2A68F-1PROLaserPecker

We support global online technical support services for this product. If you encounter any problems in the use process,there are some ways you can get help form us: You can leave massages on our website :https://w- ww.laserpecker.net or contact us by Facebook Page : @laserpecker or ocial supportive email : [email protected] .Connect the power .Connecting Bluetooth .Select the etching content 1.Operation instructions 2.List of product and accessories 4.Instruction manual Disclaimer Technical Support Basic assembly operation diagram Pro Assembly operation diagram Deluxe Assembly operation diagram Weight Laser source Laser source output power Appearance Space File transfer gray Bluetooth 4.0 Supporting document formatsG-Gode and jpg APP Connection modeBluetooth connection APP operating systemSupport iOS9.0 + / Android5.0 + power inputtype-c (5V, 2A) operating temperature range safety certication: 0~ 65O patent applicationSeven patents Anodizing of aluminum alloy Power output range can be set 1 %-100% Size 5.Laser Warning 6.Guidelines for safe operation and attentions 7.Disclaimer 9.Warranty terms - Notes ©2019� Shenzhen HinginTechnology Co., Ltd. all rights reserved 3.Product introduction Main machine + tripod (standard conguration) 1.Type-C connection (external power connection) 2.Blue connection light 3.Power switch 4.Blue connection light 5.Laser emission mirror 6.Tripod installation hole 1 2 3 4 5 6 Auto-focus electric stand (to be purchased separately) 1.On/o/auto-focus button 2 .Manual adjustment of up button 3 .Manual adjustment of down button 4 .Main machine power supply interface 5 .Infrared distance measuring window 6 .fan (for blowing smoke) 7.type-c interface (e xternal power supply access) Open state Magnetic suction structure design AlbumCamera Creation Examples ��������� 500 mW SHARP 405 nm Blue- Violet Laser (The luminous power of focusing energy is 1500mw) 190g 65*61*53mm hinge hinge Purchase address:www.laserpecker.net 1 2 3 4 5 7 6 Smoke lter system protective cover (to be purchased separately) purchase address 1.Main machine power supply interface 2.On/o key 3 .Type-c interface (external power supply access) 4. Fan exhaust port 5. Translucent protective cover capable of ltering blue light 1 2 3 4 5 tripod installation 1 height adjustment 2 etched object surface 3 folded state 1 unfolded state 2 power on 3 put it in the vertical position 1 put it in the main machine 2 connect to the power supply 3 1 0 0 m m 1 0 0 m m Table of etched objects Input power supply Input voltage and current laser emitting lens surface, Basic Pro Deluxe Press long to stop etching press short to suspend etching Magnetic absorption foldable acrylic light shield (to be purchased separately) Laser mirror plane Main machineGoggles TripodType-C data line engraved item plane Must be 200mm Height setting 200mm Important notes: Important notes: The tripod in the package is stretchable, please pull out enough length from the bottom of each foot, to ensure the distance from mirror plane of the laser to the surface of engraved item is 200mm. Otherwise the engraving may fail. Pull out the tripod to adjust the height (focal length) to ensure that the distance between the laser emitting Mirror and the surface of the object to be etched is 200mm (measured with a free wooden ruler). Inaccurate distance will lead to uneven etching or no trace of etching. Important notes: Important notes: Assembly operation diagram, folded state, unfolded state, hinge, long press on / o, short press autofocus, power on, this product adopts optical distance measurement scheme, inuenced by factors such as the size of the area of the object to be measured and the reectivity of the surface, there will be dierences in distance measurement accuracy. In order to ensure a good etching eect, please use the ocial reective distance measuring plate to assist distance measurement by covering the object in the following cases: 1. The measured area of the object is less than 100 * 100mm. 2. The surface of the measured object is uneven. 3. The surface of the measured object has a loose hole-like structure, similar to cloth, sponge and other materials. 4.Transparent material, highly reective material, pure black material. 1. The protective cover is suitable for putting articles with thickness less than 10mm. 2. Use a tripod to sculpt items with a thickness greater than 10mm. Supply and prepare a 5V/2A or more adapter with TYPE-C interface. It is recommended to use the power adapter provided with this product or charger with QC2.0 or more certication, mobile power supply or other forms of power supply, as shown in the following schematic diagram. After connecting Bluetooth to the power supply, the indicator light starts ashing blue, indicating that the device is in a Bluetooth pairing mode. Click Connect Bluetooth on app, and the indicator light turns into a constant bright blue, indicating successful pairing. 1. Warning: Before operating LaserPecker, please read this operation manual carefully and strictly abide the operation specications. 2. Warning: Class IV Laser (Intense Laser Radiation) is used in this equipment, which may cause the following accidents: - Ignition of ammable materials in the surroundings - Other radiation, harmful gas, toxic gas or odorous gas may be generated due to the dierent direct irradiation of the laser during the working process. - Direct radiation of laser will cause human injury. - Therefore, the operator must keep a distance from the equipment, and wear protective equipment (goggles, protective covers, protective clothing or re ghting equipment, etc.). Stacking ammable and explosive objects around the workbench and equipment is strictly forbidden. Keep the working environment with good ventilation. 3. Warning: There may be some risks in the laser working process. Please consider that the engraved objects is suitable for laser operation. 4. Warning: The working voltage is 5V2A. Please pow…

Text truncated - open the document above for the full version.

ShenzhenHinginTechnologyCo.,Ltd ModelConfirmationLetter We,(ShenzhenHinginTechnologyCo.,Ltd)certifytheproduct: LaserPecker ModelNo.: LaserPecker1Pro,LaserPecker1 Theirelectricalcircuitdesign,layout,componentsusedandinternalwiringare identical,Onlythemodelisdifferent. Signiture: GranteeContact:ChangjianZhao CompanyName:ShenzhenHinginTechnologyCo.,Ltd Date:2022-6-2

Externalphotos

Internalphotos

ShenzhenHuaxiaTestingTechnologyCo.,Ltd. 1F.,BlockAofTongshengTechnologyBuilding,HuahuiRoad,DalangStreet,LonghuaDistrict, Shenzhen,China Telephone:+86-755-26648640 Fax:+86-755-26648637 Website:www.cqa-cert.com ReportTemplateVersion:V05 ReportTemplateRevisionDate:2021-11-03 RFExposureEvaluationReport Thetestreportiseffectiveonlywithbothsignatureandspecializedstamp,Theresult(s)showninthisreportreferonlyto thesample(s)tested.WithoutwrittenapprovalofCQA,thisreportcan’tbereproducedexceptinfull. ReportNo.:CQASZ20220300406E-02 Applicant: ShenzhenHinginTechnologyCo.,Ltd AddressofApplicant: Room2901,Building2901,XingheWORLDFBuilding,No.1YabaoRoad, NankengCommunity,BantianStreet,LonggangDistrict,Shenzhen EquipmentUnderTest(EUT): EUTName: LaserPecker TestModelNo.: LaserPecker1Pro,LaserPecker1 ModelNo.: LaserPecker1Pro BrandName: LaserPecker FCCID:2A68F-1PRO Standards: 47CFRPart1.1307 47CFRPart2.1093 447498D04InterimGeneralRFExposureGuidancev01 DateofReceipt:2022-03-22 DateofTest:2022-03-22to2022-04-11 DateofIssue:2022-05-17 TestResult:PASS* *Intheconfigurationtested,theEUTcompliedwiththestandardsspecifiedabove TestedBy: (LewisZhou) ReviewedBy: (RockHuang) ApprovedBy: (JackAi) ShenzhenHuaxiaTestingTechnologyCo.,Ltd. ReportNo.:CQASZ20220300406E-02 Page:2of7 1Version RevisionHistoryOfReport ReportNo.Version Description IssueDate CQASZ20220300406E-02Rev.01 Initialreport 2022-05-17 ShenzhenHuaxiaTestingTechnologyCo.,Ltd. ReportNo.:CQASZ20220300406E-02 Page:3of7 2Contents Page 1VERSION............................................................................................................................................................................2 2CONTENTS........................................................................................................................................................................3 3GENERALINFORMATION..............................................................................................................................................4 3.1CLIENTINFORMATION...................................................................................................................................................4 3.2GENERALDESCRIPTIONOFEUT...................................................................................................................................4 3.3GENERALDESCRIPTIONOFBT&BLE...........................................................................................................................4 4MPEEVALUATION...........................................................................................................................................................5 4.1RFEXPOSURECOMPLIANCEREQUIREMENT.................................................................................................................5 4.1.1StandardRequirement......................................................................................................................................5 4.1.2Limits....................................................................................................................................................................5 4.1.3EUTRFExposure..............................................................................................................................................7 ShenzhenHuaxiaTestingTechnologyCo.,Ltd. ReportNo.:CQASZ20220300406E-02 Page:4of7 3GeneralInformation 3.1ClientInformation Applicant:ShenzhenHinginTechnologyCo.,Ltd AddressofApplicant: Room2901,Building2901,XingheWORLDFBuilding,No.1Yabao Road,NankengCommunity,BantianStreet,LonggangDistrict,Shenzhen Manufacturer:ShenzhenHinginTechnologyCo.,Ltd AddressofManufacturer: Room2901,Building2901,XingheWORLDFBuilding,No.1Yabao Road,NankengCommunity,BantianStreet,LonggangDistrict,Shenzhen Factory:ShenzhenHinginTechnologyCo.,Ltd AddressofFactory: Room2901,Building2901,XingheWORLDFBuilding,No.1Yabao Road,NankengCommunity,BantianStreet,LonggangDistrict,Shenzhen 3.2GeneralDescriptionofEUT ProductName:LaserPecker ModelNo.: LaserPecker1Pro,LaserPecker1 TestModelNo LaserPecker1Pro TradeMark:LaserPecker EUTSupportsRadiosapplication: Bluetoothmode 2402-2480MHz SoftwareVersion: V3.77 HardwareVersion: V1.42 SampleType: MobilePortableFixLocation EUTPowerSupply: PowerbyDC5V2Aforadapter 3.3GeneralDescriptionofBT OperationFrequency: 2402MHz~2480MHz BluetoothVersion: V4.0 ModulationTechnique: FrequencyHoppingSpreadSpectrum(FHSS) ModulationType: GFSK,π/4DQPSK,8DPSK NumberofChannel: 79 TransferRate:1Mbps/2Mbps/3Mbps TestSoftwareofEUT: BT98XFCCToolV1.2 AntennaType:PCBantenna AntennaGain:2dBi ShenzhenHuaxiaTestingTechnologyCo.,Ltd. ReportNo.:CQASZ20220300406E-02 Page:5of7 4MPEEvaluation 4.1RFExposureComplianceRequirement 4.1.1StandardRequirement 447498D04InterimGeneralRFExposureGuidancev01 3.2.SARTestReductionGuidance SARtestreductionprocedures[Glossary]allowusingaparticularsetoftestdataas representativeofother,similar,testconditions.Thismaybeappliedfordatawithindifferenttest positions(e.g.body,head,extremity),wirelessmodes(e.g.Wi-Fi,cellular),andfrequencybands.This testreductionprocessprovidesfortheuseoftestdataforonespecificchannel,whilereferencingto thosedatafordemonstratingcomplianceinotherrequiredchannelsforeachtestpositionofan exposurecondition,withintheoperatingmodeofafrequencyband.Thisislimitedspecificallytowhen thereported1-gor10-gSARforthemid-bandorhighestoutputpowerchannelmeetsanyofthe followingconditions. 4.1.2Limits SAR-basedthresholdsarederivedbasedonfrequency,power,andseparationdistanceoftheRF source.Theformuladefinesthethresholdsingeneralforeitheravailablemaximumtime averaged powerormaximumtime-averagedERP,whicheverisgreater. IftheERPofadeviceisnoteasilydetermined,suchasforaportabledevicewithasmallform factor,theapplicantmayusetheavailablemaximumtime-averagedpowerexclusivelyifthe deviceantennaorradiatingstructuredoesnotexceedanelectricallengthofλ/4. Asfordeviceswithantennasoflengthgreaterthanλ/4wherethegainisnotwelldefined,but alwayslessthanthatofahalf-wavedi…

Text truncated - open the document above for the full version.

ShenzhenHuaxiaTestingTechnologyCo.,Ltd. 1F.,BlockAofTongshengTechnologyBuilding,HuahuiRoad,DalangStreet,LonghuaDistrict, Shenzhen,China Telephone:+86-755-26648640 Fax:+86-755-26648637 Website:www.cqa-cert.com ReportTemplateVersion:V05 ReportTemplateRevisionDate:2021-11-03 TestReport Thetestreportiseffectiveonlywithbothsignatureandspecializedstamp,Theresult(s)showninthisreportreferonlyto thesample(s)tested.WithoutwrittenapprovalofCQA,thisreportcan’tbereproducedexceptinfull. ReportNo.:CQASZ20220300406E-01 Applicant: ShenzhenHinginTechnologyCo.,Ltd AddressofApplicant: Room2901,Building2901,XingheWORLDFBuilding,No.1YabaoRoad, NankengCommunity,BantianStreet,LonggangDistrict,Shenzhen EquipmentUnderTest(EUT): Product: LaserPecker ModelNo.: LaserPecker1Pro,LaserPecker1 TestModelNo.: LaserPecker1Pro BrandName: LaserPecker FCCID: 2A68F-1PRO Standards:47CFRPart15,SubpartC DateofReceipt:2022-03-22 DateofTest:2022-03-22to2022-04-11 DateofIssue:2022-05-17 TestResult:PASS* *Intheconfigurationtested,theEUTcompliedwiththestandardsspecifiedabove. TestedBy: (LewisZhou) ReviewedBy: (RockHuang) ApprovedBy: (JackAi) ShenzhenHuaxiaTestingTechnologyCo.,Ltd. ReportNo.:CQASZ20220300406E-01 Page:2of89 1Version RevisionHistoryOfReport ReportNo.Version Description IssueDate CQASZ20220300406E-01Rev.01 Initialreport 2022-05-17 ShenzhenHuaxiaTestingTechnologyCo.,Ltd. ReportNo.:CQASZ20220300406E-01 Page:3of89 2TestSummary TestItemTestRequirementTestmethodResult AntennaRequirement 47CFRPart15,SubpartCSection 15.203/15.247(c) ANSIC63.10(2013)PASS ACPowerLineConducted Emission 47CFRPart15,SubpartCSection 15.207 ANSIC63.10(2013)PASS ConductedPeakOutput Power 47CFRPart15,SubpartCSection 15.247(b)(1) ANSIC63.10(2013)PASS 20dBOccupiedBandwidth 47CFRPart15,SubpartCSection 15.247(a)(1) ANSIC63.10(2013)PASS CarrierFrequencies Separation 47CFRPart15,SubpartCSection 15.247(a)(1) ANSIC63.10(2013)PASS HoppingChannelNumber 47CFRPart15,SubpartCSection 15.247(a)(1) ANSIC63.10(2013)PASS DwellTime 47CFRPart15,SubpartCSection 15.247(a)(1) ANSIC63.10(2013)PASS PseudorandomFrequency HoppingSequence 47CFRPart15,SubpartCSection 15.247(b)(4)&TCBExclusionList (7July2002) ANSIC63.10(2013)PASS Band-edgeforRF ConductedEmissions 47CFRPart15,SubpartCSection 15.247(d) ANSIC63.10(2013)PASS RFConductedSpurious Emissions 47CFRPart15,SubpartCSection 15.247(d) ANSIC63.10(2013)PASS RadiatedSpurious emissions 47CFRPart15,SubpartCSection 15.205/15.209 ANSIC63.10(2013)PASS Restrictedbandsaround fundamentalfrequency (RadiatedEmission) 47CFRPart15,SubpartCSection 15.205/15.209 ANSIC63.10(2013)PASS ShenzhenHuaxiaTestingTechnologyCo.,Ltd. ReportNo.:CQASZ20220300406E-01 Page:4of89 3Contents Page 1VERSION..........................................................................................................................................................................2 2TESTSUMMARY............................................................................................................................................................3 3CONTENTS......................................................................................................................................................................4 4GENERALINFORMATION...........................................................................................................................................5 4.1CLIENTINFORMATION.................................................................................................................................................5 4.2GENERALDESCRIPTIONOFEUT.................................................................................................................................5 4.3ADDITIONALINSTRUCTIONS........................................................................................................................................7 4.4TESTENVIRONMENT...................................................................................................................................................8 4.5DESCRIPTIONOFSUPPORTUNITS...............................................................................................................................8 4.6STATEMENTOFTHEMEASUREMENTUNCERTAINTY....................................................................................................9 4.7TESTLOCATION........................................................................................................................................................10 4.8TESTFACILITY..........................................................................................................................................................10 4.9ABNORMALITIESFROMSTANDARDCONDITIONS......................................................................................................10 4.10OTHERINFORMATIONREQUESTEDBYTHECUSTOMER..........................................................................................10 4.11EQUIPMENTLIST.....................................................................................................................................................11 5TESTRESULTSANDMEASUREMENTDATA.....................................................................................................12 5.1ANTENNAREQUIREMENT..........................................................................................................................................12 5.2CONDUCTEDEMISSIONS............................................................................................................................................13 5.3CONDUCTEDPEAKOUTPUTPOWER.........................................................................................................................17 5.420DBOCCUPYBANDWIDTH......................................................................................................................................24 5.5CARRIERFREQUENCIESSEPARATION.........................................................................................................…

Text truncated - open the document above for the full version.

ShenzhenHuaxiaTestingTechnologyCo.,Ltd. ReportNo.:CQASZ20220300406E-01 Page:61of89 DH5_Ant1_2480_1000~26500 2DH5_Ant1_2402_0~Reference ShenzhenHuaxiaTestingTechnologyCo.,Ltd. ReportNo.:CQASZ20220300406E-01 Page:62of89 2DH5_Ant1_2402_30~1000 2DH5_Ant1_2402_1000~26500 ShenzhenHuaxiaTestingTechnologyCo.,Ltd. ReportNo.:CQASZ20220300406E-01 Page:63of89 2DH5_Ant1_2441_0~Reference 2DH5_Ant1_2441_30~1000 ShenzhenHuaxiaTestingTechnologyCo.,Ltd. ReportNo.:CQASZ20220300406E-01 Page:64of89 2DH5_Ant1_2441_1000~26500 2DH5_Ant1_2480_0~Reference ShenzhenHuaxiaTestingTechnologyCo.,Ltd. ReportNo.:CQASZ20220300406E-01 Page:65of89 2DH5_Ant1_2480_30~1000 2DH5_Ant1_2480_1000~26500 ShenzhenHuaxiaTestingTechnologyCo.,Ltd. ReportNo.:CQASZ20220300406E-01 Page:66of89 3DH5_Ant1_2402_0~Reference 3DH5_Ant1_2402_30~1000 ShenzhenHuaxiaTestingTechnologyCo.,Ltd. ReportNo.:CQASZ20220300406E-01 Page:67of89 3DH5_Ant1_2402_1000~26500 3DH5_Ant1_2441_0~Reference ShenzhenHuaxiaTestingTechnologyCo.,Ltd. ReportNo.:CQASZ20220300406E-01 Page:68of89 3DH5_Ant1_2441_30~1000 3DH5_Ant1_2441_1000~26500 ShenzhenHuaxiaTestingTechnologyCo.,Ltd. ReportNo.:CQASZ20220300406E-01 Page:69of89 3DH5_Ant1_2480_0~Reference 3DH5_Ant1_2480_30~1000 ShenzhenHuaxiaTestingTechnologyCo.,Ltd. ReportNo.:CQASZ20220300406E-01 Page:70of89 3DH5_Ant1_2480_1000~26500 Remark: Pretest9kHzto25GHz,findthehighestpointwhentesting,soonlytheworstdatawereshowninthetest report.PerFCCPart15.33(a)and15.31(o),Theamplitudeofspuriousemissionsfromintentionalradiators whichareattenuatedmorethan20dBbelowthepermissiblevalueneednotbereportedunlessspecifically requiredelsewhereinthispart. ShenzhenHuaxiaTestingTechnologyCo.,Ltd. ReportNo.:CQASZ20220300406E-01 Page:71of89 5.10 OtherrequirementsFrequencyHoppingSpreadSpectrumSystem TestRequirement:47CFRPart15CSection15.247(a)(1),(h)requirement: Thesystemshallhoptochannelfrequenciesthatareselectedatthesystemhopping ratefromaPseudorandomorderedlistofhoppingfrequencies.Eachfrequencymustbeusedequally ontheaveragebyeachtransmitter.Thesystemreceiversshallhaveinputbandwidthsthatmatchthe hoppingchannelbandwidthsoftheircorrespondingtransmittersandshallshiftfrequenciesin synchronizationwiththetransmittedsignals. Frequencyhoppingspreadspectrumsystemsarenotrequiredtoemployallavailablehopping channelsduringeachtransmission.However,thesystem,consistingofboththetransmitterandthe receiver,mustbedesignedtocomplywithalloftheregulationsinthissectionshouldthe transmitterbepresentedwithacontinuousdata(orinformation)stream.Inaddition,asystem employingshorttransmissionburstsmustcomplywiththedefinitionofafrequencyhoppingsystem andmustdistributeitstransmissionsovertheminimumnumberofhoppingchannelsspecifiedin thissection. Theincorporationofintelligencewithinafrequencyhoppingspreadspectrumsystemthatpermits thesystemtorecognizeotheruserswithinthespectrumbandsothatitindividuallyand independentlychoosesandadaptsitshopsetstoavoidhoppingonoccupiedchannelsispermitted. Thecoordinationoffrequencyhoppingsystemsinanyothermannerfortheexpresspurposeof avoidingthesimultaneousoccupancyofindividualhoppingfrequenciesbymultipletransmittersis notpermitted. Complianceforsection15.247(a)(1) AccordingtoBluetoothCoreSpecification,thepseudorandomsequencemaybegeneratedinanine- stageshiftregisterwhose5thand9thstage outputsareaddedinamodulo-twoadditionstage.Andtheresultisfedbacktotheinputofthefirst stage.ThesequencebeginswiththefirstONEof9consecutiveONEs;i.e.theshiftregisterisinitialized withnineones. •Numberofshiftregisterstages:9 •Lengthofpseudo-randomsequence:2 9 -1=511bits •Longestsequenceofzeros:8(non-invertedsignal) AnexampleofPseudorandomFrequencyHoppingSequenceasfollow: Eachfrequencyusedequallyontheaveragebyeachtransmitter. AccordingtoBluetoothCoreSpecification,BluetoothreceiversaredesignedtohaveinputandIF bandwidthsthatmatchthehoppingchannelbandwidthsofanyBluetoothtransmittersandshift frequenciesinsynchronizationwiththetransmittedsignals. Complianceforsection15.247(g) AccordingtoBluetoothCoreSpecification,theBluetoothsystemtransmitsthepacketwiththe pseudorandomhoppingfrequencywithacontinuousdataandtheshortbursttransmissionfromthe Bluetoothsystemisalsotransmittedunderthefrequencyhoppingsystemwiththepseudorandom hoppingfrequencysystem. ShenzhenHuaxiaTestingTechnologyCo.,Ltd. ReportNo.:CQASZ20220300406E-01 Page:72of89 Complianceforsection15.247(h) AccordingtoBluetoothCorespecification,theBluetoothsystemincorporateswithanadaptive systemtodetectotheruserwithinthespectrumbandsothatitindividuallyandindependentlyto avoidhoppingontheoccupiedchannels. AccordingtotheBluetoothCorespecification,theBluetoothsystemisdesignednothavetheability tocoordinatedwithotherFHSSSysteminanefforttoavoidthesimultaneousoccupancyofindividual hoppingfrequenciesbymultipletransmitter. ShenzhenHuaxiaTestingTechnologyCo.,Ltd. ReportNo.:CQASZ20220300406E-01 Page:73of89 5.11 RadiatedSpuriousEmission&Restrictedbands TestRequirement:47CFRPart15CSection15.209and15.205 TestMethod:ANSIC63.10:2013 TestSite:MeasurementDistance:3m(Semi-AnechoicChamber) ReceiverSetup: FrequencyDetectorRBWVBWRemark 0.009MHz-0.090MHzPeak10kHz30kHzPeak 0.009MHz-0.090MHzAverage10kHz30kHzAverage 0.090MHz-0.110MHzQuasi-peak10kHz30kHzQuasi-peak 0.110MHz-0.490MHzPeak10kHz30kHzPeak 0.110MHz-0.490MHzAverage10kHz30kHzAverage 0.490MHz-30MHzQuasi-peak10kHz30kHzQuasi-peak 30MHz-1GHzPeak100kHz300kHzPeak Above1GHz Peak1MHz3MHzPeak Peak1MHz10HzAverage Limit: Frequency Fieldstrength (microvolt/meter) Limit (dBuV/m) Remark Measurement distance(m) 0.009MHz-0.490MHz2400/F(kHz)--300 0.490MHz-1.705MHz24000/F(kHz)--30 1.705MHz-30MHz30--30 30MHz-88MHz10040.0Quasi-peak3 88MHz-216MHz15043.5Quasi-peak3 216MHz-960MHz20046.0Quasi-peak3 960MHz-1GHz50054.0Quasi-peak3 Above1GHz50054.0Average3 Note:15.35(b),Unlessotherwisespecified,thelimitonpeakradiofrequency emissionsis20dBabovethemaximumpermittedaverageemissionlimit applicabletotheequipmentundertest.Thispeaklimitappliestothetotal peakemissionlevelradiatedbythedevice. ShenzhenHuaxiaTestingTechnologyCo.,Ltd. ReportNo.:CQASZ2022…

Text truncated - open the document above for the full version.

1Photographs-EUTTestSetup 1.1RadiatedEmission 9KHz~30MHz: 30MHz~1GHz: Above1GHz: 1.2ConductedEmission