M5X-MI808Wireless Microphone System

UserGuide MI-808TStereoTransmitter 2CE180 ElectronicsCo.,Ltd. Headoffice:814,Pei-KangRoad,Chiayi,600,Taiwan. Taipeioffice:5,Lane118,Sung-tehRoad,100,Taipei,Taiwan. Web-http://www.mipro.com.tw E-mail:@mipro.com.twmipro 1 0 Index StereoTransmitter 1.Preface 1 3 4-8 8 2.FeaturesofMI-808T 3.Glossary 4.OperatingMI-808R 5.ImportantNotes 2 YourPackageContainstheFollowingAccessories ThankyouforchoosingMIPRO'sfinestminiaturestereotransmitter. Thissystemisengineeredtosatisfyallworkrequirementsinproaudio applications,suchasmusicians,performers,anddirectors. Togetthemostoutofyoursystem,pleasereadtheapplicablesection thoroughlyinthisguidebeforeyouattempttousethesystem. CharacteristicofMI-808T MI-808Tisawirelessmonitoringsystemdesignedspeciallyforpeoplein stageperformanceandbroadcasting.Mainpurposeofthissystemistoallow peopletolistentotheiraudiosourceseasilyinsteadofviacomplicatedaudio cablesormonitoringspeakers.Inaddition,MI-808Tcanserveasconference PAsystemormulti-lingualtranslator.Toincreaseaudioquality,S/Nratio,and dynamicrange,MIPROadopts"DynamicSignalProcessingTechnology"to limitnoiseleveltoitsminimal. 1.Preface Antenna1 UserGuide Switchingpowersupply FrontPanel: RearPanel: (1)PowerSwitch:Toturnonandoffthepowersupplyforthesystem. (2)HeadphoneOutputSocket:AllowlinkingwithstereoHeadphonetomonitoroutput signal. (3)VolumeControl:AdjustthevolumeofstereoHeadphonebycounterclockwise direction. (4)LeftLevelIndicator,includinglimitorindicator. (5)RightLevelIndicator,includinglimitorindicator. (6)LCDDisplayPanel:Displaythedetailsofsettingandspecification. (7)ModificationFunctionKey:Modifysettingfunction. (8)FunctionSelectingKey:Selectsettingfunction. (9)TransmittionSignalOutputConnector:InstalltransmittionAntennas. (10)LeftUnbalancedOutputLevelSocket. (11)RightUnbalancedOutputLevelSocket. (12)LeftInputLevelSocket:Mixedusedforbalancedandunbalancedinput. (13)RightInputLevelSocket:Mixedusedforbalancedandunblancedinput. (14)DCPowerInputSocket:Toconnect15VDCpowerinputSocket.Connectthe centerpoleofthejacktopositivevoltage. 2 3 6 POWERHEADPHONEVOLUME LIM -12 -20 -30 -40 SOURCE + - LR MI-808TStereoTransmitter ANTENNA DCIN(15~18V)LR LOOPOUT AFIN(L)AFIN(R) 75321 8 4 91011121314 MI-808TisanUHFstereotransmittorwithpreset16non-interferece frequenciesineach24MHz.Itisthebestchoiceforprofessionalstage, furthermore,itiscompatiblewithMIPROWirelessMicrophoneSystemwithits characteristicofhighspuriousemission. 1.LCDdisplaypanel 2.InternationalEIAstandard1/2-rackunit 3.InputSocketforBalancedandunbalanced. 4.Selectableforstereoormonofunction. 5.AdoptUHFPLLsynthesizeddesignwhereeachfrequencybandcovers 24MHzbandwithand16non-interferencechannels. 6.Featureshigh-passS/NRatioover90dB. 7.Built-inlimitingcircuittoavoidsounddistortionfromhugeinput. 8.FeaturesmonitoringoutputsocketofHeadphone. ImportantNote: MusttouseMIPROdesignedminireceivertomatchMI-808Ttransmitter. CH FREQUENCY 04 5 22.181 StereoTransmitter StereoTransmitter 2.FeaturesofMI-808T 3.Glossary Features 1.InstallationofAntenna 4.OperatingMI-808T 4 5 Installcoaxialcableonthetransmitterwillreachthebesttransmissioneffectsbut itmustnoticefrequencyconsistencyforbothantennaandtransmitter. 4.Turnonthetransmitter Whenturnonthepowerswitch,thegreenLCDdisplaywillbebrightandshowall informationonit.TransmitterwilloutputtransmissionsignalifPLLcircuitislocked. 5.Line-inLevelinput ItcanselectstereoormonoLin-ininput,thesignalwillinputfromAFINofright side.ItcanselectXLR-3balancedinputjackor6.3mmunbalancedinputjack. Becauseofcompoundsocket,itisavailableforbothtypeofjacks. ConnectoutputendofDC12V~15V/1ApowersupplywithinputsocketofAC poweroftransmitter.ToavoidthefalloffofDCplugaccidentally,gettingthrough linkingcablefromfixholeandthenfastenit. 3.InstallationofPowerSupply SelectFB-71Rackmountkit,useoneendtoconnectwithoutputsocketof transmissionsignalandtheotherendconnectwithtransmissionantennas.The transmissioneffectwillenhanceifinstallantennasinfrontofthepanel. 2.InstallationofFrontAntenna 6.SetupappropriateLINELEVEL ThestrengthofLINELEVELinputwillshowontwobarofLINELEVELlistofleft side.Adjustthestrengthofoutputappropriatelytolightupthreelamps.Themaximum ofdisplayofLINELEVELwouldnotexceedfourlights.Wheninputstrengthexceeds thestrengthoffourlights,theredlightwilllightup;andtheninputsignalshouldbe limitedandmodulationshouldnotincrease.Therefore,adjustappropriateinput strengthtoobtainthebestdynamicrangeandS/Nratioandavoidsignaldistrotion. 7.Howtosetuptransmissionfrequency: a)Pressup/downkey,thenLCDdisplaywouldshowpresetfrequency. b)Pressleft/rightkeyandthenLCDdisplaywillstartblinking. c)Pressleft/rightkeytoselectdesiredfrequency. d)Pressup/downkeytokeeptheLCDdisplayfixedandthentheselectedfrequency isupdatedandsaved. CHCHCH FREQUENCYFREQUENCYFREQUENCY 000 455 500 288200...144888111 MI-808TStereoTransmitterMI-808TStereoTransmitterMI-808TStereoTransmitterMI-808TStereoTransmitter CH FREQUENCY 0 4 5 2 2.181 DisplaystartsblinkingChangeFrequencySaveFrequencySelecttothedisplayoffrequency a)b)c)d) StereoTransmitter StereoTransmitter Cause: ThestrengthlevelofsignalinputisLINELEVEL.Itmustmagnifythesignal beforeinputifMICPHONELEVELinputisnecessary,otherwisesensitivityis insufficient.Suggesttoconnectwithmonitoroutputjackofmixer. Caution: Toprotectyourhearing,adjustthevolueappropriately.Theoutputofheadphone willoccurwhenvolumeistooloud. Thesystemwillsaveandupdatecurrentsettingautomaticallyoncepressnoneof thebottonin5secondswhenblinking. 10.SettingofLockFunction a)Pressup/downkeytodisplayLockFunction. b)Pressleftkey,displaywillshowLOCKON,allsettingislocked.Settingcan'tbe changedbeforeremovingLockfunction. c)Pressrightkey,displaywillshowLOCKOFF,Lockfunctionisremovableand allowtochangeeachsetting. 11.HowtoMonitorSoundSignalandConnectwithHeadphone PlugstereoheadphoneintoHeadphoneoutputsocket(2)andusevolumecontrol toadjustthevolumeappropriately.Itmustadoptstereoconnectorof6.3mm. MI-808TStereoTransmitterMI-808TStereoTransmitterMI-808TStereoTransmitter STEREOSTEREOSTEREO ONONONOFFOFFOFF MONOMONO SaveMode e) STEREO ONOF…

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Mike Kuo From: SS Sent: July26 2004 Monday 1:26 AM To: Mike Kuo Cc: R00/ Subject: Re: MIPRO ELECTRONICS CO., LTD. FCC ID:M5X-MI808, AN04T4079 Importance: High 7/26/2004 Dear Mike, Reply 1. The part list is confidential. Please advise what additional document should be provided. Reply 2. Please find attached revised pages of test report. Reply 3. Please refer to revised user manual. The suggestion of extended antenna is deleted. Reply 4. 2M+2DK = 2 x (15 kHz) + 2 x (40 kHz) x 1 = 110kHz. The emission designator is 110KF3E. Best regards, ================================ S. S. Liou Question #1 Submitted tune up procedure contains parts list. Please confirm that the tune up procedure is not considered as confidential document. Question #2: Unit of measurement for the limits in section 3.3 of test report is not correct. Please make necessary correction. Question #3: In the user manual, this device can be connected to extended antenna but such antenna has not be investigated for ERP and spurious emission, please explain. Question #4: Please provide emission designator and justify necessary bandwidth with carson rule ( 2M+2DK). Best Regards Mike Kuo The items indicated above must be submitted before processing can continue on the above referenced application. Failure to provide the requested information within 30 days of the original e-mail date may result in application dismissal and forfeiture of the filing fee. Also, please note that partial responses increase processing time and should not be submitted. Any questions about the content of this correspondence should be directed to the e-mail address listed below the name of the sender.

ETC Report No.:ET93R-05-046-04 FCC ID.:M5X-MI808 Rev. 2.0 CONSTRUCTION PHOTOS OF EUT Top View of EUT Bottom View of EUT ETC Report No.:ET93R-05-046-04 FCC ID.:M5X-MI808 Rev. 2.0 CONSTRUCTION PHOTOS OF EUT Front View of EUT Rear View of EUT ETC Report No.:ET93R-05-046-04 FCC ID.:M5X-MI808 Rev. 2.0 CONSTRUCTION PHOTOS OF EUT Rear View of EUT Side View of EUT ETC Report No.:ET93R-05-046-04 FCC ID.:M5X-MI808 Rev. 2.0 CONSTRUCTION PHOTOS OF EUT Side View of EUT ETC Report No.:ET93R-05-046-04 FCC ID.:M5X-MI808 Rev. 2.0 CONSTRUCTED PHOTOS of EUT Bottom View of Adaptor Top View of Adaptor

MI-808T Bottom View LABEL HERE 35 x 25 mm

ETC Report No.:ET93R-05-046-04 FCC ID.:M5X-MI808 Rev. 2.0 CONSTRUCTION PHOTOS OF EUT Internal View of EUT ETC Report No.:ET93R-05-046-04 FCC ID.:M5X-MI808 Rev. 2.0 CONSTRUCTION PHOTOS OF EUT Internal View of EUT ETC Report No.:ET93R-05-046-04 FCC ID.:M5X-MI808 Rev. 2.0 CONSTRUCTION PHOTOS OF EUT Component View of Main PCB Component View of Main PCB ETC Report No.:ET93R-05-046-04 FCC ID.:M5X-MI808 Rev. 2.0 CONSTRUCTION PHOTOS OF EUT Component View of Main PCB Component View of Main PCB ETC Report No.:ET93R-05-046-04 FCC ID.:M5X-MI808 Rev. 2.0 CONSTRUCTION PHOTOS OF EUT Solder View of Main PCB ETC Report No.:ET93R-05-046-04 FCC ID.:M5X-MI808 Rev. 2.0 CONSTRUCTION PHOTOS OF EUT Component View of Display PCB Solder View of Display PCB ETC Report No.:ET93R-05-046-04 FCC ID.:M5X-MI808 Rev. 2.0 CONSTRUCTED PHOTOS of EUT Internal View of Adaptor ETC Report No.:ET93R-05-046-04 FCC ID.:M5X-MI808 Rev. 2.0 CONSTRUCTED PHOTOS of EUT Component View of Adapter’s PCB Solder View of Adapter’s PCB

2 8 4 65 73 16 U5A C26 C28 C24 C25 C27 C29 R26 R27 R28 R22 R24 R29 R17 R18 R19 R20 R21 R25 2 3 1 U4A 32 5 64 1 U27 3 1 2 Z1 C30 C22 C21 C31 C32 2 3 1 U16A R30 R31 R32 R-IN +6V C23 C20 C35 C203 C16 2 3 1 U3A C204 C18 C19 R199 R198 R14 R13 R12 R187R11 R16 R15 R23 23 1 U9A 34 1 2 LC2 C15 C14 R42 R41 65 7 U8B 23 1 84 U8A 3 1 2 Z9 32 1 U7A 56 7 84 U7B R36R37R38 R174 R34R35 R33 C17 +5V 10.5V +5V +5V C6 32 1 84 U1A 5 6 7 U1B R1R2 R3 R4 R168 R169 R40 Q19 LIM-L C5 C3C4 C1 C2 +6V 10.5V LB2LB3 LB1 10.5V 1 3 2 G + - SRT G G CN1 C51 C49 C47 C48 C50 C52 R59 R60 R61 R56 R57 R62 R51 R52 R53 R54 R55 R58 65 7 84 U4B 3 2 564 1 U28 3 1 2 Z2 C53 C45 C44 C54 C55 6 5 7 84 U16B R63 R64 R65 L-IN +6V C46 C43 C59 C205 C40 65 7 84 U3B C211 C41 C42 R189 R188 R48 R47 R46 R175 R45 R50 R49 R66 6 5 7 84 U9B 34 1 2 LC1 C39 C38 R74 R73 2 3 1 84 U6A 65 7 U6B 3 1 2 Z16 32 1 U13A 56 7 84 U13B R70R71R72 R172 R68R69 R67 C56 +5V 10.5V +5V C12 5 6 7 U2B R5R6 R7 R8 R77 R170 R78 Q17 LIM-R C11 C9C10 C7 C8 LB6LB5 LB4 1 3 2 G + - SRT G G CN2 10.5V 10.5V AF-R +5V 10.5V 10.5V +6V 3 2 1 84 U2A C13 R9 R10 10.5V 10.5V AF-L +6V +6V L-OUT C180 1 C219 1 R201 R76 C57 +5V R158 R159 C107 C92 R44 R43 +5V R39 C124 +5V R-OUT 123 CN3 123 CN4 12 1 14 10 11 913 15U5B R223R224 R225 R226 2 31 Q24 2 31Q25 R227R228 ATT10DB R229R230 R231 R232 2 31 Q26 2 31 Q27 R233 R234 ATT10DB LB12 LB13 C231C232 C229 C230 CIRCUIT 13 12 11 V+ 10 19K 9 87 38K 6 5 2CH 14 GND 4 3 2 1CH 1 U12 1 R75 1 R94 1 R88 1 R89 1 R90 1 R91 1 R92 1 R93 1 R104 1 R105 1 R106 1 R107 1 R108 3 1 VR5 C69 C225 C77 C71 C76 C94 C68 C72 C73 C74 C89 C87 C91 C88 C75 C90 1 X1 C67 Q3 Q4 56 7 U15B 3 2 1 84 U15A 3.6V STERO-MONO 31 VR3 AF-MODE +6V 10.5V 1 R85 1 R86 1 R87 1 R81 1 R80 1 R79 1 R82 1 R83 1 R84 3 2 1 84 U11A 3 2 1 84 U10A C206 C65 C224 C62 C64 C34 C58 C63 C61 C37 C66 R-IN 10.5V 10.5V 1 R101 1 R102 1 R103 1 R97 1 R96 1 R95 1 R98 1 R99 1 R100 5 6 7 U11B 5 6 7 U10B C207 C85 C223 C83 C84 C81 C82 C80 C79 C78 C86 L-IN Vi 1 VREF 3 Vo 2 U17 Vi 1 VREF 3 Vo 2 U18 Vi 1 VREF 3 Vo 2 U19 123 J1 C96C100 C102 C97 C99C101 C103C176 C98 C189 1 R110 1 R109 1 R156 1 R112 1 R111 1 R157 10.5V VCC +5V 3.6V 2 13 5 64 SW1 2 Z4 2 Z8 C95 LB8LB9LB10 C227C228 LB7 1 2 CN9 3 1 2 Z12 3 12 Z13 3 1 2 Z14 3 1 2 Z15 Q16 Q14 C200 1 R213 1 R214 1 R215 1 R212 1 R217 1 R176 C199 MUTE-R MUTE-L SP-MUTE 2 3 1 84 U26A 3 12 Z10 1 R200 1 R197 1 R202 1 R203 1 R204 1 R205 1 R195 1 R196 C187 C196 C190 C193 C195 C181 Q20Q21 Q2 3 1 VR4A C197 L-OUT 6 5 7 U26B 3 12 Z11 1 R210 1 R207 1 R206 1 R211 1 R208 1 R209 C194 C191 C192 C188 Q22Q23 Q1 6 4 VR4B C198 R-OUT 1 2 3 CN7 MUTE-L MUTE-R VCC 10.5V C122 CIRCUIT 1411 4 10 9 8 1 16 12 13 7 5 2 3 6 15 BIAS U20 1 R155 C153 2 3 1 SW2 31 VR1 31 VR2 C151 C154 C155 C156 R222 L11 L10 L12 L13 L1 C162 C159 C158 C160C161 VC3 C164 VC4 VC5 L14 L15 L16 L17 C166 C167 C168 C169 C170 1 3 2 4 5 J2 C171C172 C173C174C177C178 C36C60 C163 Q15 Q12 Q13 Q11 1 R161 1 R179 C179 TO+10.5V 12 Z6 L2 C175 1 R152 1 R153 1 R154 1 R216 RF-MUTESP-MUTE 1 R162 1 R151 C152 C148 C147 3 12 4 Q10 1 R149 1 R150 1 R135 1 R136 C145 C146 C132 C149C150 L6 L20 1 R148 1 R146 1 R147 1 R134 1 R144 1 R138 1 32 Q9 C208 C209 L18 TO+10.5V C138C139 3 1 24 Q8 1 R116 1 R117 1 R118 1 R119 C125 C134 C111 C110 C126 C133 C214 L8 L7 L22 1 32 Q5 1 R115 1 R142 1 R140 1 R114 1 R141 1 R143 1 R137 1 R145 Q6 Q7 C109 C106 C104 C108 C70 C128 C130 C135 C93 C217 L4 C129 2 Z5 2 Z7 VC2 C123 C131 C137 C127 C105 1 R113 1 R139 L3 L5 AF-MODE R 16 P 15 LD 14 ZC 13 PS 12 LE 11 Data 10 Clock 9 OSCin 1 OSCout 2 Vp 3 Vcc 4 Do 5 GND 6 Xfin 7 fin 8 U21 1 R131 1 R132 1 R133 1 R129 1 R130 1 R123 1 R120 1 R121 1 R122 1 R127 1 R128 1 R171 1 R124 1 R125 1 R126 1 R177 1 R178 C118 C119 C120 C117 C116 C115 C113 C121 C144 C114 C220 C221 VC1 1 X2 PLL-LOCKPLL-CLKPLL-LE 5 32 1 84 U14A 56 7 U14B C186 C112 C140 C185 C141 C222 C142 C143 C136 L9 L19 C210 1 R173 TO+10.5V C216 C215 TO+10.5V C33 C212 C213 C226 5 L21 C218 3.6V C165 R160 10.5V R163 R164 R165 R166 (8.2nH) (1P) (3P) (4P) (3P) *( ) 810 BAND (3P) (1T) (1T) (3-10P) (3-10P) (0.5P) (1P) (3P) (6P) (3P) (120) CIRCUIT MCLR 1 RA0 2 RA1 3 RA2 4 RA3 5 RA4 6 RA5 7 VSS1 8 OSC1/IN 9 OSC2/OUT 10 RC0 11 RC1 12 RC2 13 RC3 14 RC4 15 RC5 16 RC6/TX 17 RC7/RX 18 VSS2 19 VDD 20 RB0/INT 21 RB1 22 RB2 23 RB3 24 RB4 25 RB5 26 RB6 27 RB7 28 U22 R186 1 + C184 Q18 R167 R181R182 3 1 2 Z3 12345 CN6 1 2 3 4 5 6789 10 U23 1 2 3 4 5 6789 10 U24 1 VCC 2 CS 3 CLK 4 D1 5 D0 6 GND 78 U25 R193 R192R191R190R180 R220 R221 R218R219 C201 C202 123456 CN5 12354 CN8 C182 C183 1 X3 Vcc 10.5VLIM-LAF-LLIM-RAF-R +5V STERO-MONOPLL-LEPLL-CLKRF-MUTE MCLR GND +5VRB6RB7 CK5VCS IN OUT GND EEROM-DATA IN CPU-DATA IN PLL-BUS R194 R185 R184 R183 +5V LB11 +5V +5V METERLCD PLL-LOCK 3 1 2 Z17 ATT10DB CIRCUIT 12345678910 CN2 12345678910 CN1 VDD 1 VSS 2 VEE 3 RS 4 R/W 5 E 6 DB0 7 DB1 8 DB2 9 DB3 10 DB4 11 DB5 12 LEDK 16 DB6 13 DB7 14 LEDA 15 U1 2 1 SW1 2 1 SW2 2 1 SW3 2 1 SW4 2 3 1 84 U2A 6 5 7 U2B 2 3 1 84 U3A 6 5 7 U3BQ2 R8 R9 R10 R1 R2R3R4 R15 R11 R12 + C2 + C3 3 12 Z1 2 LED3 2 LED4 2 LED5 2 LED6 10.5V AF-R VCCVCC 2 3 1 84 U4A 6 5 7 U4B 2 3 1 84 U5A 6 5 7 U5BQ3 R16 R17 R18 R19 R20R21 R22 R23 R13 R14 + C4 + C1 3 12 Z2 2 LED7 2 LED8 2 LED9 2 LED10 10.5V AF-L VCCVCC 2 LED1 2 LED2 AF-L AF-R VCC 13 2 Q1 3 12 Z3 R5 R6 R7 R24R25 10.5V V+ CIRCUIT

Rev. 2.0 FCC Part 74 Subpart H EMI TEST REPORT of E.U.T. : Wireless Microphone Systems(Transmitter) FCC ID. : M5X-MI808 MODEL : MI-808T Working Frequency : 614MHz-806MHz for APPLICANT : MIPRO Electronics Co., Ltd. ADDRESS : 814 Pei-Kang Road, Chia-Yi, Taiwan Test Performed by ELECTRONICS TESTING CENTER, TAIWAN NO. 34, LIN 5, DING FU TSUN, LINKOU HSIANG TAIPEI HSIEN, TAIWAN, R.O.C. Tel:(02)226023052 Fax:(02)26010910 http://www.etc.org.tw ; e-mail : [email protected] Report Number : ET93R-05-046-04 ETC Report No.:ET93R-05-046-04 FCC ID.: M5X-MI808 Rev. 2.0 TEST REPORT CERTIFICATION Applicant : MIPRO Electronics Co., Ltd.. 814 Pei-Kang Road, Chia-Yi, Taiwan Manufacturer : MIPRO Electronics Co., Ltd.. 814 Pei-Kang Road, Chia-Yi, Taiwan Description of EUT : a) Type of EUT : Wireless Microphone Systems (Transmitter) b) Trade Name : MIPRO c) Model No. : MI-808T d) FCC ID : M5X-MI808 e) Working Frequency : 614MHz-806MHz f) Power Supply : I/P AC100-240V/50-60Hz, 1.2A O/P 12Vdc/0.5A Regulation Applied : FCC Rules and Regulations Part 74 Subpart H (2002) I HEREBY CERTIFY THAT; The data shown in this report were made in accordance with the procedures given in ANSI C63.4 and the energy emitted by the device was founded to be within the limits applicable. I assume full responsibility for accuracy and completeness of these data. Issued Date : Jul. 01, 2004 Test Engineer : ( Tien Lu Liao ) Approve & Authorized Signer : Will Yauo, Manager EMC Dept. II of ELECTRONICS TESTING CENTER, TAIWAN ETC Report No.:ET93R-05-046-04 FCC ID.: M5X-MI808 Rev. 2.0 Table of Contents Page 1. GENERAL INFORMATION.....................................................................................................................................................1 1.1 PRODUCT DESCRIPTION...........................................................................................................................................................1 1.2 CHARACTERISTICS OF DEVICE:................................................................................................................................................1 1.3 TEST METHODOLOGY...............................................................................................................................................................1 1.4 TEST FACILITY...........................................................................................................................................................................1 2. REQUIREMENTS OF PROVISIONS.....................................................................................................................................2 2.1 DEFINITION.................................................................................................................................................................................2 2.2 FREQUENCIES AVAILABLE.......................................................................................................................................................2 2.3 REQUIREMENTS FOR RADIO EQUIPMENT ON CERTIFICATION.........................................................................................2 2.4 LABELING REQUIREMENT........................................................................................................................................................3 3. OUTPUT POWER MEASUREMENT......................................................................................................................................4 3.1 PROVISION APPLICABLE...........................................................................................................................................................4 3.2 MEASUREMENT PROCEDURE...................................................................................................................................................4 3.3 TEST DATA.................................................................................................................................................................................6 3.4 RESULT CALCULATION............................................................................................................................................................8 3.5 TEST EQUIPMENT......................................................................................................................................................................8 4. MODULATION CHARACTERISTICS..................................................................................................................................9 4.1 PROVISIONS APPLICABLE.........................................................................................................................................................9 4.2 MEASUREMENT METHOD........................................................................................................................................................9 4.3 MEASUREMENT INSTRUMENT..............................................................................................................................................10 4.4 MEASUREMENT RESULT........................................................................................................................................................10 5. OCCUPIED BANDWIDTH OF EMISSION.........................................................................................................................12 5.1 PROVISIONS APPLICABLE.......................................................................................................................................................12 5.2 MEASUREMENT METHOD......................................................................................................................................................12 5.3 OCCUPIED BANDWIDTH TEST EQUIPMENT.......................................................................................................................12 5.4 BANDWIDTH MEASURED..............................…

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ETC Report No.:ET93R-05-046-04 Sheet 24 of 35 Sheets FCC ID.:M5X-MI808 Rev. 2.0 6.5 Radiated Measurement Photos ETC Report No.:ET93R-05-046-04 Sheet 35 of 35 Sheets FCC ID.:M5X-MI808 Rev. 2.0 8.6 Photos of Conduction Measuring Setup