Engee documentation

Unresolved include directive in modules/ROOT/pages/rf-circuit-envelope-utilities/configuration-ce.adoc - include::ROOT:partial$localization-en/blocks/SubSystem_RF_Circuit Envelope_Utilities_Configuration.adoc[] :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FluidsFF_HeatSS_ExchangersPP_label: Heat Exchangers :blockLibraryPP_categoriesPP_FF_RITMFF_RITMeXSS_GP-LC-4XPP_label: RITMeX GP-LC-4X :blockLibraryPP_categoriesPP_FF_InterfacesFF_EulerPP_label: Euler :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FluidsFF_ThermalSS_LiquidFF_ActuatorsPP_label: Actuators :blockLibraryPP_categoriesPP_FF_RITMFF_RITMSS_UDPPP_label: RITM UDP :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_1DSS_MechanicalFF_GearsFF_PlanetarySS_SubcomponentsPP_label: Planetary Subcomponents :blockLibraryPP_categoriesPP_FF_РИТМFF_RITMeXSS_BA-IS-XXFF_BA-IS-XXSS_GPIOPP_label: BA-IS-XX GPIO :blockLibraryPP_categoriesPP_FF_InterfacesFF_UNIGINEPP_label: UNIGINE 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:blockLibraryPP_categoriesPP_FF_РИТМFF_RITMeXSS_BA-IS-XXFF_BA-IS-XXSS_PWM-CAPPP_label: BA-IS-XX PWM-CAP :blockLibraryPP_categoriesPP_FF_CommunicationSS_SystemsFF_ModulationFF_AnalogSS_PassbandSS_ModulationPP_label: Analog Passband Modulation :blockLibraryPP_categoriesPP_FF_CommonlySS_UsedSS_BlocksPP_label: Commonly Used Blocks :blockLibraryPP_categoriesPP_FF_RITMFF_RITMeXSS_BA-IS-XXFF_BA-IS-XXSS_PWM-CAPPP_label: BA-IS-XX PWM-CAP :blockLibraryPP_categoriesPP_FF_CommunicationSS_SystemsFF_RFSS_ImpairmentsSS_andSS_ComponentsPP_label: RF Impairments and Components :blockLibraryPP_categoriesPP_FF_NavigationSS_ToolboxFF_MultisensorSS_PositioningFF_SensorSS_ModelsPP_label: Sensor Models :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_ElectricalFF_ControlFF_Turbine-GovernorsPP_label: Turbine-Governors :blockLibraryPP_categoriesPP_FF_CommunicationSS_SystemsFF_UtilitySS_BlocksPP_label: Utility Blocks :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_ElectricalFF_CommunicationSS_ProtocolsFF_IECSS_61850PP_label: IEC 61850 :blockLibraryPP_categoriesPP_FF_SignalSS_OperationsFF_FiltersFF_MultirateFiltersPP_label: MultirateFilters :blockLibraryPP_categoriesPP_FF_РИТМFF_RITMeXSS_MI-EL-45PP_label: RITMeX MI-EL-45 :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_ElectricalFF_SourcesPP_label: Sources :blockLibraryPP_categoriesPP_FF_StateMachinesPP_label: State Machines :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_ElectricalFF_SwitchesSS_AA_SS_BreakersPP_label: Switches & Breakers :blockLibraryPP_categoriesPP_FF_InterfacesFF_TargetsFF_ArduinoPP_label: Arduino :blockLibraryPP_categoriesPP_FF_BasicFF_DiscontinuitiesPP_label: Discontinuities :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_ElectricalFF_SPICEPP_label: SPICE :blockLibraryPP_categoriesPP_FF_RITMFF_RITMeXSS_BA-IS-XXFF_BA-IS-XXSS_GPIOPP_label: BA-IS-XX GPIO :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FluidsFF_ThermalSS_LiquidPP_label: Thermal Liquid :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FundamentalFF_MechanicalFF_RotationalFF_SensorsPP_label: Sensors :blockLibraryPP_categoriesPP_FF_РИТМFF_RITMSS_G29-WheelPP_label: RITM G29-Wheel :blockLibraryPP_categoriesPP_FF_RITMFF_RITMSS_UtilitiesFF_RITMSS_TaskSS_ExecutionSS_TimePP_label: RITM Task Execution Time :blockLibraryPP_categoriesPP_FF_SignalSS_OperationsFF_CalculationsFF_PowerSS_SpectrumSS_CalculationPP_label: Power Spectrum Calculation :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FundamentalFF_GasFF_SourcesPP_label: Sources :blockLibraryPP_categoriesPP_FF_InterfacesFF_CANPP_label: CAN :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_ElectricalFF_ControlFF_MathematicalSS_TransformsPP_label: Mathematical Transforms :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FluidsFF_ThermalSS_LiquidFF_ValvesSS_AA_SS_OrificesFF_OrificesPP_label: Orifices :blockLibraryPP_categoriesPP_FF_РИТМFF_RITMeXSS_BA-IS-XXFF_BA-IS-XXSS_SPIPP_label: BA-IS-XX SPI :blockLibraryPP_categoriesPP_FF_PhasedSS_ArraySS_SystemsFF_WaveformsPP_label: Waveforms :blockLibraryPP_categoriesPP_FF_CommunicationSS_SystemsFF_ErrorSS_DetectionSS_AndSS_CorrectionPP_label: Error Detection And Correction :blockLibraryPP_categoriesPP_FF_SignalSS_OperationsPP_label: Signal Processing :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FundamentalFF_MechanicalFF_MechanismsPP_label: Mechanisms :blockLibraryPP_categoriesPP_FF_InterfacesFF_AnalogDiscoveryPP_label: AnalogDiscovery :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_ElectricalFF_ControlFF_MeasurementsPP_label: Measurements :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FluidsFF_IsothermalSS_LiquidFF_UtilitiesPP_label: Utilities :blockLibraryPP_categoriesPP_FF_RFSS_BlocksetPP_label: RF Blockset :blockLibraryPP_categoriesPP_FF_CommunicationSS_SystemsFF_InterleavingFF_BlockPP_label: Block :blockLibraryPP_categoriesPP_FF_NavigationFF_MultisensorSS_PositioningFF_SensorSS_ModelsPP_label: Sensor Models :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_UtilitiesPP_label: Utilities :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FundamentalFF_MechanicalFF_RotationalFF_ElementsPP_label: Elements :blockLibraryPP_categoriesPP_FF_SignalSS_OperationsFF_SignalSS_OperationsPP_label: Signal Processing :blockLibraryPP_categoriesPP_FF_AerospaceFF_EnvironmentPP_label: Environment :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_1DSS_MechanicalFF_CouplingsSS_AA_SS_DrivesPP_label: Couplings & Drives :blockLibraryPP_categoriesPP_FF_AerospaceFF_EnvironmentFF_AtmospherePP_label: Atmosphere :blockLibraryPP_categoriesPP_FF_RITMFF_RITMSS_COMPP_label: RITM COM :blockLibraryPP_categoriesPP_FF_PP_label: Root :blockLibraryPP_categoriesPP_FF_SatelliteSS_SystemsFF_WaveformsPP_label: Waveforms :blockLibraryPP_categoriesPP_FF_РИТМFF_RITMeXSS_GP-ID-4XPP_label: RITMeX GP-ID-4X :blockLibraryPP_categoriesPP_FF_Mixed-SignalFF_PLLFF_BuildingSS_BlocksPP_label: Building Blocks :blockLibraryPP_categoriesPP_FF_InterfacesFF_ModbusPP_label: Modbus :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FluidsFF_IsothermalSS_LiquidFF_ValvesSS_AA_SS_OrificesFF_PressureSS_ControlSS_ValvesPP_label: Pressure Control Valves :blockLibraryPP_categoriesPP_FF_AerospaceFF_ActuatorsPP_label: Actuators :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_ElectricalFF_ElectromechanicalFF_PermanentSS_MagnetPP_label: Permanent Magnet :blockLibraryPP_categoriesPP_FF_HDLSS_IP-coresPP_label: HDL IP-cores :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FluidsFF_IsothermalSS_LiquidFF_ValvesSS_AA_SS_OrificesFF_SpoolsSS_AA_SS_PoppetsFF_MovingSS_BodyPP_label: Moving Body :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FluidsFF_HeatSS_ExchangersFF_ThermalSS_LiquidPP_label: Thermal Liquid :blockLibraryPP_categoriesPP_FF_AerospaceFF_AerodynamicsPP_label: Aerodynamics :blockLibraryPP_categoriesPP_FF_ControlSS_SystemsPP_label: Control Systems :blockLibraryPP_categoriesPP_FF_RFFF_CircuitSS_EnvelopePP_label: Circuit Envelope :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_ElectricalFF_ElectromechanicalFF_SynchronousPP_label: Synchronous :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FluidsFF_IsothermalSS_LiquidFF_ValvesSS_AA_SS_OrificesFF_OrificesPP_label: Orifices :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FundamentalFF_MechanicalFF_RotationalPP_label: Rotational :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FluidsFF_ThermalSS_LiquidFF_UtilitiesPP_label: Utilities :blockLibraryPP_categoriesPP_FF_CommunicationSS_SystemsFF_SourcesFF_RandomSS_DataSS_SourcesPP_label: Random Data Sources :blockLibraryPP_categoriesPP_FF_RITMFF_RITMeXSS_MI-EL-45PP_label: RITMeX MI-EL-45 :blockLibraryPP_categoriesPP_FF_PhasedSS_ArraySS_SystemSS_ToolboxFF_DirectionSS_ofSS_ArrivalPP_label: Direction of Arrival :blockLibraryPP_categoriesPP_FF_NavigationFF_UtilitiesPP_label: Utilities :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FundamentalFF_TwoSS_PhaseSS_FluidFF_ElementsPP_label: Elements :blockLibraryPP_categoriesPP_FF_BasicFF_ContinuousPP_label: Continuous :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FundamentalFF_MoistSS_AirFF_ElementsPP_label: Elements :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_ElectricalFF_PassiveFF_RLCSS_AssembliesPP_label: RLC Assemblies :blockLibraryPP_categoriesPP_FF_SignalSS_OperationsFF_MathSS_FunctionsFF_MatricesSS_andSS_LinearSS_AlgebraFF_MatrixSS_InversesPP_label: Matrix Inverses :blockLibraryPP_categoriesPP_FF_CommunicationSS_SystemsFF_HDLSS_IP-coresPP_label: HDL IP-cores :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FundamentalFF_MagneticFF_SensorsPP_label: Sensors :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FluidsFF_HeatSS_ExchangersFF_FundamentalSS_ComponentsPP_label: Fundamental Components :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_ElectricalFF_SPICEFF_SemiconductorsPP_label: Semiconductors :blockLibraryPP_categoriesPP_FF_AerospaceFF_PropulsionPP_label: Propulsion :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_1DSS_MechanicalFF_ClutchesFF_FundamentalSS_ComponentsPP_label: Fundamental Components :blockLibraryPP_categoriesPP_FF_РИТМFF_RITMSS_UtilitiesFF_RITMSS_TaskSS_ExecutionSS_TimePP_label: RITM Task Execution Time :blockLibraryPP_categoriesPP_FF_BasicFF_DiscretePP_label: Discrete :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FundamentalFF_TwoSS_PhaseSS_FluidFF_SensorsPP_label: Sensors :blockLibraryPP_categoriesPP_FF_AerospaceFF_SpacecraftPP_label: Spacecraft :blockLibraryPP_categoriesPP_FF_AerospaceFF_FlightSS_ParametersPP_label: Flight Parameters :blockLibraryPP_categoriesPP_FF_ControlSS_SystemsFF_AdaptiveSS_ControlPP_label: Adaptive Control :blockLibraryPP_categoriesPP_FF_CommunicationSS_SystemsFF_InterleavingPP_label: Interleaving :blockLibraryPP_categoriesPP_FF_AerospaceFF_PilotSS_ModelsPP_label: Pilot Models :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_ElectricalFF_PassiveFF_TransformersPP_label: Transformers :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FundamentalFF_TwoSS_PhaseSS_FluidFF_SourcesPP_label: Sources :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_ElectricalFF_SemiconductorsSS_AA_SS_ConvertersPP_label: Semiconductors & Converters :blockLibraryPP_categoriesPP_FF_HDLCoderFF_DiscretePP_label: Discrete :blockLibraryPP_categoriesPP_FF_SignalSS_OperationsFF_MathSS_FunctionsFF_PolynomialSS_FunctionsPP_label: Polynomial Functions :blockLibraryPP_categoriesPP_FF_SignalSS_OperationsFF_CalculationsPP_label: Calculations :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_1DSS_MechanicalFF_GearsFF_Rotational-TranslationalPP_label: Rotational-Translational :blockLibraryPP_categoriesPP_FF_RITMFF_RITMeXSS_GP-ID-4XPP_label: RITMeX GP-ID-4X :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FundamentalFF_MoistSS_AirFF_SensorsPP_label: Sensors :blockLibraryPP_categoriesPP_FF_SignalSS_OperationsFF_SourcesPP_label: Sources :blockLibraryPP_categoriesPP_FF_SignalSS_OperationsFF_FiltersFF_FilterSS_DesignsPP_label: Filter Designs :blockLibraryPP_categoriesPP_FF_InterfacesFF_WheelPP_label: Wheel :blockLibraryPP_categoriesPP_FF_AerospaceFF_EquationsSS_ofSS_MotionPP_label: Equations of Motion :blockLibraryPP_categoriesPP_FF_RFSS_BlocksetFF_RFSS_CircuitSS_EnvelopeFF_ElementsPP_label: Elements :blockLibraryPP_categoriesPP_FF_SignalSS_OperationsFF_MathSS_FunctionsFF_MathSS_FunctionsPP_label: Math Functions :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_ElectricalFF_IntegratedSS_CircuitsPP_label: Integrated Circuits :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FundamentalFF_GasFF_UtilitiesPP_label: Utilities :blockLibraryPP_categoriesPP_FF_NavigationFF_MultisensorSS_PositioningFF_NavigationSS_filtersPP_label: Navigation filters :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FundamentalFF_MagneticFF_ElementsPP_label: Elements :blockLibraryPP_categoriesPP_FF_RFPP_label: RF :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FundamentalFF_MechanicalFF_TranslationalFF_ElementsPP_label: Elements :blockLibraryPP_categoriesPP_FF_PhasedSS_ArraySS_SystemsFF_SpaceTimeAdaptiveProcessingPP_label: SpaceTimeAdaptiveProcessing :blockLibraryPP_categoriesPP_FF_AerospaceFF_GNCFF_GuidancePP_label: Guidance :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FluidsFF_FluidSS_NetworkSS_InterfacesPP_label: Fluid Network Interfaces :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FluidsFF_ThermalSS_LiquidFF_ActuatorsFF_AuxiliarySS_ComponentsPP_label: Auxiliary Components :blockLibraryPP_categoriesPP_FF_InterfacesFF_UDPPP_label: UDP :blockLibraryPP_categoriesPP_FF_BasicFF_MatrixSS_OperationsPP_label: Matrix Operations :blockLibraryPP_categoriesPP_FF_SignalSS_OperationsFF_MathSS_FunctionsFF_MatricesSS_andSS_LinearSS_AlgebraFF_MatrixSS_OperationsPP_label: Matrix Operations :blockLibraryPP_categoriesPP_FF_AerospaceFF_AxesSS_TransformationsPP_label: Axes Transformations :blockLibraryPP_categoriesPP_FF_RITMFF_RITMexSS_ARINCSS_429FF_ARINCSS_429SS_CodingPP_label: ARINC 429 Coding :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FundamentalFF_ThermalSS_LiquidFF_ElementsPP_label: Elements :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FluidsFF_ValveSS_ActuatorsPP_label: Valve Actuators :blockLibraryPP_categoriesPP_FF_RITMFF_RITMeXSS_BA-IS-XXFF_BA-IS-XXSS_DACSS_ADCPP_label: BA-IS-XX DAC ADC :blockLibraryPP_categoriesPP_FF_RITMFF_RITMeXSS_RS-MO-4XPP_label: RITMeX RS-MO-4X :blockLibraryPP_categoriesPP_FF_SignalSS_OperationsFF_FiltersFF_AdaptiveSS_FiltersPP_label: Adaptive Filters :blockLibraryPP_categoriesPP_FF_InterfacesPP_label: Interfaces :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_ElectricalFF_ElectromechanicalFF_AsynchronousPP_label: Asynchronous :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_ElectricalFF_PassiveFF_LinesPP_label: Lines :blockLibraryPP_categoriesPP_FF_SignalSS_OperationsFF_SignalSS_ManagementFF_SwitchesSS_andSS_CountersPP_label: Switches and Counters :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FundamentalFF_ThermalFF_ElementsPP_label: Elements :blockLibraryPP_categoriesPP_FF_CommunicationSS_SystemsFF_ModulationFF_DigitalSS_ModulationPP_label: Digital Modulation :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_1DSS_MechanicalFF_BrakesSS_AA_SS_DetentsFF_RotationalPP_label: Rotational :blockLibraryPP_categoriesPP_FF_HDLCoderFF_SourcesPP_label: Sources :blockLibraryPP_categoriesPP_FF_BasicFF_SourcesPP_label: Sources :blockLibraryPP_categoriesPP_FF_РИТМFF_RITMeXSS_GP-AD-24PP_label: RITMeX GP-AD-24 :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FundamentalFF_MechanicalFF_TranslationalFF_SensorsPP_label: Sensors :blockLibraryPP_categoriesPP_FF_AerospaceFF_SpacecraftFF_SpacecraftSS_DynamicsPP_label: Spacecraft Dynamics :blockLibraryPP_categoriesPP_FF_РИТМFF_RITMeXSS_BA-IS-XXFF_BA-IS-XXSS_DACSS_ADCPP_label: BA-IS-XX DAC ADC :blockLibraryPP_categoriesPP_FF_Mixed-SignalFF_AdditionalPP_label: Additional :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FundamentalFF_GasPP_label: Gas :blockLibraryPP_categoriesPP_FF_PhasedSS_ArraySS_SystemSS_ToolboxFF_WaveformsPP_label: Waveforms :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FluidsFF_GasFF_ValvesSS_AA_SS_OrificesFF_OrificesPP_label: Orifices :blockLibraryPP_categoriesPP_FF_РИТМFF_RITMSS_UtilitiesFF_RITMSS_UNIXSS_TimePP_label: RITM UNIX Time :blockLibraryPP_categoriesPP_FF_AerospaceFF_GNCFF_MonitoringPP_label: Monitoring :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_1DSS_MechanicalFF_TiresSS_AA_SS_VehiclesFF_TireSS_SubcomponentsPP_label: Tire Subcomponents :blockLibraryPP_categoriesPP_FF_РИТМFF_RITMSS_TCPPP_label: RITM TCP :blockLibraryPP_categoriesPP_FF_RITMFF_RITMSS_ModbusPP_label: RITM Modbus :blockLibraryPP_categoriesPP_FF_SignalSS_OperationsFF_SinksPP_label: Sinks :blockLibraryPP_categoriesPP_FF_RITMFF_RITMSS_UtilitiesPP_label: RITM Utilities :blockLibraryPP_categoriesPP_FF_RITMFF_RITMeXSS_GP-AD-24PP_label: RITMeX GP-AD-24 :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FundamentalFF_MechanicalFF_TranslationalFF_SourcesPP_label: Sources :blockLibraryPP_categoriesPP_FF_InterfacesFF_LCARDPP_label: LCARD :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FluidsPP_label: Fluids :blockLibraryPP_categoriesPP_FF_SatelliteSS_SystemsPP_label: Satellite Systems :blockLibraryPP_categoriesPP_FF_InterfacesFF_TCPPP_label: TCP :blockLibraryPP_categoriesPP_FF_AerospacePP_label: Aerospace :blockLibraryPP_categoriesPP_FF_InterfacesFF_PragmasoftPP_label: Pragmasoft :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FluidsFF_IsothermalSS_LiquidFF_ValvesSS_AA_SS_OrificesFF_SpoolsSS_AA_SS_PoppetsPP_label: Spools & Poppets :blockLibraryPP_categoriesPP_FF_BasicFF_MathSS_OperationsPP_label: Math Operations :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FundamentalPP_label: Fundamental :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FluidsFF_IsothermalSS_LiquidFF_PipesSS_AA_SS_FittingsPP_label: Pipes & Fittings :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_1DSS_MechanicalFF_ClutchesPP_label: Clutches :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FluidsFF_IsothermalSS_LiquidFF_ActuatorsPP_label: Actuators :blockLibraryPP_categoriesPP_FF_RFFF_CircuitSS_EnvelopeFF_ElementsPP_label: Elements :blockLibraryPP_categoriesPP_FF_BasicFF_ModelSS_VerificationPP_label: Model Verification :blockLibraryPP_categoriesPP_FF_RFSS_BlocksetFF_RFSS_CircuitSS_EnvelopeFF_UtilitiesPP_label: Utilities :blockLibraryPP_categoriesPP_FF_РИТМFF_RITMSS_TM-HOTASPP_label: RITM TM-HOTAS :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_ElectricalFF_PassiveFF_ThermalPP_label: Thermal :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FluidsFF_IsothermalSS_LiquidFF_ValvesSS_AA_SS_OrificesFF_FlowSS_ControlSS_ValvesPP_label: Flow Control Valves :blockLibraryPP_categoriesPP_FF_RITMFF_RITMeXSS_BA-IS-XXFF_BA-IS-XXSS_UARTPP_label: BA-IS-XX UART :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_1DSS_MechanicalFF_InertiasSS_AA_SS_LoadsPP_label: Inertias & Loads :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FluidsFF_IsothermalSS_LiquidFF_PumpsSS_AA_SS_MotorsPP_label: Pumps & Motors :blockLibraryPP_categoriesPP_FF_BasicFF_AdditionalFF_FlipSS_FlopsPP_label: Flip Flops :blockLibraryPP_categoriesPP_FF_SignalSS_OperationsFF_SignalSS_ManagementPP_label: Signal Management :blockLibraryPP_categoriesPP_FF_CommunicationSS_SystemsPP_label: Communication Systems :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_ElectricalFF_ControlFF_GeneralSS_ControlPP_label: General Control :blockLibraryPP_categoriesPP_FF_РИТМFF_RITMeXSS_GP-ID-24PP_label: RITMeX GP-ID-24 :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_FluidsFF_ThermalSS_LiquidFF_PumpsSS_AA_SS_MotorsPP_label: Pumps & Motors :blockLibraryPP_categoriesPP_FF_SignalSS_OperationsFF_MathSS_FunctionsFF_MatricesSS_andSS_LinearSS_AlgebraPP_label: Matrices and Linear Algebra :blockLibraryPP_categoriesPP_FF_PhasedSS_ArraySS_SystemsFF_BeamformingPP_label: Beamforming :blockLibraryPP_categoriesPP_FF_PhysicalSS_ModelingFF_ElectricalFF_ControlFF_SMSS_ControlPP_label: SM Control :blockLibraryPP_categoriesPP_FF_BasicFF_SinksPP_label: Sinks :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_NoisePP_PP_NoiseTypePP_optionsPP_NF: NF :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_PP_PP_IP1dBPP_label: Input 1 dB compression point (dBm) :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_PP_PP_ModelPP_optionsPP_modified-rapp: modified-rapp :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_PP_PP_NonLinearityTypePP_label: Type of Non-linearity :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_NoisePP_PP_NFPP_label: NF (dB) :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_NoisePP_PP_NoiseTypePP_optionsPP_noise-temperature: noise-temperature :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_NoisePP_label: Noise :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_PP_PP_NonLinearityTypePP_optionsPP_IP1dB: IP1dB :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_PP_PP_OutSatLevelPP_label: Output saturation level (V) :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_PP_PP_IPsatPP_label: Input saturation point (dBm) :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_PP_PP_NonLinearityTypePP_optionsPP_IPsat: IPsat :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_PP_PP_NonLinearityTypePP_optionsPP_OP1dB: OP1dB :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_NoisePP_PP_SeedPP_label: Seed :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_NoisePP_PP_SeedSourcePP_label: Seed source :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_PP_PP_NonLinearityTypePP_optionsPP_IIP3: IIP3 :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_PP_PP_IIP3PP_label: Input third-order intercept point (dBm) :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_NoisePP_PP_noise-temperaturePP_label: Noise temperature (K) :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_PP_PP_PhaseGainPP_label: Phase gain (rad) :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_NoisePP_PP_label: Main :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_PP_PP_ModelPP_label: Model :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_NoisePP_PP_NoiseTypePP_optionsPP_noise-factor: noise-factor :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_NoisePP_PP_SeedSourcePP_optionsPP_auto: auto :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_PP_PP_RappLinPowGainPP_label: Linear power gain (dB) :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_PP_PP_PolyLinPowGainPP_label: Linear power gain (dB) :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_PP_PP_NonLinearityTypePP_optionsPP_OPsat: OPsat :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_PP_PP_InScalePP_label: Input scaling (dB) :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_PP_PP_AmAmPP_label: AM/AM parameters [alpha beta] :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_PP_PP_PhaseSatPP_label: Phase saturation :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_PP_PP_ModelPP_optionsPP_saleh: saleh :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_PP_PP_LookupTablePP_label: Lookup table (Pin(dBm), Pout(dBm), deg) :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_NoisePP_PP_IncludeNoisePP_label: Include noise :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_PP_label: Main :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_PP_PP_PhaseSmoothPP_label: Phase smoothness factor :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_NoisePP_PP_NoiseTypePP_label: Specify noise type :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_PP_PP_label: Main :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_PP_PP_OPsatPP_label: Output saturation point (dBm) :blockLibraryPP_blocksPP_FF_RFFF_IdealizedSS_BasebandFF_AmplifierSS_OO_IBLL_PP_label: Amplifier (IB) :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_PP_PP_AmPmPP_label: AM/PM parameters [alpha beta] :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_PP_PP_NonLinearityTypePP_optionsPP_OIP3: OIP3 :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_PP_PP_OutScalePP_label: Output scaling (dB) :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_PP_PP_OIP3PP_label: Output third-order intercept point (dBm) :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_PP_PP_MagSmoothPP_label: Magnitude smoothness factor :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_NoisePP_PP_SeedSourcePP_optionsPP_user: user :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_PP_PP_ModelPP_optionsPP_cubic: cubic :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_NoisePP_PP_noise-factorPP_label: Noise factor :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_PP_PP_OP1dBPP_label: Output 1 dB compression point (dBm) :blockLibraryPP_blockTypesPP_AmplifierPP_BasePP_paramsPP_PP_PP_ModelPP_optionsPP_ampm: ampm

{blockLibraryPP_blocksPP_FF_RFFF_CircuitSS_EnvelopeFF_UtilitiesFF_ConfigurationPP_label}

System simulation settings.

blockType: SubSystem

Path in the library:

/RF/Circuit Envelope/Utilities/Configuration

Description

Block {blockLibraryPP_blocksPP_FF_RFFF_CircuitSS_EnvelopeFF_UtilitiesFF_ConfigurationPP_label} sets the settings for modeling the circuit envelope. The block parameters define the RF and solver attributes. RF attributes include properties such as simulation frequency, harmonic order, envelope bandwidth, and thermal noise. Solver attributes include types of transient analysis, tolerances, and small-signal approximation.

The low-signal transient simulation performs a stationary nonlinear harmonic balance solution to determine the operating point for subsequent linear analysis of the transient. This option allows you to capture the correct spectral behavior of a small signal, which is influenced by large constant (over-carrier) signals.

Connect one unit {blockLibraryPP_blocksPP_FF_RFFF_CircuitSS_EnvelopeFF_UtilitiesFF_ConfigurationPP_label} to each topologically separate subsystem of the library {blockLibraryPP_categoriesPP_FF_RFSS_BlocksetPP_label}. Each block {blockLibraryPP_blocksPP_FF_RFFF_CircuitSS_EnvelopeFF_UtilitiesFF_ConfigurationPP_label} defines the parameters of the connected library subsystem {blockLibraryPP_categoriesPP_FF_RFSS_BlocksetPP_label}.

The block icon {blockLibraryPP_blocksPP_FF_RFFF_CircuitSS_EnvelopeFF_UtilitiesFF_ConfigurationPP_label} depends on the parameter value {blockLibraryPP_blocksPP_FF_RFFF_CircuitSS_EnvelopeFF_UtilitiesFF_ConfigurationPP_maskPP_main_tabPP_section_1PP_simulate_noisePP_label}.

The flag is selected {blockLibraryPP_blocksPP_FF_RFFF_CircuitSS_EnvelopeFF_UtilitiesFF_ConfigurationPP_maskPP_main_tabPP_section_1PP_simulate_noisePP_label} The checkbox is not checked {blockLibraryPP_blocksPP_FF_RFFF_CircuitSS_EnvelopeFF_UtilitiesFF_ConfigurationPP_maskPP_main_tabPP_section_1PP_simulate_noisePP_label}

configuration

configuration 1

Ports

None.

Parameters

None.

Additional Info

Setup and complexity of the simulation

Details

The key parameters when setting up envelope modeling are the fundamental tone, harmonic order, and step size. To speed up the simulation, you can swap the simulation step size and the total number of simulation frequencies.

For example, if there are two large input signals with bandwidth 100 MHz each, with a central frequency 10 GHz and 10.1 GHz, respectively, it is possible to simulate these two signals using two separate fundamental tones. [10 10.1] GHz. Each tone has an order of harmonics 3 (total 25 simulation frequencies), and the simulation step size is 1/200 MHz = 5 Ns.

You can also configure the RF subsystem so that both signals are in the same simulated bandwidth with a central frequency. 10.05 GHz. In this case, the harmonic order is set equal. 3 (total 4 simulation frequency), and the simulation step size is 1/400 MHz = 2.5 hc. The latter configuration is faster because the number of simulation frequencies is less in 3 times, and the simulation step size is only in 2 times.

When setting up an envelope simulation, avoid overlapping envelopes. The thermal noise generated by the passive components is accounted for separately in each subband, which makes it possible to overlap individual envelopes.

Criteria for determining the simulation step size

Details

The simulation step size should be small enough to take into account the bandwidth of the signal and the in-band growth of the spectrum.

For example, a complex input signal has a sampling frequency equal to 10 MHz. The minimum time step required to simulate this signal is 1/20 MHz = 50 hc. You can use the oversampling coefficient from 4 before 8, which corresponds to the time step of the simulation from 25 ns before 12.5 hc. This makes it possible to detect the growth of the spectrum caused by nonlinear effects.

By default, the block {blockLibraryPP_blocksPP_FF_RFFF_CircuitSS_EnvelopeFF_UtilitiesFF_ConfigurationPP_label} allows you to automatically interpolate a base signal with a lower frequency into a radio frequency signal with a higher frequency. If you disable this property, it is recommended to use the same step size as the input signals. The input port resamples the input signal with the step size specified in the block {blockLibraryPP_blocksPP_FF_RFFF_CircuitSS_EnvelopeFF_UtilitiesFF_ConfigurationPP_label}. Using the same step size avoids the undesirable effects of spectrum overlap. It is best to resample the input signals before importing them into the library. {blockLibraryPP_categoriesPP_FF_RFSS_BlocksetPP_label} using analog (continuous time) or digital (discrete time) interpolation filters.

Relative tolerance and absolute tolerance

Details

The circuit envelope solver in the library {blockLibraryPP_categoriesPP_FF_RFSS_BlocksetPP_label} performs the solution of a set of nonlinear equations based on a set of system variables. These system variables are determined from the circuit topology and simulation frequencies. Relative tolerance and absolute tolerance are used to minimize the convergence error of system variables. The number of iterations used in each time step significantly affects the speed of solutions and the trade-off between accuracy and speed. This compromise is governed by the criterion of stopping iterations. This stopping criterion is based on three sub-criteria:

  • Convergence to variable error:

    where — system variables; — maximum iteration.

  • Convergence to the remainder error:

    where represents a part of , originating from - Oh branches.

  • The maximum number of iterations.

Stop calculations if the first two sub-criteria are met or the last sub-criterion is met. If only one of the sub-criteria is met, an error is returned stating that the nonlinear solver did not work.