b77新竹科學園區工業東七路5號5樓no

30077新竹科學工業園區工業東七路5號5樓

5F,No.5,IndustryE.Rd.VII,HsinchuSciencePark,Hsinchu30077,Taiwan,R.O.C.

TEL:886-3-577-8385FAX:886-3-577-8945

BM77SPPx3MC2

Bluetooth®4.0DualModeModule

Features:

Complete,FullyCertified,Embedded2.4GHzBluetooth®Version4.0Module

BluetoothClassic(BR/EDR)andLowEnergy(LE)

BluetoothSIGCertified

OnboardembeddedBluetoothStack

TransparentUARTmodeforseamlessserialdataoverUARTinterface

EasytoconfigurewithWindowsGUIordirectbyMCU

FirmwarecanbefieldupgradableviaUART

Compactsurfacemountmodule:22x12x2.4mm

CastellatedsurfacemountpadsforeasyandreliablehostPCBmounting

Environmentallyfriendly,RoHScompliant

PerfectforPortableBatteryOperatedDevices

InternalBatteryRegulatorCircuitry

Worldwideregulatorycertifications

Operational:

Singleoperatingvoltage:3.2Vto4.3V

Temperaturerange:‐40Cto85CIndustrial

Simple,UARTinterface

Integratedcrystal,internalvoltageregulator,andmatchingcircuitry

MultipleI/Opinsforcontrolandstatus

RF/Analog:

Frequency:2.402to2.480GHz

ReceiveSensitivity:‐90dBm(Classic);‐92dBm(LE)

PowerOutput:2dBm(typ.)

DataThroughput:

3Mbps(Classic)

8Kbps(LE)

MAC/Baseband/HigherLayer:

SecureAES128encryption

GAP,SDP,SPP,GATTprofiles

Antenna:

CeramicChipAntenna(BM77SPPS3MC2)

ExternalAntennaConnectionviaRFPad(BM77SPP03MC2)

Compliance:

BluetoothSIGQDID:B021961

ModularCertifiedfortheUnitedStates(FCC)andCanada(IC)

EuropeanR&TTEDirectiveAssessedRadioModule

Australia,NewZealand,Korea,Taiwan,Japan

FIGURE1:

GeneralDescription:

TheBM77isafully‐certifiedBluetooth®Version4.0(BR/EDR/LE)modulefordesignerswhowanttoeasilyadddualmodeBluetooth®wirelesscapabilitytotheirproducts.DeliveringlocalconnectivityfortheInternetofThings(IoT),theBM77bridgesyourproducttoSmartPhonesandTabletsforconvenientdatatransfer,controlandaccesstocloudapplications.

ThisBluetoothSIGcertifiedmoduleprovidesacompletewirelesssolutionwithBluetoothstackonboard,integratedantenna,andworldwideradiocertificationsinacompactsurfacemountpackage,22x12x2.4mm.ItsupportsGAP,SDP,SPP,andGATTprofiles.DataistransferredovertheBluetoothlinkbysending/receivingdataviatransparentUARTmode,makingiteasytointegratewithanyprocessororMicrocontrollerwithaUARTinterface.ConfigurationismadeeasyusingaWindows®basedGUIordirectlyviaUARTbyaMCU.

Applications:

MobilePointofSales(mPOS)

LEDlighting

Wearables

DigitalSports

FitnessDevices

HealthCare/Medical

AutomotiveAccessories

HomeAutomation

RemoteControlToys

©2014ISSCTechnologiesCorp. Preliminary Revision2.0–October24,2014Page1

DEVICEOVERVIEW

TheBM77isacomplete,fullycertified,embedded2.4GHzBluetooth®version4.0(BR/EDR/LE)wirelessmodule.Itincorporatesanon‐boardBluetoothstack,cryptographicaccelerator,powermanagementsubsystem,2.4GHztransceiver,andRFpoweramplifier(seeFigure1‐1).WiththeBM77,designerscanembedBluetoothfunctionalityrapidlyintovirtuallyanydevice.

TheBM77providescostandtime‐to‐marketsavingsasaself‐containedmodulesolution.ThemodulehasbeendesignedtoprovideintegratorswithasimpleBluetoothsolutionthatfeatures:

Easeofintegrationandprogramming

Vastlyreduceddevelopmenttime

Minimumsystemcost

InteroperabilitywithBluetoothhosts

Maximumvalueinarangeofapplications

TheBM77canindependentlymaintainalow‐powerwirelessconnection.Low‐powerusageandflexiblepowermanagementmaximizethemodule’slifetimeinbattery‐operateddevices.Awideoperatingtemperaturerangeallowsuseinindoorandoutdoorenvironments(industrialtemperaturerange).

TheBM77modulecomesintwovarieties.TheBM77SPPS3MC2isacomplete,fullyregulatorycertifiedmodulewithintegralceramicchipantennaandshield.TheBM77SPP03MC2isalowercostalternativewithexternalantennaandnoshield.Theintegratorisresponsiblefortheantenna,antennamatching,andregulatorycertifications.

TheBM77isasmall,compact,surfacemountmodulewithcastellatedpadsforeasyandreliablehostPCBmounting.Themoduleiscompatiblewithstandardpick‐and‐placeequipment.

TABLE1‐1:BM77MODULEFAMILYTYPES

Device

Antenna

Shield

RegulatoryCertifications

BM77SPPS3MC2‐0007AA

Integralceramicchip

Yes

FCC,IC,CE,KCC,NCC,Japan

BM77SPP03MC2‐0007AA

External

No

CE

FIGURE1‐1:BM77BLOCKDIAGRAM

BM77SPPx3MC2

CeramicChipAntenna(BM77SPPS3MC2)

ExternalAntenna(BM77SPP03MC2)

ConfigurableControlandIndication/O

IS1677SM

16MHz

RFMatching

UART

Power

I2C

8KbitSerialEEPROM

InterfaceDescription

TheBM77SPPS3MC2pindiagramisshowninFigure1‐2andtheBM77SPP03MC2isshowninFigure1‐3.ThepindescriptionsareshowninTable1‐1

FIGURE1‐2:BM77SPPS3MC2PINDIAGRAM

FIGURE1‐3:BM77SPP03MC2PINDIAGRAM

TABLE1‐1:PINDESCRIPTION

BM77SPPS3MC2

Pin

BM77SPP03MC2

Pin

Symbol

Type

Description

1

‐‐

GND

Power

Groundreference

2

‐‐

GND

Power

Groundreference

3

1

GND

Power

Groundreference

4

2

BAT_IN

Power

BatteryInput.Mainpositivesupplyinput.Connectto10uFlowESRceramiccapacitor.

5

3

SW_BTN

DI

SoftwareButtonH:PowerOn/L:PowerOff(SeeSection1.6)

6

4

LDO33_O

Power

Internal3.3VLDOregulatoroutput.Connectto10uFlowESRceramiccapacitor.

7

5

VDD_IO

Power

I/Opositivesupplyinput.EnsureVDD_IOandMCUI/Ovoltagesarecompatible.

8

6

LDO18_O

Power

Internal1.8VLDOregulatoroutput.Connectto10uFlowESRceramiccapacitor.

9

7

WAKEUP

DI

Wakeupfromshutdownmode(activelow)(internalpull‐up)

10

8

PMULDO_O

Power

Powermanagementunitoutput.Connectto1uFlowESR

ceramiccapacitor.

11

9

P04

DO

StatusIndicator2(STATUS_IND_2).SeeSection1.5

12

10

P15

DO

StatusIndicator1(STATUS_IND_1).SeeSection1.5

13

11

P12/SCL

DO

I2CSCL(DoNotConnect)

14

12

P13/SDA

DIO

I2CSDA(DoNotConnect)

15

13

P17/CTS

DIO

ConfigurableControlorIndicationpinorUARTCTS(input)

16

14

P05

DIO

ConfigurableControlorIndicationpin

17

15

P00/RTS

DIO

ConfigurableControlorIndicationpinorUARTRTS(output)

18

16

P20

DI

Systemconfiguration(internalpull‐up)

(SeeSection1.10)

19

17

P24

DI

Systemconfiguration(internalpull‐up)

(SeeSection1.10)

20

18

EAN

DI

Systemconfiguration(internalpull‐down)

(SeeSection1.10)

21

19

RST_N

DI

Modulereset(activelow)(internalpull‐up)

Applyapulseofatleast63ns.

22

20

RXD

DI

UARTdatainput

23

21

TXD

DO

UARTdataoutput

24

22

P31

DIO

ConfigurableControlorIndicationpin(whenconfiguredasinput:internalpull‐up)

25

23

P32

DIO

ConfigurableControlorIndicationpin

(whenconfiguredasinput:internalpull‐up)

26

24

P33

DIO

ConfigurableControlorIndicationpin(whenconfiguredasinput:internalpull‐up)

27

25

P34

DIO

ConfigurableControlorIndicationpin(whenconfiguredasinput:internalpull‐up)

28

26

P36

DIO

(DoNotConnect)

29

27

P37

DIO

ConfigurableControlorIndicationpin(whenconfiguredasinput:internalpull‐up)

30

28

LED1

DO

StatusLED(SeeSection1.9)

31

29

GND

Power

Groundreference

‐‐

30

BT_RF

AIO

Externalantennaconnection(50ohm)

32

‐‐

GND

Power

Groundreference

33

‐‐

GND

Power

Groundreference

Note1:Pintypeabbreviation:A=Analog,D=Digital,I=Input,O=Output.

ConfiguringtheBM77

ConfiguringtheBM77featurescanbeperformedusingeitherMCUcommandsdocumentedinthe“ISSCFlashProtocolProgrammer’sGuide,”orwiththe“WindowsUIConfigurationtool”and“WriteEEPROMtool.”MCUUARTcommandsaredocumentedin“BM77SPPCommandSet.”

UARTInterface

Figures1‐4and1‐5showPowerandMCUinterfaceexamples.

TheBM77UARTpinsTXDandRXDconnecttotheUARTpinsofthehostMCU.ItishighlyrecommendedtousehardwareflowcontrolpinsRTSandCTS.TheBM77hardwareflowcontrolisdisabledbydefaultandmustbeconfiguredtoenable.TheUARTBaudisconfigurable.TheavailablesignalratesarelistedinTable4‐5.

ControlandIndicationI/OPins

I/OpinsP00,P05,P17,P31,P32,P33,P34andP37areconfigurablecontrolandindicationI/O.ControlsignalsareinputtotheBM77.IndicationsignalsareoutputfromtheBM77.Table1‐2showsconfigurableI/Opinassignmenttocontrolandindicationsignals.NotethatRTScanonlybeassignedtoP00andCTStoP17.

TABLE1‐2:CONFIGURATIONANDINDICATIONI/OASSIGNMENTS

N/C

UART_RTS

UART_CTS

LOW_BATTERY_IND

LINK_QUALITY_IND

DISCONNECT_CONTROL

UART_RX_IND

DISCOVERY_CONTROL

INQUIRYCONTROL

PROFILE_IND

P00

Default

P05

Default

P17

Default

P31

Default

P32

Default

P33

Default

P34

Default

P37

Default

StatusIndicationI/OPins

I/OpinsP15andP04areStatusIndicator1and2signalsrespectively.TogethertheyprovidestatusindicationtotheMCUasshowninTable1‐3.

TABLE1‐3:STATUSINDICATION

P04/STATUS_IND_2

P15/STATUS_IND_1

Indication

H

H

Powerdefault/Shutdownstate

H

L

Accessstate

L

H

Linkstate(noUARTdatabeingtransmitted)

L

L

Linkstate(UARTdatabeingtransmitted)

SoftwareButton(SW_BTN)

TheSoftwareButton(SW_BTN)inputpinpowerstheBM77on(high)oroff(low)

WAKEUP(WAKEUP)

TheWakeUp(WAKEUP)inputpinwakestheBM77fromshutdownmode(activelow).

RESET(RST_N)

TheReset(RST_N)inputpinresetstheBM77(activelowpulseforatleast63ns).

StatusLED(LED1)

ThestatusLED(LED1)indicates:

Standby

Inquiry

Link

LinkBack

LowBattery

Page

Eachindicationisaconfigurableflashingsequence.LEDbrightnesscanalsobeconfigured.

SystemConfiguration

I/OpinsP20,P24,andEANplacetheBM77intooperationmodesasshowninTable1‐4.P20andP24

eachhaveinternalpull‐ups.EANhasinternalpull‐down.

TABLE1‐4:SYSTEMCONFIGURATIONSETTINGS

P20

P24

EAN

OperationalMode

High

High

Low

Normaloperation

Low

High

Low

Test(WriteEEPROM)

Low

Low

High

WriteFlash(Firmwareprogramming)

Power

Figure1‐4showsanexamplepowerschemeusinga3.3voltlow‐dropout(LDO)regulatorsupplying3.3voltstoboththeBM77(BAT_INandVDD_IO)andMCUVDD.ThispowerschemeensuresthatBM77andMCUI/Ovoltagesarecompatible.

Figure1‐5showsanexamplepowerschemeusinga3.7voltlithium‐ionbattery.TheBM77hasaninternal3.3voltLDOregulator.BatterypowerisappliedtoBAT_INpin.Theregulated3.3voltsoutputisontheLDO33_Opin.FromtheLDO33_Opin,voltagecanberoutedtheVDD_IOpinandexternalcircuitryincludingtheMCU.ThispowerschemeensuresthatBM77andMCUI/Ovoltagesarecompatible.

CAUTION:Theinternal3.3voltLDOcurrentsource:50mAmaximum

RecommendedbypasscapacitorlocationandvaluesareshowninFigures1‐4and1‐5.CapacitorscanbelowESRceramic.PlacecapacitorsclosetoBM77module.

P20P24EAN

P20P24EAN

FIGURE1‐4:BM77TOMCUINTERFACEEXAMPLE–LDO

Li-ionBattery

(3.7V)

(3.3V)

LDO

BM77Module

MCU

10uF

BAT_IN P15/STATUS_IND_1(3.2–4.3V) P04/STATUS_IND_2

I/OI/O

VDD

Note1

LDO33_O

10uF

SW_BTNWAKEUPRST_N

I/OI/OI/O

VDD_IO(Note1)

(2.8–3.63V)

NC

P37P34P33P32

LDO18_O Note2 P31

P05

P00/RTSP17/CTS

I/OI/OI/OI/OI/OI/O

CTSRTS

NC PMULDO_O

TXDRXD

RXTX

LED1

P12/SCLP13/SDA

P36

NCNCNC

SystemConfiguration

Note:1.EnsureVDD_IOandMCUVDDvoltagesarecompatible.

2.Controlandindicationportsareconfigurable.

FIGURE1‐5:BM77TOMCUINTERFACEEXAMPLE–BATTERY

MountingDetails

TheBM77SPPS3MC2physicaldimensionsareshowninFigure1‐6,recommendedhostPCBfootprintinFigure1‐7,andmountingsuggestioninFigure1‐8.ThereshouldnotbetopcopperlayernearthetestpinareashowninFigure1‐7.WhenlayingoutthehostPCB,theareasundertheantennashouldnotcontainanytop,innerlayer,orbottomcopperasshowninFigure1‐8.Alow‐impedancegroundplanewillensurebestradioperformance(bestrange,lowestnoise).Figure1‐8showsaminimumgroundplaneareatotheleftandrightofthemoduleforbestantennaperformance.ThegroundplanecanbeextendedbeyondtheminimumrecommendedasneedforhostPCBEMCnoisereduction.Forbestrangeperformance,keepallexternalmetalawayfromtheceramicchipantennaatleast31mm.

TheBM77SPP03MC2physicaldimensionsareshowninFigure1‐9,recommendedhostPCBfootprintinFigure1‐10,andmountingsuggestioninFigure1‐11.ItishighlyrecommendedtolayoutthehostPCBassuggestedinFigure1‐11.Alow‐impedancegroundplanewillensurebestradioperformance(bestrange,lowestnoise).Pin30(BT_RF)isa50ohmconnectiontoanexternalantennaconnector,PCB

traceantenna,orcomponent(ceramicchip)antennathroughahostPCB50ohmmicro‐striptrace.Thistracecanbeextendedtoincludepassivepartsforantennaattenuationpadding,impedancematching,ortoprovidetestposts.Itisrecommendedthatthemicro‐striptracebeasshortaspossibleforminimumlossandbestimpedancematching.Ifthemicro‐striptraceislonger,itshouldbea50ohmimpedance.Figure1‐11showsanexampleconnectiontoU.FLconnector.

SolderingRecommendations

TheBM77wirelessmodulewasassembledusingstandardlead‐freereflowprofileIPC/JEDECJ‐STD‐020.ThemodulecanbesolderedtothehostPCBusingstandardleadedandlead‐freesolderreflowprofiles.Toavoiddamagingthemodule,thefollowingrecommendationsaregiven:

MicrochipTechnologyApplicationNoteAN233SolderReflowRecommendation(DS00233)providessolderreflowrecommendations

Donotexceedpeaktemperature(TP)of250degC

Refertothesolderpastedatasheetforspecificreflowprofilerecommendations

Useno‐cleanfluxsolderpaste

Donotwashasmoisturecanbetrappedundertheshield

Useonlyoneflow.IfthePCBrequiresmultipleflows,applythemoduleonthefinalflow.

FIGURE1‐6:BM77SPPS3MCSMODULEDIMENSIONS

FIGURE1‐7:BM77SPPS3MC2RECOMMEDEDPCBFOOTPRINT

FIGURE1‐8:BM77SPPS3MCSHOSTPCBMOUNTINGSUGGESTION

TopCopperLayerBottomCopperLayer

FIGURE1‐9:BM77SPP03MCSMODULEDIMENSIONS

FIGURE1‐10:BM77SPP03MC2RECOMMEDEDPCBFOOTPRINT

FIGURE1‐11:BM77SPP03MCSHOSTPCBMOUNTINGSUGGESTION

TopCopperLayerBottomCopperLayer

Z-axis

2.0 APPLICATIONINFORMATION

BM77SPPS3MC2CeramicChipAntenna

TheBM77SPPS3MC2modulecontainsanintegralceramicchipantenna.Theantennaperformanceon

themoduleisshowninFigure2‐1.

FIGURE2‐1:BM77SPPS3MC2ANTENNARADIATIONPATTERN

Frequency

2450MHz

MaxGain

1.63dBi

Efficiency

71.55%

ExternalConfigurationandProgramming

TheBM77modulecanbeconfiguredandfirmwareprogrammedusinganexternalconfigurationandprogrammingtoolavailablefromISSCTechnologies.Figure2‐2showstheconnectionsbetweentheBM77andheaderJ1,astandard8‐pin0.100”(2.54mm)spacedheader.ItisrecommendedtoincludethisheaderonthehostPCBfordevelopment.

ConfigurationandfirmwareprogrammingmodesareenteredaccordingtothesystemconfigurationI/Opins(seeSection1.8).

CTS/P17P05RTS/P00

P20P24EAN

RST_N

FIGURE2‐2:EXTERNALPROGRAMMINGHEADERCONNECTIONS

REGULATORYAPPROVAL

ThissectionoutlinestheregulatoryinformationfortheBM77SSPS3MC2moduleforthefollowingcountries:

UnitedStates

Canada

Europe

Australia

NewZealand

Japan

Korea

Taiwan

OtherRegulatoryJurisdictions

UnitedStates

TheBM77SSPS3MC2modulehasreceivedFederalCommunicationsCommission(FCC)CFR47

Telecommunications,Part15SubpartC“IntentionalRadiators”modularapprovalinaccordancewithPart15.212ModularTransmitterapproval.ModularapprovalallowstheendusertointegratetheBM77moduleintoafinishedproductwithoutobtainingsubsequentandseparateFCCapprovalsforintentionalradiation,providednochangesormodificationsaremadetothemodulecircuitry.Changesor

modificationscouldvoidtheuser’sauthoritytooperatetheequipment.TheendusermustcomplywithalloftheinstructionsprovidedbytheGrantee,whichindicateinstallationand/oroperatingconditionsnecessaryforcompliance.

ThefinishedproductisrequiredtocomplywithallapplicableFCCequipmentauthorizationsregulations,requirementsandequipmentfunctionsnotassociatedwiththetransmittermoduleportion.Forexample,compliancemustbedemonstratedtoregulationsforothertransmittercomponentswithinthehostproduct;torequirementsforunintentionalradiators(Part15SubpartB“UnintentionalRadiators”),suchasdigitaldevices,computerperipherals,radioreceivers,etc.;andtoadditionalauthorizationrequirementsforthenon‐transmitterfunctionsonthetransmittermodule(i.e.,Verification,orDeclarationofConformity)(e.g.,transmittermodulesmayalsocontaindigitallogicfunctions)asappropriate.

LABELINGANDUSERINFORMATIONREQUIREMENTS

TheBM77modulehasbeenlabeledwithitsownFCCIDnumber,andiftheFCCIDisnotvisiblewhenthemoduleisinstalledinsideanotherdevice,thentheoutsideofthefinishedproductintowhichthemoduleisinstalledmustalsodisplayalabelreferringtotheenclosedmodule.Thisexteriorlabelcanusewordingasfollows:

ContainsTransmitterModuleFCCID:A8TBM77SPPSYC2Aor

ContainsFCCID:A8TBM77SPPSYC2A

ThisdevicecomplieswithPart15oftheFCCRules.Operationissubjecttothefollowingtwoconditions:(1)thisdevicemaynotcauseharmfulinterference,and(2)thisdevicemustacceptanyinterferencereceived,includinginterferencethatmaycauseundesiredoperation

Auser’smanualforthefinishedproductshouldincludethefollowingstatement:

ThisequipmenthasbeentestedandfoundtocomplywiththelimitsforaClassBdigitaldevice,pursuanttopart15oftheFCCRules.Theselimitsaredesignedtoprovidereasonableprotectionagainstharmfulinterferenceinaresidentialinstallation.Thisequipmentgenerates,usesandcanradiateradiofrequencyenergy,andifnotinstalledandusedinaccordancewiththeinstructions,maycauseharmfulinterferencetoradiocommunications.

However,thereisnoguaranteethatinterferencewillnotoccurinaparticularinstallation.Ifthisequipmentdoescauseharmfulinterferencetoradioortelevisionreception,whichcanbedeterminedbyturningtheequipmentoffandon,theuserisencouragedtotrytocorrecttheinterferencebyoneormoreofthefollowingmeasures:

Reorientorrelocatethereceivingantenna.

Increasetheseparationbetweentheequipmentandreceiver.Connecttheequipmentintoanoutletonacircuitdifferentfromthattowhichthereceiverisconnected.

Consultthedealeroranexperiencedradio/TVtechnicianforhelp.

AdditionalinformationonlabelinganduserinformationrequirementsforPart15devicescanbefoundinKDBPublication784748availableattheFCCOfficeofEngineeringandTechnology(OET)LaboratoryDivisionKnowledgeDatabase(KDB)

/oetcf/kdb/index.cfm.

RFEXPOSURE

AlltransmittersregulatedbyFCCmustcomplywithRFexposurerequirements.KDB447498GeneralRFExposureGuidanceprovidesguidanceindeterminingwhetherproposedorexistingtransmittingfacilities,operationsordevicescomplywithlimitsforhumanexposuretoRadioFrequency(RF)fieldsadoptedbytheFederalCommunicationsCommission(FCC).

FromtheFCCGrant:Outputpowerlistedisconducted.ThisgrantisvalidonlywhenthemoduleissoldtoOEMintegratorsandmustbeinstalledbytheOEMorOEMintegrators.Thistransmitterisrestrictedforusewiththespecificantenna(s)testedinthisapplicationforCertificationandmustnotbeco‐locatedoroperatinginconjunctionwithanyotherantennaortransmitterswithinahostdevice,exceptin

accordancewithFCCmulti‐transmitterproductprocedures.

HELPFULWEBSITES

FederalCommunicationsCommission(FCC):

FCCOfficeofEngineeringandTechnology(OET)LaboratoryDivisionKnowledgeDatabase(KDB):

/oetcf/kdb/index.cfm

Canada

TheBM77SSPS3MC2modulehasbeencertifiedforuseinCanadaunderIndustryCanada(IC)RadioStandardsSpecification(RSS)RSS‐210andRSS‐Gen.Modularapprovalpermitstheinstallationofamoduleinahostdevicewithouttheneedtorecertifythedevice.

LABELINGANDUSERINFORMATIONREQUIREMENTS

PENDING

LabelingRequirementsfortheHostDevice(fromSection3.2.1,RSS‐Gen,Issue3,December2010):Thehostdeviceshallbeproperlylabeledtoidentifythemodulewithinthehostdevice.

TheIndustryCanadacertficationabelofamoulehallbecearvibeaalltimeswheninstalledinthehostdevice,otherwiethehostdevicemusbeabeledtodislayheIndustryCanadacertificationnumberofthemodule,precededbythewords“Containstransmittermodule”,ortheword“Contains”,orsimilarwordingexpressingthesamemeaning,asfollows:

ContainstransmittermoduleIC:12246A‐BM77SPPSYC2

UserManualNoticeforLicense‐ExemptRadioApparatus(fromSection7.1.3RSS‐Gen,Issue3,

December2010):Usermanualsforlicense‐exemptradioapparatusshallcontainthefollowingor

equivalentnoticeinaconspicuouslocationintheusermanualoralternativelyonthedeviceorboth:

ThisdevicecomplieswithIndustryCanadalicense‐exemptRSSstandard(s).Operationissubjecttothefollowingtwoconditions:(1)thisdevicemaynotcauseinterference,and(2)thisdevicemustacceptanyinterference,includinginterferencethatmaycauseundesiredoperationofthedevice.

LeprésentappareilestconformeauxCNRd'IndustrieCanadaapplicablesauxappareilsradioexemptsdelicence.L'exploitationestautoriséeauxdeuxconditionssuivantes:(1)l'appareilnedoitpasproduiredebrouillage,et(2)l'utilisateurdel'appareildoitacceptertoutbrouillageradioélectriquesubi,mêmesilebrouillageestsusceptibled'encompromettrelefonctionnement.

TransmitterAntenna(fromSection7.1.2RSS‐Gen,Issue3,December2010):Usermanualsfortransmittersshalldisplaythefollowingnoticeinaconspicuouslocation:

UnderIndustryCanadaregulations,thisradiotransmittermayonlyoperateusinganantennaofatypeandmaximum(orlesser)gainapprovedforthetransmitterbyIndustryCanada.Toreducepotentialradiointerferencetootherusers,theantennatypeanditsgainshouldbesochosenthattheequivalentisotropicallyradiatedpower(e.i.r.p.)isnotmorethanthatnecessaryforsuccessfulcommunication.

Conformémentàlaréglementationd'IndustrieCanada,leprésentémetteurradiopeutfonctionneravecuneantenned'untypeetd'ungainmaximal(ouinférieur)approuvépourl'émetteurparIndustrieCanada.Danslebutderéduirelesrisquesdebrouillageradioélectriqueàl'intentiondesautresutilisateurs,ilfautchoisirletyped'antenneetsongaindesortequelapuissanceisotroperayonnéeéquivalente(p.i.r.e.)nedépassepasl'intensiténécessaireàl'établissementd'unecommunicationsatisfaisante.

Theabovenoticemaybeaffixedtothedeviceinsteadofdisplayedintheusermanual.

Usermanualsfortransmittersequippedwithdetachableantennasshallalsocontainthefollowingnoticeinaconspicuouslocation:

Thisradiotransmitter(identifythedevicebycertificationnumber,ormodelnumberifCategoryII)hasbeenapprovedbyIndustryCanadatooperatewiththeantennatypeslistedbelowwiththemaximumpermissiblegainandrequiredantennaimpedanceforeachantennatypeindicated.Antennatypesnotincludedinthislist,havingagaingreaterthanthemaximumgainindicatedforthattype,arestrictlyprohibitedforusewiththisdevice.

Conformémentàlaréglementationd'IndustrieCanada,leprésentémetteurradiopeutfonctionneravecuneantenned'untypeetd'ungainmaximal(ouinférieur)approuvépourl'émetteurparIndustrieCanada.Danslebutderéduirelesrisquesdebrouillageradioélectriqueàl'intentiondesautresutilisateurs,ilfautchoisirletyped'antenneetsongaindesortequelapuissanceisotroperayonnéeéquivalente(p.i.r.e.)nedépassepasl'intensiténécessaireàl'établissementd'unecommunicationsatisfaisante.

Immediatelyfollowingtheabovenotice,themanufacturershallprovidealistofallantennatypesapprovedforusewiththetransmitter,indicatingthemaximumpermissibleantennagain(indBi)andrequiredimpedanceforeach.

RFEXPOSURE

AlltransmittersregulatedbyICmustcomplywithRFexposurerequirementslistedinRSS‐102‐RadioFrequency(RF)ExposureComplianceofRadiocommunicationApparatus(AllFrequencyBands).

(GetdirectquotefromCertificateandplacehere)

HELPFULWEBSITES

IndustryCanada:

http://www.ic.gc.ca/

Europe

TheBM77SPPS3MC2moduleisanR&TTEDirectiveassessedradiomodulethatisCEmarkedandhasbeenmanufacturedandtestedwiththeintentionofbeingintegratedintoafinalproduct.

TheR&TTEComplianceAssociationprovidesguidanceonmodulardevicesindocumentTechnical

GuidanceNote01availalea

http://wwwrttea.c

m/hml/owloadareahtm.

Note:TomaintainconformancetotheestinglistdinTabl3‐1EuropeaComplianceTesting,themoduleshalbeinstalledinaccordancewiththeinstallationinstructionsinthisdatasheetandshallnotbemodfied.

I

Whenintegratingaradiomoduleintoacompletedproducttheintegratorbecomesthemanufacturer

ofthefinalproductandisthereforeresponsiblefordemonstratingcomplianceofthefinalproductwiththeessentialrequirementsoftheR&TTEDirective.

TheBM77modulehasbeentestedtoR&TTEDirective1999/5/ECEssentialRequirementsforHealthandSafety(Article(3.1(a)),ElectromagneticCompatibility(EMC)(Article3.1(b)),andRadio(Article3.2)andaresummarizedinTable3‐1:EuropeanComplianceTesting.ANotifiedBodyOpinionhasalsobeenissued.AlltestreportsareavailableontheBM77productwebpageat

/bm77.

LABELINGANDUSERINFORMATIONREQUIREMENTS

ThelabelonthefinalproductwhichcontainstheBM77modulemustfollowCEmarkingrequirements.TheR&TTEComplianceAssociationTechnicalGuidanceNote01providesguidanceonfinalproductCEmarking.

ANTENNAREQUIREMENTS

FromR&TTEComplianceAssociationdocumentTechnicalGuidanceNote01:

Providedtheintegratorinstallinganassessedradiomodulewithanintegralorspecificantennaandinstalledinconformancewiththeradiomodulemanufacturer’sinstallationinstructionsrequiresnofurtherevaluationunderArticle3.2oftheR&TTEDirectiveanddoesnotrequirefurtherinvolvementofanR&TTEDirectiveNotifiedBodyforthefinalproduct.[Section2.2.4]

TheEuropeanComplianceTestinglistedinTable3‐1wasperformedusingtheintegralceramicchipantenna.

TABLE3‐1:EUROPEANCOMPLIANCETESTING

Certification

Standards

Article

Laboratory

ReportNumber

Date

Safety

EN60950‐1:2006+A11:2009+A1:2010

(3.1(a))

Health

EN50371:2002‐03

EMC

EN301489‐1V1.8.1(2008‐04)

(3.1(b))

EN3