DESCRIPTION DESCRIPTION TheParagonRoboticsOE2xModulesintegratealowpower,high performancewirelesssolutionwithParagon'scuttingedgeHalo/S dataacquisitionandcontrolplatform.Withbuiltindataacquisition capabilities,aswellasadvancedcontrolcapability,theOE2x modulesgiveOEMstheabilitytoquicklyaddfullHalo/Scapabilities toanysensor,control,orgateway.Formoreinformationonthe Halo/Splatform,pleasevisitourwebsite Forsensorandcontrolmanufacturers,theOE20/OE21modules allowOEMstoquicklyinterfacewithalmostanyhardware imaginable.Builtininterfacesincludeanalog,pulsecounter,I2C, UART,PWM,frequencyinputs,andcapacitancesensing,allowing OEMstosimplyconnectsensoroutputstothemoduleandentering thecalibrationinformationintothehighlevelGUI.Theresulting deviceisafullyfunctionHalo/Snode,andinstantlyprovides enterprisegradedataacquisitionandadvancedcontrolcapabilities. Forsystemintegrators,theOE22moduleprovidesadropin gatewaysolutionforHalo/Snetworks.WithSDcardcapability(up to64GBstorage)andafullbuiltinnetworkingstackincluding HTTP,DNSandDHCPserversandclients,theOE22istrulya dropinsolutionforprovidingabrandedgatewayforcustomers. OE2x/1 OEMHalo/Sintegrationmodule Figure1:OE2xModule FEATURES FEATURES Ultralowpowerconsumption(upto10yearsonAAA batteries) HighperformanceRFtransceiver
+20dBmtransmitpower(+13dBmonOE20module) 110dBmreceiversensitivity 49generalpurposeI/Opins 1112bitADCchannels 11capacitivesenseinputs 11multiplexedcomparatorinputs Integratedtemperaturesensor Builtin128segmentLDCcontroller I2CInterface SerialUART Lowpowerdigitalpulsecounter Frequencyinputandoutput PWMinputandoutput FullHTTP/DNS/DHCPserverandclientstack(OE22 module) SDcardfilesystemcapabilities(OE22module) InnovativePowerInterruptModefordataretentionduring momentarypowerloss. ComplianttoRoHSDirective2002/95/EC OE2xmoduledatasheet TableOfContents TableOfContents 1. DescriptionandFeatures 2. SpecificationsandElectricalCharacteristics 3. Pinout 4. Operation&Functions 5. TypicalApplications 6. SoftwareSetup 7. MechanicalDimensions 8. SuggestedPCBFootprint 9. RegulatoryApproval 10. RevisionHistory 2 Page1 Pages34 Pages47 Pages811 Page12 Page13 Page14 Page15 Page16 Page17 OE2xmoduledatasheet 3 Specifications Specifications AbsoluteMaximumRatings Parameter Operating Temperature VDDwithrespectto GND VoltageonanyI/Opin withrespecttoGND Currentthroughany I/Opin) CurrentthroughallI/O pins Conditions DCElectricalCharacteristics Table1:AbsoluteMaximumRatings Min 40 0.3 0.3 Typ Max
+85
+3.6
+5V 100 200 Table2:DCElectricalCharacteristics Parameter PowerSupply Voltage(Vdd) AverageOperating Current SleepCurrent Conditions VIN=3.3V,Wake cycle=0.5Hz,No peripheralsactive Vdd=3.3V, temp=25C,OE2xin SleepMode Min 1.8 TBD OutputHighVoltage Vdd=3.3V,temp=25C 2.9 OutputLowVoltage Vdd=3.3V,temp=25C InputHighVoltage Vdd=3.3V,temp=25C 2.9 InputLowVoltage Vdd=3.3V,temp=25C InputLeakage Current Weakpullup off,Vdd=3.3V, temp=25C Typ 3.3 TBD TDB Max 3.6 TBD 0.6 0.6 1 ADCElectricalCharacteristics Parameter ADCInputVoltage Range InputImpedance(per channel) Table3:DCElectricalCharacteristics Conditions SingleEndedInput Min 0 Typ Max
+3.3 5 Units C V V mA mA Units V A nA V V V V A Units V k OE2xmoduledatasheet 4 SpecificationsCont. SpecificationsCont. RFCharacteristics Parameter Conditions Range(lineofsight) Vdd=3.3V, temp=25C Vdd=3.3V, TransmitPower temp=25C ReceiveSensitivity Vdd=3.3V, temp=25C TransmitDataRate Frequency HoppingChannels ModulationType Table4:DCElectricalCharacteristics Min 32 902 Typ 3 121 915 25 GFSK Max 20 128 928 Units miles dBm dBm kbps MHz Pinout Pinout PinNumber 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 Designation NC NC RES1 D0/ADC0/C0 D1/ADC1/C1 D2/LCD21 D3/ADC2/C2 D4/LCD20 D5/ADC3/C3 D6/LCD19 D7/LCD18 GND D8/LCD17 RES2 GND Table5:ModulePinout Type NC NC OUT IO/AIN/Cap IO/AIN/Cap IO IO/AIN/Cap IO IO/AIN/Cap IO IO G IO IN G Description Reserved.Leave unconnected. Reserved.Leave unconnected. MustconnecttoSNOOZE I/OPin0,ADC0,orCap. Sense0 I/OPin1,ADC1,orCap. Sense1 I/OPin2orLCD21 Control I/OPin3,ADC2,orCap. Sense2 I/OPin4orLCD20 Control I/OPin5,ADC3,orCap. Sense3 I/OPin6orLCD19 Control I/OPin7orLCD18 Control ConnecttoGND I/OPin8orLCD17 Control MustconnecttonIRQ ConnecttoGND OE2xmoduledatasheet 5 PinoutCont. PinoutCont. PinNumber 16 Name D9/PC ModulePinoutCont. Type IO 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 D10/LCD16 VMON D11/LCD15 D12/ADC4/C4 D13/LCD14 D14/RX/ADC5/C5 D15/LCD13 D16/TX/ADC6/C6 GND
+3.3VDC VCAP GND GND SNOOZE GND VIN D17/LCD12 D18/ADC7/C7 D19/ADC9/C8 D20/ADC9/C9/SCL/AGND IO PIN IO IO/AIN/Cap IO IO/AIN/Cap IO IO/AIN/Cap G POUT POUT G G IN G PIN IO IO/AIN/Cap IO/AIN/Cap IO/AIN/Cap D21/ADC10/C10/SDA/VREF IO/AIN/Cap
+3.3VDC POUT Description I/OPin9orPulse CounterInput I/OPin10orLCD16 Control MustconnecttoVIN supplyvoltage. I/OPin12,LCD15 Control I/OPin12,ADC4,or Cap.Sense4 I/OPin13orLCD14 Control I/OPin14,UARTRx, ADC5,orCap.Sense5 I/OPin15orLCD13 Control I/OPin16,UARTTx, ADC6,orCap.Sense6 ConnecttoGND Regulated+3.3Voutput Storagecapacitor output ConnecttoGND ConnecttoGND Internalregulator SNOOZEinput.Must ConnecttoRES1 ConnecttoGND InputtoInternal3.3V boostregulator. I/OPin17orLCD12 Control I/OPin18,ADC7,or Cap.Sense7 I/OPin19,ADC8,or Cap.Sense8 I/OPin20,ADC9, Cap.Sense9,SCL,or AGND I/OPin21,ADC10, Cap.Sense10,SDA, orVREF Regulated+3.3VOuput OE2xmoduledatasheet 6 PinoutCont. PinoutCont. PinNumber 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 Name D22/LCD11 D23/LCD10 D24/LCD9 GND GND GND GND GND RST D25 D26/LCD31 D27/LCD8 D28/LCD30 D29/LCD7 D30/LCD29 D31/LCD6 D32/LCD28 D33/LCD5 D34/LCD27 D35/LCD4 D36/LCD26 D37/LCD3 D38/LCD25 D39/LCD2 ModulePinoutCont. Type IO IO IO G G G G G IN IO IO IO IO IO IO IO IO IO IO IO IO IO IO IO Description I/OPin22orLCD11 Control I/OPin23orLCD10 Control I/OPin24orLCD9Control ConnecttoGND. ConnecttoGND. ConnecttoGND. ConnecttoGND. ConnecttoGND. Opendraindeviceresetpin. Drivepinlowforatleast15 uSresetsystem.Leave floating. I/OPin25 I/OPin26orLCD31 Control I/OPin27orLCD8Control I/OPin28orLCD30 Control I/OPin29orLCD7Control I/OPin30orLCD29 Control I/OPin31orLCD6Control I/OPin32orLCD28 Control I/OPin33orLCD5Control I/OPin34orLCD27 Control I/OPin35orLCD4Control I/OPin36orLCD26 Control I/OPin37orLCD3Control I/OPin38orLCD25 Control I/OPin39orLCD2Control OE2xmoduledatasheet 7 PinoutCont. PinoutCont. PinNumber 63 64 65 66 67 68 69 70 71 72 73 Name D40/LCD24 D41/LCD1 D42/LCD23 D43/LCD0 D44/LCD22 GND D45/COM3 D46/COM1 D47/COM2 nIRQ D48/COM0 ModulePinoutCont. Type IO IO IO IO IO G IO IO IO OUT IO Description I/OPin40orLCD24 Control I/OPin41orLCD1Control I/OPin42orLCD23 Control I/OPin43orLCD0Control I/OPin44orLCD22 Control ConnecttoGND I/OPin45orLCDCOM3 Control I/OPin46orLCDCOM1 Control I/OPin47orLCDCOM2 Control MustConnecttoRES2 I/OPin48orLCDCOM0 Control OE2xmoduledatasheet 8 Operation&Functions Operation&Functions TheOE2xmoduleoffersseveralbuiltinperipheral functionsdesignedtoseamlesslyintegrateintotheHalo/S wirelessecosystem.Eachoftheperipheralblocks,or
"Machines",canbeaccessedtoperformanynumberof tasks.Usershaveaccesstoupto49digitalI/Opins,upto 11ADCinputs,11capacitivesensechannels,11 multiplexedcomparatorinputs,builtintemperature sensor,lowpowerdigitalpulsecounter,I2Cinterface, UART,andprogrammablefrequencyorPWMI/O.Once initialized,theseperipheralsallowforfullaccesstothe capabilitiesofthewirelessnetworkincludingdatalogging, remotecontrol,andinterfacingwithotherconnected devices. DigitalI/O Thereare49independentlyconfigurabledigitalI/Opins availableontheOE2xModule.Eachpincanbe designatedfordigitalinputoroutputdependentonthe user'sneeds.Outputpinscanbeconfiguredaseither opendrain(default)orpushpullstyleoutputs.When configuredforopendrainoperation,I/Opinsareenabled withinternalactiveweakpullupresistors.Pins configuredasopendrainoutputshavetheirweakpullups disabledwhendrivenlowtoincreasepowerefficiency. InstantDigitalInputs Forapplicationsrequiringimmediatedetectionofchanges ondigitalpins,developerscantakeadvantageofthe OE2'sinstantdigitalsensingfeature.Userscanconfigure upto13selectdigitalI/Opinsasinstantdigitalinputs. Onceapinisconfiguredasaninstantdigitalinput,any changeofthepin'slogicstatewilltriggeranevent.A programmablehysteresistimerisbuiltintoeachinstant digitalsensortoguardagainstfalsetriggeringofevents. Asignalappliedtoaninstantdigitalinputmustremainin itschangedstateuntiltheexpirationofthehysteresis timerbeforeaneventwillbetriggered.Instantdigital sensingisanoptimumsolutionforapplicationsrequiring fastdetectionofinfrequentlychangingsignals,orwhen pollingthestateofadigitalinputisimpracticalor undesirable.DigitalI/OpinsD0,D1,D3,D5,D9,D11, D12,D14,D16,D18,D19,D20,&D21caneachbe configuredasaninstantdigitalinput. AnalogDigitalConverter TheOE2xmodulecontainsanonboard12bitanalogto digitalconverter(ADC)whichcanbeconfiguredto measureupto11differentinputsignalsconnectedtothe module'sADCpins.ADCinputcanbeautomatically scaledtotheuser'srequirementsandisimmediately availableonthenetworkforuseindatalogging,control, oranynumberofapplications. CapacitiveSensing EachoftheOE2xmodule'sADCinputscanbe configuredforuseincapacitivesensingapplications. Eachcapacitivesensepincanbeindependently designatedaseitherastandardsensorinputorasaninput foracapacitivetouchsensor.Standardsensorinputscan bedirectlyconnectedtodevicessuchascapacitive humiditysensorstoprovideimmediatefunctionalitytothe user,whiletheOE2xmodule'sintegratedcapacitivetouch sensorallowsforeasyintegrationofcapacitivetouch padsintoanydesign. InstantComparators Pinsavailableforanalogtodigitalconversionand capacitivesensingcanalternatelybeconfiguredasinputs totheOE2xmodule'sinternalcomparator.Instant comparatorinputscanbeconfiguredforeithersinglepin ortwopinoperation.Whenconfiguredforsinglepin operation,apin'sinputvoltageiscomparedtoafixed 1.5Vandeventsaretriggeredforbothrisingandfalling edgesonthecomparator'soutput.Whenconfiguredfor twopinoperation,aninstantcomparatorsensormustbe assignedbothapositive(+)andanegative()input.Inthis mode,thevoltageonthepositive(+)inputiscomparedto thevoltageonthenegative()inputandeventsare triggeredforbothrisingandfallingedgesonthe comparator'soutput.Table6showsthepinsavailablefor assignmentasInstantComparatorinputs.Instant comparatorsensorshaveaprogrammablehysteresis timerthatcanbeconfiguredtodelaythetriggeringof eventsintheeventofmomentaryinputchangesdueto noiseorotherfactors. OE2xmoduledatasheet 9 FrequencyInput/Output TheOE2xmodulecanbeconfiguredtooutputasquare waveatauserdefinedfrequencyconfigurablewithinthe range3.25kHz800kHz.Additionally,theOE2xmodule canacceptasquarewavefrequencyinputranging between100Hzand50kHz.Bothfunctionsareonly availableonpin16(PC). PWMInput/Output Pulsewidthmodulation(PWM)inputandoutputare supportedbytheOE2xmodule'sPWMInput/Output peripheral.Whenconfiguredasanoutput,thePWM Input/OutputperipheralcanoutputaPWMsignalwith uservariabledutycycle.Whenconfiguredasaninput, thePWMInput/Outputperipheralcanreadandrecord thedutycycleofanexternalPWMsignal.Bothfunctions areonlyavailableonpin16(PC). BuzzerOutput ThePCpin(16)canbeconfiguredasa4kHz piezoelectricbuzzeroutput.Applicationsrequiringa momentaryaudiblealarmcanutilizetheOE2xmodule's buzzeroutputtoactuateapiezoelectricsounder.The buzzeroutputproducesa50ms4kHzburst,whichisan idealsolutionforprovidingaudiblefeedbackforbutton pressesorotherevents.Thebuzzeroutputcandirectly drivecertainlowpowerpiezoelectricdevices,or converselycanbeusedtodriveaccompanyingcontrol circuitry.Thisfunctionisonlyavailableonpin16(PC). SetResetLatchingRelayControl UserscanconfiguretheOE2xmoduletocontrolSR latchingtyperelays.Eachconfiguredrelaymachineuses acombinationof3digitaloutputstocontroltheset/reset actionsofatypicaldualcontrolrelaydriver.Additionally, an"enable"outputpinisprovidedtotoggleacontrolsignal alongwitheither"set"or"reset"signals.SRrelay machinesarelimitedtothecontroloflatchingtyperelays, providingacontrolsignalpulsedurationof10ms. ComparedTo Pin Name Table6:InstantComparatorInputPins SinglePinMode TwoPinMode Input Type pos.(+) 1.5V pos.(+) 1.5V pos.(+) 1.5V pos.(+) 1.5V pos.(+) 1.5V pos.(+) 1.5V pos.(+) 1.5V pos.(+) 1.5V pos.(+) 1.5V pos.(+) 1.5V pos.(+) 1.5V ComparedTo Input Type pos.(+) neg.() pos.(+) neg.() neg.() pos.(+) pos.(+) neg.() pos.(+) neg.() neg.() pos.(+) pos.(+) neg.() neg.() pos.(+) pos.(+) neg.() neg.() pos.(+) pos.(+) neg.() C0 C1 C2 C3 C4 C5 C6 C7 C8 C9 C10 TemperatureSensor TheOE2xmoduleisequippedwithabuiltintemperature sensor,allowingfortheintegrationoftemperature monitoringintouserapplications. LowPowerDigitalPulseCounter Applicationsrequiringadigitalpulsecounter,suchasreed switchpowermetering,cantakeadvantageoftheOE2x module'sintegratedpulsecounterperipheral.Thepulse countercanbeconfiguredforeitherFormAorFormC styleinput(SeeFigure2),andcanlogaccumulative counts,orcountspertimeperiod.Thisfunctionisonly availableonpin16(PC). Figure2:SwitchConfigurations OE2xmoduledatasheet 10 I2CInterface SDcard(OE22only) TheOE22moduleprovidesdropinSDcardcontrolling capabilityusingtheSPIprotocol.Aproprietaryfilesystem isusedwhichallowsanysizeSDcardtobeused
(including64GBandlarger).PleasecontactParagon RoboticsLLC.forinformationonincorporatingan LCDdisplayintoyourdesign. Networking OE22modulesalsoprovideafullnetworkingstackfor customgateways.WithfullHTTP,DNS,andDHCP serversandclients,thefullstackprovideshandsfree networkingcapabilityforOEMs.Pleasecontact ParagonRoboticsLLC.forinformationon incorporatinganLCDdisplayintoyourdesign. TheOE2xmodulecanbeconfiguredasanI2Cmaster, allowingforinterfacingwithanynumberofexternal devicesusingthepopularI2Ccommunicationprotocol. TheI2Cinterfaceusespin36(SCL)andpin37(SDA), whichmustbeequippedwithpullupresistorsin accordancewiththeI2Cspecification.Theexactvalueof pullupresistorswilldependonusers'specificdesign requirementsandshouldbeselectedtoprovideabalance betweenspeedandpowerconsumption.TheI2Cmachine allowsforuptofouruserdefinedcommandsequences. CommonI2Cfunctions(I2C_start(),I2C_stop(), I2C_write(data),&I2C_read())arebuiltintotheOE2x firmwareandcanbeaccessed/combinedbytheuserto formulatecommandsequencestointerfacewithdevices ontheI2Cbus. SerialUART AsingleserialUARTportisavailableontheOE2x moduleforeasyintegrationofdevicesrequiringaUART interfaceintotheHalo/Swirelessnetwork.Several commonbaudratesaresupported,andtheperipheralcan beconfiguredforcompatibilitywithmostUART protocols. LCDSegmentDriver TheOE2xmodulefeaturesafullyconfigurableLCD SegmentDriverthatallowsforcontrolofupto128 multiplexedLCDsegments.32LCDdrivepins,along with4commonLCDpins,supportstatic,2MUXor4 MUXcontrolofsegmentedLCDdisplays.Please contactParagonRoboticsLLC.forinformationon incorporatinganLCDdisplayintoyourdesign. OE2xmoduledatasheet 11 PowerInterruptMode PowerInterruptMode AninnovativefeatureoftheOE2xmoduleisitsabilitytoretainitsmemorystateduringmomentarylossofpower. IntheeventthatpowertotheOE2xmoduleisinterrupted,bytheremovalofbatteriesforexample,theOE2xwill immediatelytransitionintoasleepstateinwhichthemodule'sinternalRAMandpinstatesareretained.Whilein thisstate,allcommunicationandperipheralfunctionsaresuspendeduntilpowerisreturned.Onceavalidpower sourceisdetected,themodulecanseamlesslytransitionbackintonormaloperationwithouthavingtoreinitializeits networkconnection,realtimeclockorinternalsettings.ThemaximumamountoftimetheOE2xcanremainin PowerInterruptModeisdependentontherequirementsoftheuser'sapplicationandtheselectionofstorage capacitor(s). StorageCapacitorSelection InordertofullytakeadvantageoftheOE2xmodule'smemoryretentioncapabilities,careshouldbetakentoselect appropriatestoragecapacitor(s)foragivenapplication.StoragecapacitorsshouldbeconnectedtoVCAP(Pin27) andshouldbeplacedascloseaspossibletothepin.ParagonRoboticsrecommendsaminimum100Fceramic capacitor.Ifthisfeatureisnotutilized,VCAPshouldbeleftunconnected. OE2xmoduledatasheet 12 TypicalApplications TypicalApplications Figure3:TypicalApplicationExample Figure3showsatypicalconfigurationfortheOE2xModule,highlightingseveralofitscommonfeatures.Several digitalI/Oconnectionsareshown,aswellasananaloginput,demonstratinghowtheOE2xcouldbeusedinseveral enduserapplications.ThefigurealsoshowstypicalconnectionsrequiredforPowerInterruptMode,inwhichthe mainpowersupplyvoltageisconnectedtoVMON(Pin18)&VIN(Pin32),andthree100Fceramiccapacitorsare connectedtotheVCAPpin.Additionally,themandatoryconnectionsbetweenRES1(Pin3)&SNOOZE(Pin30) andRES2(Pin14)&nIRQ(Pin72)areshownforclarity. OE2xmoduledatasheet 13 SoftwareSetup SoftwareSetup Machines PeripheralfunctionsoftheOE2xmodulearecontrolledthroughtheHalo/Sframeworkviaaconceptcalled
"Machines".MachinescanbethoughtofasaninterfacethroughwhichtoaccessOE2xfunctionsusingsimple Halo/Scommands,therebyeliminatingtheneedforuserstodevelopanylowlevelcode.Inordertoaccessthe OE2xmodule'speripherals,usersmustsetupMachinesusingParagonRoboticsMachineBuilderwidget. MachineBuilder'stoolscanbeusedtomanagemachinesondevicesconnectedtoaHalo/Snetwork.Itispossible tocreatenewmachines,editorremoveexistingones,andreadandwriteMachineprofilestoandfromdevicesor filestotailorthebehavioroftheOE2xmoduletothespecificneedsoftheuser. ThereisadifferentmachinetypeforeachoftheOE2xmodule'speripheralfunctions.Eachmachinetyperequiresa specificsetofuserdefinedparametersthatdeterminethefunctionandbehaviorofitstargetedperipheral. Apps AnOE2xmodulethatisconnectedtoaHalo/SnetworkcanaccessitsownMachinesaswellasanyMachines configuredondeviceswithinthenetwork.CommunicationandcontrolofMachinesisaccomplishedthroughtheuse
"Apps"installedonOE2xmodules.Appscanbeconfiguredtoperformanynumberofuserdefinedtasks,from simplysendingdatabetweendevices,tomanagingcomplexcontrolsystemscomprisedofmanyOE2xequipped devices.AppscanbeconfiguredusingParagonRoboticsAppBuilderwidget,availableatparagonrobotics.com. UserscanuseAppBuildertocreatetheirowncustomApps,orchoosefromanyoftheAppsintheParagon RoboticsAppStore,andinstallthemondeviceswithinahalonetwork.Appscanbecombinedinanyconfiguration tosuitusers'requirements,andcanbe,edited,installed,orremovedatanytimeusingAppBuilder. OE2xmoduledatasheet 14 MechanicalDimensions MechanicalDimensions Figure4:OE2xModuleMechanicalDimensions OE2xmoduledatasheet 15 SuggestedPCBFootprint SuggestedPCBFootprint Figure5:SuggestedFootprintForPrintedCircuitBoardLayout SolderingGuidelines WhenmountingtheIE2ModuleontahostPCB,usethesuggestedPCBfootprintinFigure5forbest results. A"NoClean",Type3PbFreesolderpasteisrecommended. AlignmentholescanbeusedtoaligntheOE2xModulepriortoassembly. OE2xmoduledatasheet 16 RegulatoryApproval RegulatoryApproval UnitedStates UnitedStates TheOE2xmodulehasreceivedFederalCommunicationsCommission(FCC)approvalinaccordancewithCodeof FederalRegulations(CFR),Title47,Part15,SubpartC,Sections15.247"Operationwithinthebands902 928MHz,24002483.5MHz,and57255850MHz"and15.212"ModularTransmitters".Assuch,theOE2x maybeintegratedintoafinishedproductwithouttherequirementofobtainingseparateFCCapprovalsforan intentionalradiator. WarningChangesormodificationstotheOE2xmodulenotexpresslyapprovedbyParagonRoboticscouldvoid theuser'sauthoritytooperatetheequipment. NoteOEM'smaystillberesponsiblefortestingfinishedproductsforcompliancewithadditionalFCC requirements,suchasthosepertainingtounintentionalradiators(FCCRulesParts15.107&15.109). OEMLabelingRequirements TheOE2xhasbeenlabeledwithitsownFCCidentificationnumber.IftheFCCidentificationnumberisnotvisible whenthemoduleisinstalledinsideanotherdevice,thentheoutsideofthedeviceintowhichthemoduleisinstalled mustalsodisplayalabelreferringtotheenclosedmodule.Thisexteriorlabelshouldcontaintheinformationprovided infigure6. TradeName ModelNumber ContainsFCCID:2AAA2OE2X ThisdevicecomplieswithPart15oftheFCCRules.Operationissubjecttothefollowingtwoconditions:
(1)thisdevicemaynotcauseharmfulinterference,and(2)thisdevicemustacceptanyinterference received,includinginterferencethatmaycauseundesiredoperation. Figure6:RequiredFCCIdentifier Theuser'smanualofthefinishedproductcontainingtheOE2xmodulemustincludethestatementprovidedin figure7. ThisequipmenthasbeentestedandfoundtocomplywiththelimitsforaClassBdigitaldevice,pursuant topart15oftheFCCRules.Theselimitsaredesignedtoprovidereasonableprotectionagainstharmful interferenceinaresidentialinstallation.Thisequipmentgenerates,usesandcanradiateradiofrequency energyand,ifnotinstalledandusedinaccordancewiththeinstructions,maycauseharmfulinterferenceto radiocommunications.However,thereisnoguaranteethatinterferencewillnotoccurinaparticular installation.Ifthisequipmentdoescauseharmfulinterferencetoradioortelevisionreception,whichcan bedeterminedbyturningtheequipmentoffandon,theuserisencouragedtotrytocorrectthe interferencebyoneormoreofthefollowingmeasures:
Reorientorrelocatethereceivingantenna. Increasetheseparationbetweentheequipmentandreceiver. Connecttheequipmentintoanoutletonacircuitdifferentfromthattowhichthereceiveris connected. Figure7:FCCComplianceStatement OE2xmoduledatasheet RFExposure 17 Thestatementinfigure8mustbeincludedasaCAUTIONstatementinmanualsandOEMproductstoalertusers ofFCCRFexposurecompliance. TosatisfyFCCRFexposurerequirementsformobileandbasestationtransmissiondevices,aseparation distanceof20cmormoreshouldbemaintainedbetweentheantennaofthisdeviceandpersonsduring operation.Toensurecompliance,operationatcloserthanthisdistanceisnotrecommended.The antenna(s)usedforthistransmittermustnotbecolocatedoroperatinginconjunctionwithanyother antennaortransmitter. Figure8:RequiredFCCRFExposureCaution IftheOE2xmoduleisusedinaportableapplication(antennaislessthan20cmfrompersonsduringoperation),the integratorisresponsibleforperformingSpecificAbsorptionRate(SAR)testinginaccordancewithFCCrules 2.1091. Canada Canada ThisdevicecomplieswithIndustryCanadalicenceexemptRSSstandard(s).Operationissubjecttothefollowing twoconditions:(1)thisdevicemaynotcauseinterference,and(2)thisdevicemustacceptanyinterference, includinginterferencethatmaycauseundesiredoperationofthedevice. LeprsentappareilestconformeauxCNRd'IndustrieCanadaapplicablesauxappareilsradioexemptsdelicence. L'exploitationestautoriseauxdeuxconditionssuivantes:(1)l'appareilnedoitpasproduiredebrouillage,et(2) l'utilisateurdel'appareildoitacceptertoutbrouillageradiolectriquesubi,mmesilebrouillageestsusceptibled'en compromettrelefonctionnement. UnderIndustryCanadaregulations,thisradiotransmittermayonlyoperateusinganantennaofatypeand maximum(orlesser)gainapprovedforthetransmitterbyIndustryCanada.Toreducepotentialradiointerferenceto otherusers,theantennatypeanditsgainshouldbesochosenthattheequivalentisotropicallyradiatedpower
(e.i.r.p.)isnotmorethanthatnecessaryforsuccessfulcommunication. OEMLabelingRequirements TheOE2xmodulehasbeenlabeledwithitsownIndustryCanada(IC)certificationnumber.SimilarlytotheFCC labelingrequirements,ifthecertificationlabelisnotclearlyvisiblewheninstalledwithinahostdevice,thenoutside ofthehostdevicemustdisplayalabelreferringtotheenclosedmodule.Thisexteriorlabelshouldusewordingsuch asthatprovidedinfigure9. TradeName ModelNumber ContainsIC:11091AOE2X Figure9:RequiredICIdentifier OE2xmoduledatasheet 18 RevisionHistory RevisionHistory 20121005:v0.8:PrereleaseforselectOEMs 20130104:v0.9:AdditionalinfoaddedregardingOE22module 20130507:v1.0:Officialrelease Disclaimer Disclaimer Informationcontainedinthispublicationregardingdeviceapplicationsandthelikeisprovidedonlyforyour convenienceandmaybesupersededbyupdates.Itisyourresponsibilitytoensurethatyourapplicationmeets withyourspecifications.PARAGONROBOTICSMAKESNOREPRESENTATIONSOR WARRANTIESOFANYKINDWHETHEREXPRESSORIMPLIED,WRITTENORORAL, STATUTORYOROTHERWISE,RELATEDTOTHEINFORMATION,INCLUDINGBUTNOT LIMITEDTOITSCONDITION,QUALITY,PERFORMANCE,MERCHANTABILITYFITNESSFOR PURPOSE.ParagonRoboticsdisclaimsallliabilityarisingfromthisinformationanditsuse.UseofParagon Roboticsdevicesinlifesupportand/orsafetyapplicationsisentirelyatthebuyersrisk,andthebuyeragrees todefend,indemnifyandholdharmlessParagonRoboticsfromanyandalldamages,claims,suits,orexpenses resultingfromsuchuse.Nolicensesareconveyed,implicitlyorotherwise,underanyParagonRobotics intellectualpropertyrights. Copyright2013ParagonRobotics,LLC