLevel(dBuV/m)=20logEmissionLevel(uV/m). TestConfiguration Below30MHzTestSetup Page 58 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. Below1000MHzTestSetup Above1GHzTestSetup TestProcedure 1.TheEUTwassetupandtestedaccordingtoANSIC63.10:2013 2.TheEUTisplacedonaturntablewhichis0.8meterabovegroundforbelow1GHz,and1.5mforabove1 GHz.Theturntableisrotated360degreestodeterminethepositionofthemaximumemissionlevel. 3.TheEUTwasset3metersfromthereceivingantenna,whichwasmountedonthetopofavariableheight antennatower. 4.Foreachsuspectedemission,theEUTwasarrangedtoitsworstcaseandthentunetheAntennatower (from1mto4m)andturntable(from0degreeto360degrees)tofindthemaximumreading.Apre-amp andahighpassfilterareusedforthetestinordertogetbettersignalleveltocomplywiththeguidelines. 5.SettothemaximumpowersettingandenabletheEUTtransmitcontinuously. 6.Usethefollowingspectrumanalyzersettings (1)Spanshallwideenoughtofullycapturetheemissionbeingmeasured; (2)Below1GHz: RBW=120kHz,VBW=300kHz,Sweep=auto,Detectorfunction=peak,Trace=maxhold; IftheemissionleveloftheEUTmeasuredbythepeakdetectoris3dBlowerthantheapplicablelimit,the peakemissionlevelwillbereported.Otherwise,theemissionmeasurementwillberepeatedusingthe quasi-peakdetectorandreported. (3)From1GHzto10 th harmonic: RBW=1MHz,VBW=3MHzPeakdetectorforPeakvalue. RBW=1MHz,VBW=10HzRMSdetectorforAveragevalue. Page 59 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. TestMode Pleaserefertotheclause2.3. TestResult 9KHz~30MHzand18GHz~25GHz From9KHz~30MHzand18GHz~25GHz:Conclusion:PASS Note: 1)Measurement=Readinglevel+CorrectFactor CorrectFactor=AntennaFactor+CableLoss-PreamplifierFactor 2)Thepeaklevelislowerthanaveragelimit(54dBuV/m),thisdataisthetooweakinstrumentofsignalis unabletotest. 3)Theemissionlevelsofotherfrequenciesareverylowerthanthelimitandnotshowintestreport. 4)Theamplitudeofspuriousemissionswhichareattenuatedbymorethan20dBbelowthepermissiblevalue hasnoneedtobereported. 5)Pre-scanDH5,2DH5and3DH5modulation,andfoundtheDH5modulation2402MHzwhichitisworse casefor30MHz-1GHz,soonlyshowthetestdataforworsecase. 6)Pre-scanDH5,2DH5and3DH5modulation,andfoundtheDH5modulationwhichitisworsecaseforabove 1GHz,soonlyshowthetestdataforworsecase. Page 60 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. 30MHz-1GHz Ant.Pol.Horizontal Measurement=Readinglevel+CorrectFactor Page 61 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. Ant.Pol.Vertical Measurement=Readinglevel+CorrectFactor Page 62 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. Adobe1GHz Ant.Pol.Horizontal TestMode: TXDH5Mode2402MHz Remark:Noreportfortheemissionwhichmorethan10dBbelowthe prescribedlimit. Measurement=Readinglevel+CorrectFactor Page 63 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. Ant.Pol.Vertical TestMode: TXDH5Mode2402MHz Remark:Noreportfortheemissionwhichmorethan10dBbelowthe prescribedlimit. Measurement=Readinglevel+CorrectFactor Page 64 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. Ant.Pol.Horizontal TestMode: TXDH5Mode2441MHz Remark:Noreportfortheemissionwhichmorethan10dBbelowthe prescribedlimit. Measurement=Readinglevel+CorrectFactor Page 65 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. Ant.Pol.Vertical TestMode: TXDH5Mode2441MHz Remark:Noreportfortheemissionwhichmorethan10dBbelowthe prescribedlimit. Measurement=Readinglevel+CorrectFactor Page 66 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. Ant.Pol.Horizontal TestMode: TXDH5Mode2480MHz Remark:Noreportfortheemissionwhichmorethan10dBbelowthe prescribedlimit. Measurement=Readinglevel+CorrectFactor Page 67 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. Ant.Pol.Vertical TestMode: TXDH5Mode2480MHz Remark:Noreportfortheemissionwhichmorethan10dBbelowthe prescribedlimit. Measurement=Readinglevel+CorrectFactor Page 68 of 70 ReportNo.:KS1912S00242E KSIGN(Guangdong)TestingCo.,Ltd. 3.11.PseudorandomFrequencyHoppingSequence LIMIT FCCCFRTitle47Part15SubpartCSection15.247(a)(1): Frequencyhoppingsystemsshallhavehoppingchannelcarrierfrequenciesseparatedbyaminimumof 25kHzorthe20dBbandwidthofthehop-pingchannel,whicheverisgreater.Al-ternatively,frequency hoppingsystemsoperatinginthe2400–2483.5MHzbandmayhavehoppingchannelcarrierfrequencies thatareseparatedby25kHzortwo-thirdsofthe20dBbandwidthofthehoppingchannel,whicheveris greater,providedthesystemsoperatewithanoutputpowernogreaterthan125mW.Thesystemshall hoptochannelfrequenciesthatareselectedatthesystemhoppingratefromapseudorandomlyordered listofhoppingfrequencies.Eachfrequencymustbeusedequallyontheaveragebyeachtransmitter. Thesystemreceiversshallhaveinputbandwidthsthatmatchthehop-pingchannelbandwidthsoftheir cor-respondingtransmittersandshallshiftfrequenciesinsynchronizationwiththetransmittedsignals. TESTRESULTS Thepseudorandomfrequencyhoppingsequencemaybegeneratedinanice-stageshiftregisterwhose 5 th and9 th stageoutputsareaddedinamodulo-twoadditionstage.Andtheresultisfedbacktotheinput ofthefriststage.Thesequencebeginswiththefristoneof9consecutiveones,forexample:theshift registerisinitializedwithnineones. ●Numberofshiftregisterstages:9 ● Lengthofpseudo-randomsequence:29-1=511bits ●Longestsequenceofzeros:8(non-invertedsignal) Anexplameofpseudorandomfrequencyhoppingsequen…

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FCCID:2AVIY-LP-WS100R RadiatedEmissions (30MHz~1000MHz) RadiatedEmissions (Above1G) RFConducted