BASE_STATION/SOFTWARE/Comms/DigitalModulation/DigitalModulation.wsv - master - CEPBEP/OPS

BASE_STATION/SOFTWARE/Comms/DigitalModulation/DigitalModulation.wsv
5 789 строк369 KB
George Kwa
ADD System Design (SystemVue) Software
09 авг 2025, 01:42
09 авг 2025, 01:42db4f78b
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<NetName>1</NetName></Item></Item></Item>
<Item XName="P2" Type="PartPin">
<Direction><T>Int</T><D>0</D></Direction>
<PartID>D1</PartID>
<PinName>In</PinName>
<SchObject>Part1</SchObject>
<TermNum>1</TermNum>
<Item XName="Subterminals" Type="SerItem">
<Item XName="T1" Type="SubTerm">
<MappedSchObject>Part0</MappedSchObject>
<NetName>1</NetName></Item></Item></Item></Item>
<Item XName="N5" Type="Nexus">
<Item XName="P1" Type="PartPin">
<Direction><T>Int</T><D>1</D></Direction>
<PartID>D1</PartID>
<PinName>Out</PinName>
<SchObject>Part1</SchObject>
<TermNum>2</TermNum>
<Item XName="Subterminals" Type="SerItem">
<Item XName="T1" Type="SubTerm">
<MappedSchObject>Part4</MappedSchObject>
<NetName>7</NetName></Item></Item></Item>
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<Direction><T>Int</T><D>0</D></Direction>
<PartID>S1</PartID>
<PinName>input</PinName>
<SchObject>Part4</SchObject>
<TermNum>1</TermNum>
<Item XName="Subterminals" Type="SerItem">
<Item XName="T1" Type="SubTerm">
<MappedSchObject>Part1</MappedSchObject>
<NetName>7</NetName></Item></Item></Item></Item>
<Item XName="N6" Type="Nexus">
<Item XName="C1" Type="ConnEndpoint">
<Direction><T>Int</T><D>0</D></Direction>
<ResolvedNetName>2</ResolvedNetName>
<SchObject>Connect1</SchObject></Item>
<Item XName="P1" Type="PartPin">
<Direction><T>Int</T><D>1</D></Direction>
<PartID>O1</PartID>
<PinName>output</PinName>
<SchObject>Part10</SchObject>
<TermNum>1</TermNum>
<Item XName="Subterminals" Type="SerItem">
<Item XName="T1" Type="SubTerm">
<MappedSchObject>Connect1</MappedSchObject>
<NetName>2</NetName></Item></Item></Item></Item>
<Item XName="N7" Type="Nexus">
<Item XName="C1" Type="ConnEndpoint">
<Direction><T>Int</T><D>1</D></Direction>
<ResolvedNetName>6</ResolvedNetName>
<SchObject>Connect3</SchObject></Item>
<Item XName="P1" Type="PartPin">
<Direction><T>Int</T><D>0</D></Direction>
<PartID>F1</PartID>
<PinName>input</PinName>
<SchObject>Part11</SchObject>
<TermNum>1</TermNum>
<Item XName="Subterminals" Type="SerItem">
<Item XName="T1" Type="SubTerm">
<MappedSchObject>Connect3</MappedSchObject>
<NetName>6</NetName></Item></Item></Item></Item>
<Item XName="N8" Type="Nexus">
<Item XName="P1" Type="PartPin">
<Direction><T>Int</T><D>0</D></Direction>
<PartID>C1</PartID>
<PinName>input</PinName>
<SchObject>Part2</SchObject>
<TermNum>1</TermNum>
<Item XName="Subterminals" Type="SerItem">
<Item XName="T1" Type="SubTerm">
<MappedSchObject>Part4</MappedSchObject>
<NetName>8</NetName></Item></Item></Item>
<Item XName="P2" Type="PartPin">
<Direction><T>Int</T><D>1</D></Direction>
<PartID>S1</PartID>
<PinName>output</PinName>
<SchObject>Part4</SchObject>
<TermNum>2</TermNum>
<Item XName="Subterminals" Type="SerItem">
<Item XName="T1" Type="SubTerm">
<MappedSchObject>Part2</MappedSchObject>
<NetName>8</NetName></Item></Item></Item></Item>
<Item XName="N9" Type="Nexus">
<Item XName="P1" Type="PartPin">
<Direction><T>Int</T><D>1</D></Direction>
<PartID>C1</PartID>
<PinName>real</PinName>
<SchObject>Part2</SchObject>
<TermNum>2</TermNum>
<Item XName="Subterminals" Type="SerItem">
<Item XName="T1" Type="SubTerm">
<MappedSchObject>Part6</MappedSchObject>
<NetName>5</NetName></Item></Item></Item>
<Item XName="P2" Type="PartPin">
<Direction><T>Int</T><D>0</D></Direction>
<PartID>M2</PartID>
<PinName>input1</PinName>
<SchObject>Part6</SchObject>
<TermNum>1</TermNum>
<Item XName="Subterminals" Type="SerItem">
<Item XName="T1" Type="SubTerm">
<MappedSchObject>Part2</MappedSchObject>
<NetName>5</NetName></Item></Item></Item></Item></Item>
<Item XName="Equations" Type="Equation">
<Selected><T>Bool</T><D>0</D></Selected>
<Text>&#x000D;&#x000A;SamplingRate=SymbolRate*OversamplingRatio;</Text>
<UnitUse><T>Int</T><D>2</D></UnitUse>
<Item XName="BPMgr" Type="BPMgr">
<BPLines><T>Empty</T></BPLines>
<BPStates><T>Empty</T></BPStates></Item>
<Item XName="EqnBlock" Type="EqnBlock">
<Lang><T>Int</T><D>1</D></Lang></Item>
<Item XName="Font" Type="Font">
<Name>Courier New</Name>
<Size><T>Double</T><D>125</D></Size></Item>
<Item XName="FunctionBlock" Type="FunctionBlock" />
<Item XName="Page" Type="PageMgr">
<Item XName="Display0" Type="EquationDisp">
<DVport><T>Array_Dbl64</T><D>1;4;;;G24;G24</D></DVport>
<PVPort><T>Array_Dbl64</T><D>1;4;qCpCpCpZA2C;QcPcPcvBH2C;qCpCpCdG234;pCpCpCNe734</D></PVPort>
<Show><T>Bool</T><D>0</D></Show>
<Split><T>Double</T><D>0.3</D></Split>
<Split2><T>Double</T><D>0.3</D></Split2></Item></Item>
<Item XName="VarBlock" Type="VarBlock">
<Item XName="BT" Type="Variable">
<Data><T>Double</T><D>0.3</D></Data></Item>
<Item XName="BitOrder" Type="Variable">
<Data><T>Double</T><D>1</D></Data></Item>
<Item XName="DefaultState" Type="Variable">
<Data><T>Double</T><D>1</D></Data></Item>
<Item XName="FCarrier" Type="Variable">
<Data><T>Double</T><D>800000000</D></Data>
<Unit><T>Int</T><D>1001</D></Unit></Item>
<Item XName="FSKFreqInterval" Type="Variable">
<Data><T>Double</T><D>400000</D></Data>
<Unit><T>Int</T><D>1002</D></Unit></Item>
<Item XName="FSKFreqIntervalType" Type="Variable">
<Data><T>Double</T><D>0</D></Data></Item>
<Item XName="FSKFreqList" Type="Variable">
<Data><T>Array_Dbl64</T><D>2;2;1;WQ844;WQ84C</D></Data>
<Unit><T>Int</T><D>1002</D></Unit></Item>
<Item XName="FilterFactor" Type="Variable">
<Data><T>Double</T><D>0.5</D></Data></Item>
<Item XName="FilterLengthOption" Type="Variable">
<Data><T>Double</T><D>1</D></Data></Item>
<Item XName="FreqBT" Type="Variable">
<Data><T>Double</T><D>0.3</D></Data></Item>
<Item XName="FreqPulse" Type="Variable">
<Data><T>Double</T><D>2</D></Data></Item>
<Item XName="IniPhase" Type="Variable">
<Data><T>Array_Dbl64</T><D>2;1;2;;</D></Data>
<Unit><T>Int</T><D>8001</D></Unit></Item>
<Item XName="L" Type="Variable">
<Data><T>Double</T><D>3</D></Data></Item>
<Item XName="LengthInSymbols" Type="Variable">
<Data><T>Double</T><D>6</D></Data></Item>
<Item XName="LengthInTaps" Type="Variable">
<Data><T>Double</T><D>161</D></Data></Item>
<Item XName="M_ary" Type="Variable">
<Data><T>Double</T><D>4</D></Data></Item>
<Item XName="ModType" Type="Variable">
<Data><T>Double</T><D>4</D></Data></Item>
<Item XName="Multi_h" Type="Variable">
<Data><T>Array_Dbl64</T><D>2;2;1;G}3;K}3</D></Data></Item>
<Item XName="NumInfoBits" Type="Variable">
<Data><T>Double</T><D>4620</D></Data></Item>
<Item XName="OversamplingRatio" Type="Variable">
<Data><T>Double</T><D>16</D></Data></Item>
<Item XName="PhaseOffset" Type="Variable">
<Data><T>Double</T><D>0.5235987755982988</D></Data></Item>
<Item XName="PulseShapingFilter" Type="Variable">
<Data><T>Double</T><D>2</D></Data></Item>
<Item XName="Radii" Type="Variable">
<Data><T>Array_Dbl64</T><D>2;1;2;m}3;4</D></Data></Item>
<Item XName="Ratio21" Type="Variable">
<Data><T>Double</T><D>2</D></Data></Item>
<Item XName="Ratio31" Type="Variable">
<Data><T>Double</T><D>3</D></Data></Item>
<Item XName="Ratio41" Type="Variable">
<Data><T>Double</T><D>4</D></Data></Item>
<Item XName="SamplingRate" Type="Variable">
<Creator>Equations</Creator>
<Data><T>Double</T><D>1600000</D></Data>
<SIUnits />
<Unit><T>Int</T><D>1001</D></Unit></Item>
<Item XName="States" Type="Variable">
<Data /></Item>
<Item XName="StatesPerRing" Type="Variable">
<Data><T>Array_Dbl64</T><D>2;1;2;G04;G04</D></Data></Item>
<Item XName="SymbolRate" Type="Variable">
<Data><T>Double</T><D>100000</D></Data>
<Unit><T>Int</T><D>1001</D></Unit></Item>
<Item XName="TGB" Type="Variable">
<Data><T>Double</T><D>1.25</D></Data></Item>
<Item XName="TGT1" Type="Variable">
<Data><T>Double</T><D>1.5</D></Data></Item>
<Item XName="TGT2" Type="Variable">
<Data><T>Double</T><D>0.5</D></Data></Item>
<Item XName="TGp" Type="Variable">
<Data><T>Double</T><D>0.7</D></Data></Item>
<Item XName="TranPower" Type="Variable">
<Data><T>Double</T><D>0.0001</D></Data>
<Unit><T>Int</T><D>11002</D></Unit></Item>
<Item XName="WorkMode" Type="Variable">
<Data><T>Double</T><D>0</D></Data></Item>
<Item XName="h" Type="Variable">
<Data><T>Double</T><D>0.7</D></Data></Item></Item></Item>
<Item XName="Page" Type="PageMgr">
<Item XName="Display0" Type="DesignDisp">
<CurTab>Schematic</CurTab>
<DVport><T>Array_Dbl64</T><D>1;4;;;JG24;Gz14</D></DVport>
<PVPort><T>Array_Dbl64</T><D>1;4;;;X37ER045334;dFV{yvo7n24</D></PVPort>
<Show><T>Bool</T><D>1</D></Show>
<ShowCmd><T>Int</T><D>1</D></ShowCmd>
<ShowTabs><T>Bool</T><D>1</D></ShowTabs>
<Window><T>Array_I64</T><D>1;4;;}7;dG;{F</D></Window>
<ZOrder><T>Int</T><D>0</D></ZOrder>
<Item XName="TabInfo" Type="SerItem">
<Item XName="Equations" Type="TabInfo">
<PageNo><T>Int</T><D>0</D></PageNo></Item>
<Item XName="Parameters" Type="TabInfo">
<PageNo><T>Int</T><D>0</D></PageNo></Item>
<Item XName="PartList" Type="TabInfo">
<PageNo><T>Int</T><D>0</D></PageNo></Item>
<Item XName="Schematic" Type="TabInfo">
<PageNo><T>Int</T><D>0</D></PageNo></Item></Item></Item>
<Item XName="Display1" Type="DesignDisp">
<CurTab>Schematic</CurTab>
<DVport><T>Array_Dbl64</T><D>1;4;;;ocEUzxu8B24;OI8qB74lr14</D></DVport>
<PVPort><T>Array_Dbl64</T><D>1;4;;;GJz24;WLUtd24</D></PVPort>
<Show><T>Bool</T><D>0</D></Show>
<Item XName="TabInfo" Type="SerItem">
<Item XName="Schematic" Type="TabInfo">
<PageNo><T>Int</T><D>1</D></PageNo></Item></Item></Item></Item>
<Item XName="Parameters" Type="Parameters">
<Selected><T>Bool</T><D>0</D></Selected>
<Item XName="Page" Type="PageMgr">
<Item XName="Display0" Type="ParmsDisp">
<DVport><T>Array_Dbl64</T><D>1;4;;;G24;G24</D></DVport>
<PVPort><T>Array_Dbl64</T><D>1;4;Wr0C;cPcPcPcvx0C;aj14;cPcPcPcBp14</D></PVPort>
<Show><T>Bool</T><D>0</D></Show></Item></Item>
<Item XName="ParamSet" Type="ParamSet">
<ParamOrder><T>Array_BString</T><D>1;36;ModType;FCarrier;TranPower;SymbolRate;OversamplingRatio;PulseShapingFilter;FilterLengthOption;LengthInSymbols;LengthInTaps;FilterFactor;Ratio21;Ratio31;Ratio41;StatesPerRing;Radii;IniPhase;DefaultState;States;PhaseOffset;TGp;TGB;TGT1;TGT2;BT;M_ary;h;Multi_h;FreqPulse;L;FreqBT;FSKFreqIntervalType;FSKFreqInterval;FSKFreqList;BitOrder;WorkMode;NumInfoBits</D></ParamOrder>
<Item XName="BT" Type="PartParam">
<DataEntry>0.3</DataEntry>
<Description>The BT value of GMSK</Description>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="BitOrder" Type="PartParam">
<DataEntry>1</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Bit order type: LSB, MSB</Description>
<Enum>DigitalMod__BitOrder@Data Flow Enums</Enum>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="DefaultState" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Use default states or not</Description>
<Enum>DigitalMod__DefaultState@Data Flow Enums</Enum>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="FCarrier" Type="PartParam">
<DataEntry>800e+6</DataEntry>
<Description>Carrier frequency</Description>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="FSKFreqInterval" Type="PartParam">
<DataEntry>400</DataEntry>
<Description>Vaild when ModType=2-FSK or 4-FSK or 8-FSK or 16-FSK and Frequency Interval=Linear. The frequency interval between the adjacent two frequency points</Description>
<Unit><T>Int</T><D>1002</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="FSKFreqIntervalType" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Vaild when ModType=2-FSK or 4-FSK or 8-FSK or 16-FSK. Frequency Interval type.: Linear, UserDefined</Description>
<Enum>DigitalMod__FrequencyIntervalType@Data Flow Enums</Enum>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="FSKFreqList" Type="PartParam">
<DataEntry>[200, -200]</DataEntry>
<Description>Vaild when ModType=2-FSK or 4-FSK or 8-FSK or 16-FSK and Frequency Interval=UserDefined. The custom defined frequency points list.</Description>
<Enum />
<Unit><T>Int</T><D>1002</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="FilterFactor" Type="PartParam">
<DataEntry>0.5</DataEntry>
<Description>Roll off factor / BT</Description>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="FilterLengthOption" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>The option of filter length</Description>
<Enum>DigitalMod__FilterLengthOption@Data Flow Enums</Enum>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="FreqBT" Type="PartParam">
<DataEntry>0.3</DataEntry>
<Description>Valid when ModType=M-ary CPM or Multi-h CPM and FreqPulse=GMSK. The BT of the GMSK frequency shaping filter.</Description>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="FreqPulse" Type="PartParam">
<DataEntry>2</DataEntry>
<Description>The type of frequency shaping filter: LREC, LRC, GMSK</Description>
<Enum>DigitalMod__FreqPulse@Data Flow Enums</Enum>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="IniPhase" Type="PartParam">
<DataEntry>[0; 0]</DataEntry>
<Description>Angle of the first state on each ring relative the x-axis</Description>
<Enum />
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="L" Type="PartParam">
<DataEntry>3</DataEntry>
<Description>Valid when ModType=M-ary CPM or Multi-h CPM and FreqPulse=LERC or LRC. The frequency shaping filter length in symbols.</Description>
<Enum />
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="LengthInSymbols" Type="PartParam">
<DataEntry>6</DataEntry>
<Description>The length of pulse shaping filter in symbols</Description>
<Enum />
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="LengthInTaps" Type="PartParam">
<DataEntry>161</DataEntry>
<Description>The length of pulse shaping filter in taps</Description>
<Enum />
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="M_ary" Type="PartParam">
<DataEntry>4</DataEntry>
<Description>The M-ary value of CPM , it must be 2^k, where k is an integer.</Description>
<Enum />
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="ModType" Type="PartParam">
<DataEntry>4</DataEntry>
<Description>Modulation Type</Description>
<Enum>DigitalMod__ModType@Data Flow Enums</Enum>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Multi_h" Type="PartParam">
<DataEntry>[0.25 0.3125]</DataEntry>
<Description>The list of CPM modulation efficients.</Description>
<Enum />
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="NumInfoBits" Type="PartParam">
<DataEntry>4620</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Valid only when WorkMode=Block. The number of information bits that one block contains.</Description>
<Enum />
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="OversamplingRatio" Type="PartParam">
<DataEntry>16</DataEntry>
<Description>Oversampling ratio</Description>
<Enum />
<Validate><T>Int</T><D>3</D></Validate></Item>
<Item XName="PhaseOffset" Type="PartParam">
<DataEntry>pi/6</DataEntry>
<Description>The phase offset of differential PSK modulation schemes.</Description>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="PulseShapingFilter" Type="PartParam">
<DataEntry>2</DataEntry>
<Description>The type of pulse shaping filter</Description>
<Enum>DigitalMod__PulseShapingFiter@Data Flow Enums</Enum>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Radii" Type="PartParam">
<DataEntry>[1; 2]</DataEntry>
<Description>Relative radius of each ring</Description>
<Enum />
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="Ratio21" Type="PartParam">
<DataEntry>2.0</DataEntry>
<Description>The value of R2/R1</Description>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Ratio31" Type="PartParam">
<DataEntry>3.0</DataEntry>
<Description>The value of R3/R1</Description>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Ratio41" Type="PartParam">
<DataEntry>4.0</DataEntry>
<Description>The value of R4/R1</Description>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="States" Type="PartParam">
<DataEntry />
<Description>States corresponding to the constellation points</Description>
<Enum />
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="StatesPerRing" Type="PartParam">
<DataEntry>[4; 4]</DataEntry>
<Description>Number of phase states on each ring</Description>
<Enum />
<Validate><T>Int</T><D>13</D></Validate></Item>
<Item XName="SymbolRate" Type="PartParam">
<DataEntry>100e3</DataEntry>
<Description>Symbol rate</Description>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="TGB" Type="PartParam">
<DataEntry>1.25</DataEntry>
<Description>The time scaling factor of SOQPSK-TG.</Description>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="TGT1" Type="PartParam">
<DataEntry>1.5</DataEntry>
<Description>The time coefficient of SOQPSK-TG.</Description>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="TGT2" Type="PartParam">
<DataEntry>0.5</DataEntry>
<Description>The time coefficient of SOQPSK-TG.</Description>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="TGp" Type="PartParam">
<DataEntry>0.7</DataEntry>
<Description>The roll off factor of SOQPSK-TG.</Description>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="TranPower" Type="PartParam">
<DataEntry>-10</DataEntry>
<Description>Transmit power in dBm</Description>
<Unit><T>Int</T><D>11002</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="WorkMode" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Bit order type: LSB, MSB</Description>
<Enum>DigitalMod__WorkMode@Data Flow Enums</Enum>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="h" Type="PartParam">
<DataEntry>0.7</DataEntry>
<Description>The value of CPM modulation efficient.</Description>
<Enum />
<Validate><T>Int</T><D>0</D></Validate></Item></Item></Item>
<Item XName="PartList" Type="PartList">
<Selected><T>Bool</T><D>0</D></Selected>
<Item XName="A1" Type="Part">
<Category>Analog/RF</Category>
<Description>Nonlinear Amplifier with Noise Figure</Description>
<DisabledNetlist />
<Footprint />
<MathLang><T>Bool</T><D>1</D></MathLang>
<Model>Amplifier@Data Flow Models</Model>
<ModelID />
<Netlist>input,9?Part6|control,10|output,6?Connect3</Netlist>
<ParentPartName>Amplifier@Algorithm Design</ParentPartName>
<SectionNum><T>Int</T><D>0</D></SectionNum>
<ShortSymbol />
<SimOverride><T>Int</T><D>0</D></SimOverride>
<Symbol>SYM_Amplifier</Symbol>
<Item XName="ModelsParamSet" Type="ModelsParamSet">
<Item XName="ModelSet_0" Type="ModelListEntry">
<Indentifier />
<ModelName>Amplifier@Data Flow Models</ModelName>
<SymbolName>SYM_Amplifier</SymbolName>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="GCSat" Type="PartParam">
<DataEntry>3</DataEntry>
<Description>Gain compression at saturation in dB</Description>
<DocSymbol />
<HideCondition>( GCType ~= 4 ) &amp;&amp; ( GCType ~= 5 ) &amp;&amp; ( GCType ~= 6 )</HideCondition>
<Range>[3:7]dagger.gif</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="GCType" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Gain compression type</Description>
<DocSymbol />
<Enum>Amplifier__GCType@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="GComp" Type="PartParam">
<DataEntry>[0, 0, 0]</DataEntry>
<Description>Array of triple values for Input Power(dBm) and either Gain(dB)/Phase(deg) change from small signal or AM-to-AM(dB/dB)/AM-to-PM(deg/dB)</Description>
<DocSymbol />
<HideCondition>( GCType ~= 8 ) &amp;&amp; ( GCType ~= 9 )</HideCondition>
<Range>dagger.gifdagger.gif</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="Gain" Type="PartParam">
<DataEntry>32</DataEntry>
<Description>Gain with units defined by GainUnit (used if optional voltage controlled gain input not used)</Description>
<DocSymbol />
<Range>(-inf:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="GainUnit" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Gain unit for the Gain parameter or the optional voltage controlled gain input</Description>
<DocSymbol />
<Enum>Amplifier__GainUnit@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="HighInputPowerWarning" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Warn when input power level exceeds highest power level in compression data (meaningful when GCTYpe is &quot;Gain compression vs input power&quot; or &quot;AM/AM and AM/PM vs input power&quot;). Currently used to issue warning in RF_Link simulations with X-Parameter files.</Description>
<DocSymbol />
<Enum>Amplifier__HighInputPowerWarning@Data Flow Enums</Enum>
<IsSettable><T>Bool</T><D>0</D></IsSettable>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="NoiseFigure" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Input noise figure in dB</Description>
<DocSymbol />
<Range>[0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="PSat" Type="PartParam">
<DataEntry>0.032</DataEntry>
<Description>Saturation power</Description>
<DocSymbol />
<HideCondition>( GCType ~= 4 ) &amp;&amp; ( GCType ~= 5 ) &amp;&amp; ( GCType ~= 6 ) &amp;&amp; ( GCType ~= 7 )</HideCondition>
<Range>(0:inf)dagger.gif</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>11001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Poly" Type="PartParam">
<DataEntry />
<Description>Array of polynomial coefficients approximating Vout = fun(Vin) of memoryless behaviour nonlinearity</Description>
<DocSymbol />
<HideCondition>true</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="RappS" Type="PartParam">
<DataEntry>3</DataEntry>
<Description>Rapp nonlinearity smoothness factor</Description>
<DocSymbol />
<HideCondition>GCType ~= 7</HideCondition>
<Range>(0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="RefR" Type="PartParam">
<DataEntry>50</DataEntry>
<Description>Reference resistance</Description>
<DocSymbol />
<Range>(0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>2001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="TOIout" Type="PartParam">
<DataEntry>0.1</DataEntry>
<Description>Output third order intercept power</Description>
<DocSymbol />
<HideCondition>( GCType ~= 1 ) &amp;&amp; ( GCType ~= 3 ) &amp;&amp; ( GCType ~= 4 ) &amp;&amp; ( GCType ~= 6 )</HideCondition>
<Range>(0:inf)dagger.gif</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>11001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="XParamInstanceName" Type="PartParam">
<DataEntry>XParam</DataEntry>
<Description>X-Parameter instance name. Currently used to issue warning in RF_Link simulations with X-Parameter files.</Description>
<DocSymbol />
<IsSettable><T>Bool</T><D>0</D></IsSettable>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>4</D></Validate></Item>
<Item XName="dBc1out" Type="PartParam">
<DataEntry>0.01</DataEntry>
<Description>Output 1 dB gain compression power</Description>
<DocSymbol />
<HideCondition>( GCType ~= 2 ) &amp;&amp; ( GCType ~= 3 ) &amp;&amp; ( GCType ~= 5 ) &amp;&amp; ( GCType ~= 6 )</HideCondition>
<Range>(0:inf)dagger.gif</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>11001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item></Item></Item></Item>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="GCSat" Type="PartParam">
<DataEntry>3</DataEntry>
<Description>Gain compression at saturation in dB</Description>
<DocSymbol />
<HideCondition>( GCType ~= 4 ) &amp;&amp; ( GCType ~= 5 ) &amp;&amp; ( GCType ~= 6 )</HideCondition>
<Range>[3:7]dagger.gif</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="GCType" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Gain compression type</Description>
<DocSymbol />
<Enum>Amplifier__GCType@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="GComp" Type="PartParam">
<DataEntry>[0, 0, 0]</DataEntry>
<Description>Array of triple values for Input Power(dBm) and either Gain(dB)/Phase(deg) change from small signal or AM-to-AM(dB/dB)/AM-to-PM(deg/dB)</Description>
<DocSymbol />
<HideCondition>( GCType ~= 8 ) &amp;&amp; ( GCType ~= 9 )</HideCondition>
<Range>dagger.gifdagger.gif</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="Gain" Type="PartParam">
<DataEntry>32</DataEntry>
<Description>Gain with units defined by GainUnit (used if optional voltage controlled gain input not used)</Description>
<DocSymbol />
<Range>(-inf:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="GainUnit" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Gain unit for the Gain parameter or the optional voltage controlled gain input</Description>
<DocSymbol />
<Enum>Amplifier__GainUnit@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="HighInputPowerWarning" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Warn when input power level exceeds highest power level in compression data (meaningful when GCTYpe is &quot;Gain compression vs input power&quot; or &quot;AM/AM and AM/PM vs input power&quot;). Currently used to issue warning in RF_Link simulations with X-Parameter files.</Description>
<DocSymbol />
<Enum>Amplifier__HighInputPowerWarning@Data Flow Enums</Enum>
<IsSettable><T>Bool</T><D>0</D></IsSettable>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="NoiseFigure" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Input noise figure in dB</Description>
<DocSymbol />
<Range>[0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="PSat" Type="PartParam">
<DataEntry>0.032</DataEntry>
<Description>Saturation power</Description>
<DocSymbol />
<HideCondition>( GCType ~= 4 ) &amp;&amp; ( GCType ~= 5 ) &amp;&amp; ( GCType ~= 6 ) &amp;&amp; ( GCType ~= 7 )</HideCondition>
<Range>(0:inf)dagger.gif</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>11001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Poly" Type="PartParam">
<DataEntry />
<Description>Array of polynomial coefficients approximating Vout = fun(Vin) of memoryless behaviour nonlinearity</Description>
<DocSymbol />
<HideCondition>true</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="RappS" Type="PartParam">
<DataEntry>3</DataEntry>
<Description>Rapp nonlinearity smoothness factor</Description>
<DocSymbol />
<HideCondition>GCType ~= 7</HideCondition>
<Range>(0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="RefR" Type="PartParam">
<DataEntry>50</DataEntry>
<Description>Reference resistance</Description>
<DocSymbol />
<Range>(0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>2001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="TOIout" Type="PartParam">
<DataEntry>0.1</DataEntry>
<Description>Output third order intercept power</Description>
<DocSymbol />
<HideCondition>( GCType ~= 1 ) &amp;&amp; ( GCType ~= 3 ) &amp;&amp; ( GCType ~= 4 ) &amp;&amp; ( GCType ~= 6 )</HideCondition>
<Range>(0:inf)dagger.gif</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>11001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="XParamInstanceName" Type="PartParam">
<DataEntry>XParam</DataEntry>
<Description>X-Parameter instance name. Currently used to issue warning in RF_Link simulations with X-Parameter files.</Description>
<DocSymbol />
<IsSettable><T>Bool</T><D>0</D></IsSettable>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>4</D></Validate></Item>
<Item XName="dBc1out" Type="PartParam">
<DataEntry>0.01</DataEntry>
<Description>Output 1 dB gain compression power</Description>
<DocSymbol />
<HideCondition>( GCType ~= 2 ) &amp;&amp; ( GCType ~= 3 ) &amp;&amp; ( GCType ~= 5 ) &amp;&amp; ( GCType ~= 6 )</HideCondition>
<Range>(0:inf)dagger.gif</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>11001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item></Item></Item>
<Item XName="B1" Type="Part">
<Category>Sources;C++ Code Generation</Category>
<Description>Random Bit Generator</Description>
<Footprint />
<MathLang><T>Bool</T><D>1</D></MathLang>
<Model>RandomBits@Data Flow Models</Model>
<ModelID />
<Netlist>output,1?Part1</Netlist>
<ParentPartName>Bits@Algorithm Design</ParentPartName>
<SectionNum><T>Int</T><D>0</D></SectionNum>
<ShortSymbol />
<Symbol>SYM_Bits</Symbol>
<Item XName="ModelsParamSet" Type="ModelsParamSet">
<Item XName="ModelSet_0" Type="ModelListEntry">
<Indentifier />
<ModelName>DataPattern@Data Flow Models</ModelName>
<SymbolName>SYM_Bits</SymbolName>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="BitRate" Type="PartParam">
<DataEntry>Sample_Rate</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Output bit rate</Description>
<DocSymbol />
<Range>[0:SampleRate]</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="BurstDelay" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Sample delay within burst before the start of the burst length interval</Description>
<DocSymbol>DB</DocSymbol>
<HideCondition>( BurstMode == 0 ) || ( ShowAdvancedParams ~= 1 )</HideCondition>
<Range>[0:BurstPeriod-BurstLength]</Range>
<RunTimeTunable><T>Bool</T><D>1</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="BurstLength" Type="PartParam">
<DataEntry>100</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Burst sample length</Description>
<DocSymbol>BL</DocSymbol>
<HideCondition>( BurstMode == 0 ) || ( ShowAdvancedParams ~= 1 )</HideCondition>
<Range>[1:inf)</Range>
<RunTimeTunable><T>Bool</T><D>1</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="BurstMode" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Burst mode</Description>
<DocSymbol />
<Enum>DataPattern__BurstMode@Data Flow Enums</Enum>
<HideCondition>ShowAdvancedParams ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>1</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="BurstPeriod" Type="PartParam">
<DataEntry>200</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Samples from start of one burst to start of next</Description>
<DocSymbol>BP</DocSymbol>
<HideCondition>( BurstMode ~= 2 ) || ( ShowAdvancedParams ~= 1 )</HideCondition>
<Range>[1:inf)</Range>
<RunTimeTunable><T>Bool</T><D>1</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="DataPattern" Type="PartParam">
<DataEntry>5</DataEntry>
<Description>Data pattern</Description>
<DocSymbol>T</DocSymbol>
<Enum>DataPattern__DataPattern@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>1</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="InitialDelay" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Output sample delay</Description>
<DocSymbol>D</DocSymbol>
<HideCondition>ShowAdvancedParams ~= 1</HideCondition>
<Range>[ 0:inf )</Range>
<RunTimeTunable><T>Bool</T><D>1</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="SampleRate" Type="PartParam">
<DataEntry>Sample_Rate</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Explicit sample rate</Description>
<DocSymbol>S</DocSymbol>
<HideCondition>( SampleRateOption == 2 ) || ( ShowAdvancedParams ~= 1 )</HideCondition>
<Range>( 0:inf )</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="SampleRateOption" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Sample rate option</Description>
<DocSymbol>SO</DocSymbol>
<Enum>DataPattern__SampleRateOption@Data Flow Enums</Enum>
<HideCondition>ShowAdvancedParams ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="ShowAdvancedParams" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Show advanced parameters</Description>
<DocSymbol />
<Enum>DataPattern__ShowAdvancedParams@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item></Item></Item>
<Item XName="ModelSet_1" Type="ModelListEntry">
<Indentifier />
<ModelName>PRBS@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_2" Type="ModelListEntry">
<Indentifier />
<ModelName>RandomBits@Data Flow Models</ModelName>
<SymbolName>SYM_Bits</SymbolName>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="BitRate" Type="PartParam">
<DataEntry>Sample_Rate</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Output bit rate</Description>
<DocSymbol />
<Range>[0:SampleRate]</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="BurstDelay" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Sample delay within burst before the start of the burst length interval</Description>
<DocSymbol>DB</DocSymbol>
<HideCondition>( BurstMode == 0 ) || ( ShowAdvancedParams ~= 1 )</HideCondition>
<Range>[0:BurstPeriod-BurstLength]</Range>
<RunTimeTunable><T>Bool</T><D>1</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="BurstLength" Type="PartParam">
<DataEntry>100</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Burst sample length</Description>
<DocSymbol>BL</DocSymbol>
<HideCondition>( BurstMode == 0 ) || ( ShowAdvancedParams ~= 1 )</HideCondition>
<Range>[1:inf)</Range>
<RunTimeTunable><T>Bool</T><D>1</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="BurstMode" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Burst mode</Description>
<DocSymbol />
<Enum>RandomBits__BurstMode@Data Flow Enums</Enum>
<HideCondition>ShowAdvancedParams ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>1</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="BurstPeriod" Type="PartParam">
<DataEntry>200</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Samples from start of one burst to start of next</Description>
<DocSymbol>BP</DocSymbol>
<HideCondition>( BurstMode ~= 2 ) || ( ShowAdvancedParams ~= 1 )</HideCondition>
<Range>[1:inf)</Range>
<RunTimeTunable><T>Bool</T><D>1</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="InitialDelay" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Output sample delay</Description>
<DocSymbol>D</DocSymbol>
<HideCondition>ShowAdvancedParams ~= 1</HideCondition>
<Range>[ 0:inf )</Range>
<RunTimeTunable><T>Bool</T><D>1</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="ProbOfZero" Type="PartParam">
<DataEntry>0.5</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Probability of zero bit value</Description>
<DocSymbol>P</DocSymbol>
<Range>[0:1]</Range>
<RunTimeTunable><T>Bool</T><D>1</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="SampleRate" Type="PartParam">
<DataEntry>Sample_Rate</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Explicit sample rate</Description>
<DocSymbol>S</DocSymbol>
<HideCondition>( SampleRateOption == 2 ) || ( ShowAdvancedParams ~= 1 )</HideCondition>
<Range>( 0:inf )</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="SampleRateOption" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Sample rate option</Description>
<DocSymbol>SO</DocSymbol>
<Enum>RandomBits__SampleRateOption@Data Flow Enums</Enum>
<HideCondition>ShowAdvancedParams ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="ShowAdvancedParams" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Show advanced parameters</Description>
<DocSymbol />
<Enum>RandomBits__ShowAdvancedParams@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item></Item></Item></Item>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="BitRate" Type="PartParam">
<DataEntry>Sample_Rate</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Output bit rate</Description>
<DocSymbol />
<Range>[0:SampleRate]</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="BurstDelay" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Sample delay within burst before the start of the burst length interval</Description>
<DocSymbol>DB</DocSymbol>
<HideCondition>( BurstMode == 0 ) || ( ShowAdvancedParams ~= 1 )</HideCondition>
<Range>[0:BurstPeriod-BurstLength]</Range>
<RunTimeTunable><T>Bool</T><D>1</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="BurstLength" Type="PartParam">
<DataEntry>100</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Burst sample length</Description>
<DocSymbol>BL</DocSymbol>
<HideCondition>( BurstMode == 0 ) || ( ShowAdvancedParams ~= 1 )</HideCondition>
<Range>[1:inf)</Range>
<RunTimeTunable><T>Bool</T><D>1</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="BurstMode" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Burst mode</Description>
<DocSymbol />
<Enum>RandomBits__BurstMode@Data Flow Enums</Enum>
<HideCondition>ShowAdvancedParams ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>1</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="BurstPeriod" Type="PartParam">
<DataEntry>200</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Samples from start of one burst to start of next</Description>
<DocSymbol>BP</DocSymbol>
<HideCondition>( BurstMode ~= 2 ) || ( ShowAdvancedParams ~= 1 )</HideCondition>
<Range>[1:inf)</Range>
<RunTimeTunable><T>Bool</T><D>1</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="InitialDelay" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Output sample delay</Description>
<DocSymbol>D</DocSymbol>
<HideCondition>ShowAdvancedParams ~= 1</HideCondition>
<Range>[ 0:inf )</Range>
<RunTimeTunable><T>Bool</T><D>1</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="ProbOfZero" Type="PartParam">
<DataEntry>0.5</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Probability of zero bit value</Description>
<DocSymbol>P</DocSymbol>
<Range>[0:1]</Range>
<RunTimeTunable><T>Bool</T><D>1</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="SampleRate" Type="PartParam">
<DataEntry>Sample_Rate</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Explicit sample rate</Description>
<DocSymbol>S</DocSymbol>
<HideCondition>( SampleRateOption == 2 ) || ( ShowAdvancedParams ~= 1 )</HideCondition>
<Range>( 0:inf )</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="SampleRateOption" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Sample rate option</Description>
<DocSymbol>SO</DocSymbol>
<Enum>RandomBits__SampleRateOption@Data Flow Enums</Enum>
<HideCondition>ShowAdvancedParams ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="ShowAdvancedParams" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Show advanced parameters</Description>
<DocSymbol />
<Enum>RandomBits__ShowAdvancedParams@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item></Item></Item>
<Item XName="C1" Type="Part">
<Category>Math Scalar;Type Converters;C++ Code Generation</Category>
<Description>double CxToRect</Description>
<Footprint />
<MathLang><T>Bool</T><D>1</D></MathLang>
<Model>CxToRect@Data Flow Models</Model>
<Netlist>input,8?Part4|real,5?Part6|imag,4?Part6</Netlist>
<ParentPartName>CxToRect@Algorithm Design</ParentPartName>
<SectionNum><T>Int</T><D>0</D></SectionNum>
<ShortSymbol />
<SimOverride><T>Int</T><D>0</D></SimOverride>
<Symbol>SYM_CxToRect</Symbol>
<Item XName="ModelsParamSet" Type="ModelsParamSet">
<Item XName="ModelSet_0" Type="ModelListEntry">
<Indentifier />
<ModelName>CxToRect@Data Flow Models</ModelName>
<SymbolName>SYM_CxToRect</SymbolName>
<Item XName="ParamSet" Type="ParamSet" /></Item></Item>
<Item XName="ParamSet" Type="ParamSet" /></Item>
<Item XName="D1" Type="Part">
<Category>Communications;C++ Code Generation</Category>
<Description>Digital Baseband Modulation Models</Description>
<Footprint />
<MathLang><T>Bool</T><D>1</D></MathLang>
<Model>DigitalMod@Data Flow Models</Model>
<ModelID />
<Netlist>In,1?Part0|Out,7?Part4</Netlist>
<ParentPartName>DigitalMod@Algorithm Design</ParentPartName>
<SectionNum><T>Int</T><D>0</D></SectionNum>
<ShortSymbol />
<Symbol>AutoSymDF</Symbol>
<Item XName="ModelsParamSet" Type="ModelsParamSet">
<Item XName="ModelSet_0" Type="ModelListEntry">
<Indentifier />
<ModelName>DigitalMod@Data Flow Models</ModelName>
<SymbolName>AutoSymDF</SymbolName>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="Alpha" Type="PartParam">
<DataEntry>0.5</DataEntry>
<Description>Valid when PulseShapingFilter=Raised Cosine or Root Raised Cosnine. The roll off factor of the filter.</Description>
<DocSymbol />
<HideCondition>(ModType&gt;18) &amp;&amp; (ModType~=0+19 &amp;&amp; ModType~=1+19 &amp;&amp; ModType~=2+19 &amp;&amp; ModType~=5+19 &amp;&amp; ModType~=7+19 &amp;&amp; ModType~=13+19 &amp;&amp; ModType~=40 &amp;&amp; ModType~=41) || (PulseShapingFiter == 0) ||(PulseShapingFiter == 1)||(PulseShapingFiter == 4)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="B" Type="PartParam">
<DataEntry>TGB</DataEntry>
<Description>Valid only whenModType=SOQPSK-TG. The time scaling factor of SOQPSK-TG. </Description>
<DocSymbol />
<HideCondition>ModType ~= 4+19</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="BT" Type="PartParam">
<DataEntry>BT</DataEntry>
<Description>Valid only when ModType=GMSK. The BT value of Gaussian filter.</Description>
<DocSymbol />
<HideCondition>ModType ~= 9+19</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="BitOrder" Type="PartParam">
<DataEntry>BitOrder</DataEntry>
<Description>Bit order type</Description>
<DocSymbol />
<Enum>DigitalMod__BitOrder@Data Flow Enums</Enum>
<HideCondition>ModType==8+19 || ModType==9+19</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="DefaultState" Type="PartParam">
<DataEntry>DefaultState</DataEntry>
<Description>Valid only for ModType=Custom APSK. Use default states or not.</Description>
<DocSymbol />
<Enum>DigitalMod__DefaultState@Data Flow Enums</Enum>
<HideCondition>(ModType ~= 18)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="FilterLengthOption" Type="PartParam">
<DataEntry>FilterLengthOption</DataEntry>
<Description>The length option of pulse shaping filter, either by taps or symbols.</Description>
<DocSymbol />
<Enum>DigitalMod__FilterLengthOption@Data Flow Enums</Enum>
<HideCondition>(ModType&gt;18) &amp;&amp; (ModType~=0+19 &amp;&amp; ModType~=1+19 &amp;&amp; ModType~=2+19 &amp;&amp; ModType~=5+19 &amp;&amp; ModType~=7+19 &amp;&amp; ModType~=13+19 &amp;&amp; ModType~=40 &amp;&amp; ModType~=41) || (PulseShapingFiter == 0) || (PulseShapingFiter == 1)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="FreqPulse" Type="PartParam">
<DataEntry>FreqPulse</DataEntry>
<Description>Valid when ModType=M-ary CPM or Multi-h CPM. The type of frequency shaping filter</Description>
<DocSymbol />
<Enum>DigitalMod__FreqPulse@Data Flow Enums</Enum>
<HideCondition>ModType~=10+19 &amp;&amp; ModType~=11+19</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="FrequencyInterval" Type="PartParam">
<DataEntry>FSKFreqInterval</DataEntry>
<Description>Vaild when ModType=2-FSK or 4-FSK or 8-FSK or 16-FSK and Frequency Interval=Linear. The frequency interval between the adjacent two frequency points</Description>
<DocSymbol />
<HideCondition>FrequencyIntervalType ~= 0 || ModType &lt; 36 || ModType &gt;= 40</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="FrequencyIntervalType" Type="PartParam">
<DataEntry>FSKFreqIntervalType</DataEntry>
<Description>Vaild when ModType=2-FSK or 4-FSK or 8-FSK or 16-FSK. Frequency Interval type.</Description>
<DocSymbol />
<Enum>DigitalMod__FrequencyIntervalType@Data Flow Enums</Enum>
<HideCondition>ModType &lt; 36 || ModType &gt;= 40</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="FrequencyList" Type="PartParam">
<DataEntry>FSKFreqList</DataEntry>
<Description>Vaild when ModType=2-FSK or 4-FSK or 8-FSK or 16-FSK and Frequency Interval=UserDefined. The custom defined frequency points list.</Description>
<DocSymbol />
<HideCondition>FrequencyIntervalType ~= 1 || ModType &lt; 36 || ModType &gt;= 40</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="GMSK_BT" Type="PartParam">
<DataEntry>0.3</DataEntry>
<Description>Valid when ModType=M-ary CPM or Multi-h CPM and FreqPulse=GMSK. The BT of the GMSK frequency shaping filter.</Description>
<DocSymbol />
<HideCondition>(ModType~=10+19 &amp;&amp; ModType~=11+19) ||FreqPulse ~=2</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="GaussianBT" Type="PartParam">
<DataEntry>0.5</DataEntry>
<Description>Valid only when PulseShapingFilter=Gaussian. The BT value of the Gaussian filter.</Description>
<DocSymbol />
<HideCondition>(ModType&gt;18) &amp;&amp; (ModType~=0+19 &amp;&amp; ModType~=1+19 &amp;&amp; ModType~=2+19 &amp;&amp; ModType~=5+19 &amp;&amp; ModType~=7+19 &amp;&amp; ModType~=13+19 &amp;&amp; ModType~=40 &amp;&amp; ModType~=41) || (PulseShapingFiter ~= 4)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="L" Type="PartParam">
<DataEntry>L</DataEntry>
<Description>Valid when ModType=GMSK OR when ModType=M-ary CPM, Multi-h CPM AND FreqPulse=LERC, LRC. The frequency shaping filter length in symbols.</Description>
<DocSymbol />
<HideCondition>(ModType~=10+19 &amp;&amp; ModType~=11+19 &amp;&amp; ModType~=28) </HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="LengthInSymbols" Type="PartParam">
<DataEntry>6</DataEntry>
<Description>Valid only when FilterLengthOption=Number of Symbols. The filter length in symbols.</Description>
<DocSymbol />
<HideCondition>(ModType&gt;18) &amp;&amp; (ModType~=0+19 &amp;&amp; ModType~=1+19 &amp;&amp; ModType~=2+19 &amp;&amp; ModType~=5+19 &amp;&amp; ModType~=7+19 &amp;&amp; ModType~=13+19 &amp;&amp; ModType~=40 &amp;&amp; ModType~=41) || (PulseShapingFiter == 0)|| (PulseShapingFiter == 1) ||FilterLengthOption~=0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="LengthInTaps" Type="PartParam">
<DataEntry>161</DataEntry>
<Description>Valid only when FilterLengthOption=Number of Taps. The filter length in taps.</Description>
<DocSymbol />
<HideCondition>(ModType&gt;18) &amp;&amp; (ModType~=0+19 &amp;&amp; ModType~=1+19 &amp;&amp; ModType~=2+19 &amp;&amp; ModType~=5+19 &amp;&amp; ModType~=7+19 &amp;&amp; ModType~=13+19 &amp;&amp; ModType~=40 &amp;&amp; ModType~=41) || (PulseShapingFiter == 0) || (PulseShapingFiter == 1) ||FilterLengthOption~=1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="M_ary" Type="PartParam">
<DataEntry>M_ary</DataEntry>
<Description>Valid when ModType=M-ary CPM or Multi-h CPM. The M-ary value of CPM , it must be 2^k, where k is an integer.</Description>
<DocSymbol />
<HideCondition>ModType~=10+19 &amp;&amp; ModType~=11+19</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="ModType" Type="PartParam">
<DataEntry>ModType</DataEntry>
<Description>Modulation type</Description>
<DocSymbol />
<Enum>DigitalMod__ModType@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Multi_h" Type="PartParam">
<DataEntry>[0.25, 0.3125]</DataEntry>
<Description>Valid only when ModType=Multi-h CPM. The list of CPM modulation efficients.</Description>
<DocSymbol />
<HideCondition>ModType~=11+19</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="NumInfoBits" Type="PartParam">
<DataEntry>NumInfoBits</DataEntry>
<Description>Valid only when WorkMode=Block. The number of information bits that one block contains.</Description>
<DocSymbol />
<HideCondition>WorkMode ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="OversampleRatio" Type="PartParam">
<DataEntry>OversamplingRatio</DataEntry>
<Description>The number of samples per symbol.</Description>
<DocSymbol />
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="PhaseOffset" Type="PartParam">
<DataEntry>PhaseOffset</DataEntry>
<Description>Valid when Modulation Type = DQPSK and D8PSK. The phase offset of differential PSK modulation schemes.</Description>
<DocSymbol />
<HideCondition>ModType ~= 0+19 &amp;&amp; ModType ~= 5+19 &amp;&amp; ModType ~= 40</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="PulseShapingFiter" Type="PartParam">
<DataEntry>PulseShapingFilter</DataEntry>
<Description>The type of pulse shaping filter.</Description>
<DocSymbol />
<Enum>DigitalMod__PulseShapingFiter@Data Flow Enums</Enum>
<HideCondition>(ModType&gt;18) &amp;&amp; (ModType~=0+19 &amp;&amp; ModType~=1+19 &amp;&amp; ModType~=2+19 &amp;&amp; ModType~=5+19 &amp;&amp; ModType~=7+19 &amp;&amp; ModType~=13+19 &amp;&amp; ModType~=40 &amp;&amp; ModType~=41)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Ratio_R2_R1" Type="PartParam">
<DataEntry>Ratio21</DataEntry>
<Description>Valid for ModType=16-APSK or 32-APSK or Star 16-QAM or Star 32-QAM. The value of R2/R1.</Description>
<DocSymbol />
<HideCondition>(ModType &lt; 14)||(ModType &gt; 17)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Ratio_R3_R1" Type="PartParam">
<DataEntry>Ratio31</DataEntry>
<Description>Valid only for ModType=32-APSK or Star 32-QAM. The value of R3/R1.</Description>
<DocSymbol />
<HideCondition>(ModType ~= 15)&amp;&amp;(ModType ~= 17)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Ratio_R4_R1" Type="PartParam">
<DataEntry>Ratio41</DataEntry>
<Description>Valid for ModType=32-APSK or Star 32-QAM. The value of R4/R1.</Description>
<DocSymbol />
<HideCondition>(ModType ~= 17)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="RingInitialPhases" Type="PartParam">
<DataEntry>[0; 0]</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Valid only for ModType=Custom APSK. Angle of the first state on each ring relative to the x-axis</Description>
<DocSymbol />
<HideCondition>(ModType ~= 18)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="RingMagnitudes" Type="PartParam">
<DataEntry>[1; 2]</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Valid only for ModType=Custom APSK. Relative radius of each ring</Description>
<DocSymbol />
<HideCondition>(ModType ~= 18)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="RingStates" Type="PartParam">
<DataEntry>[4; 4]</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Valid only for ModType=Custom APSK. Number of phase states on each ring</Description>
<DocSymbol />
<HideCondition>(ModType ~= 18)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>13</D></Validate></Item>
<Item XName="States" Type="PartParam">
<DataEntry>States</DataEntry>
<Description>Valid only for ModType=Custom APSK and DefaultState=FALSE. States correspoding to the constellation points</Description>
<DocSymbol />
<HideCondition>(ModType ~= 18)||(DefaultState ~= 0)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>13</D></Validate></Item>
<Item XName="SymbolRate" Type="PartParam">
<DataEntry>SymbolRate</DataEntry>
<Description>Vaild when ModType=2-FSK or 4-FSK or 8-FSK or 16-FSK. The symbol rate of the input bit sequence.</Description>
<DocSymbol />
<HideCondition>ModType &lt; 36 || ModType &gt;= 40</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="T1" Type="PartParam">
<DataEntry>TGT1</DataEntry>
<Description>Valid only when ModType=SOQPSK-TG. The time coefficient of SOQPSK-TG.</Description>
<DocSymbol />
<HideCondition>ModType ~= 4+19</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="T2" Type="PartParam">
<DataEntry>TGT2</DataEntry>
<Description>Valid only whenModType=SOQPSK-TG. The time coefficient of SOQPSK-TG. </Description>
<DocSymbol />
<HideCondition>ModType ~= 4+19</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="WorkMode" Type="PartParam">
<DataEntry>WorkMode</DataEntry>
<Description>The work mode of the model, to generate the signal continuously or block by block </Description>
<DocSymbol />
<Enum>DigitalMod__WorkMode@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="h" Type="PartParam">
<DataEntry>h</DataEntry>
<Description>Valid only when ModType=M-ary CPM. The value of CPM modulation efficient.</Description>
<DocSymbol />
<HideCondition>ModType~=10+19</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="p" Type="PartParam">
<DataEntry>TGp</DataEntry>
<Description>Valid only when ModType=SOQPSK-TG. The roll off factor of SOQPSK-TG. </Description>
<DocSymbol />
<HideCondition>ModType ~= 4+19</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item></Item></Item></Item>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="Alpha" Type="PartParam">
<DataEntry>0.5</DataEntry>
<Description>Valid when PulseShapingFilter=Raised Cosine or Root Raised Cosnine. The roll off factor of the filter.</Description>
<DocSymbol />
<HideCondition>(ModType&gt;18) &amp;&amp; (ModType~=0+19 &amp;&amp; ModType~=1+19 &amp;&amp; ModType~=2+19 &amp;&amp; ModType~=5+19 &amp;&amp; ModType~=7+19 &amp;&amp; ModType~=13+19 &amp;&amp; ModType~=40 &amp;&amp; ModType~=41) || (PulseShapingFiter == 0) ||(PulseShapingFiter == 1)||(PulseShapingFiter == 4)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="B" Type="PartParam">
<DataEntry>TGB</DataEntry>
<Description>Valid only whenModType=SOQPSK-TG. The time scaling factor of SOQPSK-TG. </Description>
<DocSymbol />
<HideCondition>ModType ~= 4+19</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="BT" Type="PartParam">
<DataEntry>BT</DataEntry>
<Description>Valid only when ModType=GMSK. The BT value of Gaussian filter.</Description>
<DocSymbol />
<HideCondition>ModType ~= 9+19</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="BitOrder" Type="PartParam">
<DataEntry>BitOrder</DataEntry>
<Description>Bit order type</Description>
<DocSymbol />
<Enum>DigitalMod__BitOrder@Data Flow Enums</Enum>
<HideCondition>ModType==8+19 || ModType==9+19</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="DefaultState" Type="PartParam">
<DataEntry>DefaultState</DataEntry>
<Description>Valid only for ModType=Custom APSK. Use default states or not.</Description>
<DocSymbol />
<Enum>DigitalMod__DefaultState@Data Flow Enums</Enum>
<HideCondition>(ModType ~= 18)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="FilterLengthOption" Type="PartParam">
<DataEntry>FilterLengthOption</DataEntry>
<Description>The length option of pulse shaping filter, either by taps or symbols.</Description>
<DocSymbol />
<Enum>DigitalMod__FilterLengthOption@Data Flow Enums</Enum>
<HideCondition>(ModType&gt;18) &amp;&amp; (ModType~=0+19 &amp;&amp; ModType~=1+19 &amp;&amp; ModType~=2+19 &amp;&amp; ModType~=5+19 &amp;&amp; ModType~=7+19 &amp;&amp; ModType~=13+19 &amp;&amp; ModType~=40 &amp;&amp; ModType~=41) || (PulseShapingFiter == 0) || (PulseShapingFiter == 1)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="FreqPulse" Type="PartParam">
<DataEntry>FreqPulse</DataEntry>
<Description>Valid when ModType=M-ary CPM or Multi-h CPM. The type of frequency shaping filter</Description>
<DocSymbol />
<Enum>DigitalMod__FreqPulse@Data Flow Enums</Enum>
<HideCondition>ModType~=10+19 &amp;&amp; ModType~=11+19</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="FrequencyInterval" Type="PartParam">
<DataEntry>FSKFreqInterval</DataEntry>
<Description>Vaild when ModType=2-FSK or 4-FSK or 8-FSK or 16-FSK and Frequency Interval=Linear. The frequency interval between the adjacent two frequency points</Description>
<DocSymbol />
<HideCondition>FrequencyIntervalType ~= 0 || ModType &lt; 36 || ModType &gt;= 40</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="FrequencyIntervalType" Type="PartParam">
<DataEntry>FSKFreqIntervalType</DataEntry>
<Description>Vaild when ModType=2-FSK or 4-FSK or 8-FSK or 16-FSK. Frequency Interval type.</Description>
<DocSymbol />
<Enum>DigitalMod__FrequencyIntervalType@Data Flow Enums</Enum>
<HideCondition>ModType &lt; 36 || ModType &gt;= 40</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="FrequencyList" Type="PartParam">
<DataEntry>FSKFreqList</DataEntry>
<Description>Vaild when ModType=2-FSK or 4-FSK or 8-FSK or 16-FSK and Frequency Interval=UserDefined. The custom defined frequency points list.</Description>
<DocSymbol />
<HideCondition>FrequencyIntervalType ~= 1 || ModType &lt; 36 || ModType &gt;= 40</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="GMSK_BT" Type="PartParam">
<DataEntry>0.3</DataEntry>
<Description>Valid when ModType=M-ary CPM or Multi-h CPM and FreqPulse=GMSK. The BT of the GMSK frequency shaping filter.</Description>
<DocSymbol />
<HideCondition>(ModType~=10+19 &amp;&amp; ModType~=11+19) ||FreqPulse ~=2</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="GaussianBT" Type="PartParam">
<DataEntry>0.5</DataEntry>
<Description>Valid only when PulseShapingFilter=Gaussian. The BT value of the Gaussian filter.</Description>
<DocSymbol />
<HideCondition>(ModType&gt;18) &amp;&amp; (ModType~=0+19 &amp;&amp; ModType~=1+19 &amp;&amp; ModType~=2+19 &amp;&amp; ModType~=5+19 &amp;&amp; ModType~=7+19 &amp;&amp; ModType~=13+19 &amp;&amp; ModType~=40 &amp;&amp; ModType~=41) || (PulseShapingFiter ~= 4)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="L" Type="PartParam">
<DataEntry>L</DataEntry>
<Description>Valid when ModType=GMSK OR when ModType=M-ary CPM, Multi-h CPM AND FreqPulse=LERC, LRC. The frequency shaping filter length in symbols.</Description>
<DocSymbol />
<HideCondition>(ModType~=10+19 &amp;&amp; ModType~=11+19 &amp;&amp; ModType~=28) </HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="LengthInSymbols" Type="PartParam">
<DataEntry>6</DataEntry>
<Description>Valid only when FilterLengthOption=Number of Symbols. The filter length in symbols.</Description>
<DocSymbol />
<HideCondition>(ModType&gt;18) &amp;&amp; (ModType~=0+19 &amp;&amp; ModType~=1+19 &amp;&amp; ModType~=2+19 &amp;&amp; ModType~=5+19 &amp;&amp; ModType~=7+19 &amp;&amp; ModType~=13+19 &amp;&amp; ModType~=40 &amp;&amp; ModType~=41) || (PulseShapingFiter == 0)|| (PulseShapingFiter == 1) ||FilterLengthOption~=0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="LengthInTaps" Type="PartParam">
<DataEntry>161</DataEntry>
<Description>Valid only when FilterLengthOption=Number of Taps. The filter length in taps.</Description>
<DocSymbol />
<HideCondition>(ModType&gt;18) &amp;&amp; (ModType~=0+19 &amp;&amp; ModType~=1+19 &amp;&amp; ModType~=2+19 &amp;&amp; ModType~=5+19 &amp;&amp; ModType~=7+19 &amp;&amp; ModType~=13+19 &amp;&amp; ModType~=40 &amp;&amp; ModType~=41) || (PulseShapingFiter == 0) || (PulseShapingFiter == 1) ||FilterLengthOption~=1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="M_ary" Type="PartParam">
<DataEntry>M_ary</DataEntry>
<Description>Valid when ModType=M-ary CPM or Multi-h CPM. The M-ary value of CPM , it must be 2^k, where k is an integer.</Description>
<DocSymbol />
<HideCondition>ModType~=10+19 &amp;&amp; ModType~=11+19</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="ModType" Type="PartParam">
<DataEntry>ModType</DataEntry>
<Description>Modulation type</Description>
<DocSymbol />
<Enum>DigitalMod__ModType@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Multi_h" Type="PartParam">
<DataEntry>[0.25, 0.3125]</DataEntry>
<Description>Valid only when ModType=Multi-h CPM. The list of CPM modulation efficients.</Description>
<DocSymbol />
<HideCondition>ModType~=11+19</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="NumInfoBits" Type="PartParam">
<DataEntry>NumInfoBits</DataEntry>
<Description>Valid only when WorkMode=Block. The number of information bits that one block contains.</Description>
<DocSymbol />
<HideCondition>WorkMode ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="OversampleRatio" Type="PartParam">
<DataEntry>OversamplingRatio</DataEntry>
<Description>The number of samples per symbol.</Description>
<DocSymbol />
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="PhaseOffset" Type="PartParam">
<DataEntry>PhaseOffset</DataEntry>
<Description>Valid when Modulation Type = DQPSK and D8PSK. The phase offset of differential PSK modulation schemes.</Description>
<DocSymbol />
<HideCondition>ModType ~= 0+19 &amp;&amp; ModType ~= 5+19 &amp;&amp; ModType ~= 40</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="PulseShapingFiter" Type="PartParam">
<DataEntry>PulseShapingFilter</DataEntry>
<Description>The type of pulse shaping filter.</Description>
<DocSymbol />
<Enum>DigitalMod__PulseShapingFiter@Data Flow Enums</Enum>
<HideCondition>(ModType&gt;18) &amp;&amp; (ModType~=0+19 &amp;&amp; ModType~=1+19 &amp;&amp; ModType~=2+19 &amp;&amp; ModType~=5+19 &amp;&amp; ModType~=7+19 &amp;&amp; ModType~=13+19 &amp;&amp; ModType~=40 &amp;&amp; ModType~=41)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Ratio_R2_R1" Type="PartParam">
<DataEntry>Ratio21</DataEntry>
<Description>Valid for ModType=16-APSK or 32-APSK or Star 16-QAM or Star 32-QAM. The value of R2/R1.</Description>
<DocSymbol />
<HideCondition>(ModType &lt; 14)||(ModType &gt; 17)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Ratio_R3_R1" Type="PartParam">
<DataEntry>Ratio31</DataEntry>
<Description>Valid only for ModType=32-APSK or Star 32-QAM. The value of R3/R1.</Description>
<DocSymbol />
<HideCondition>(ModType ~= 15)&amp;&amp;(ModType ~= 17)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Ratio_R4_R1" Type="PartParam">
<DataEntry>Ratio41</DataEntry>
<Description>Valid for ModType=32-APSK or Star 32-QAM. The value of R4/R1.</Description>
<DocSymbol />
<HideCondition>(ModType ~= 17)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="RingInitialPhases" Type="PartParam">
<DataEntry>[0; 0]</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Valid only for ModType=Custom APSK. Angle of the first state on each ring relative to the x-axis</Description>
<DocSymbol />
<HideCondition>(ModType ~= 18)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="RingMagnitudes" Type="PartParam">
<DataEntry>[1; 2]</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Valid only for ModType=Custom APSK. Relative radius of each ring</Description>
<DocSymbol />
<HideCondition>(ModType ~= 18)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="RingStates" Type="PartParam">
<DataEntry>[4; 4]</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Valid only for ModType=Custom APSK. Number of phase states on each ring</Description>
<DocSymbol />
<HideCondition>(ModType ~= 18)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>13</D></Validate></Item>
<Item XName="States" Type="PartParam">
<DataEntry>States</DataEntry>
<Description>Valid only for ModType=Custom APSK and DefaultState=FALSE. States correspoding to the constellation points</Description>
<DocSymbol />
<HideCondition>(ModType ~= 18)||(DefaultState ~= 0)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>13</D></Validate></Item>
<Item XName="SymbolRate" Type="PartParam">
<DataEntry>SymbolRate</DataEntry>
<Description>Vaild when ModType=2-FSK or 4-FSK or 8-FSK or 16-FSK. The symbol rate of the input bit sequence.</Description>
<DocSymbol />
<HideCondition>ModType &lt; 36 || ModType &gt;= 40</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="T1" Type="PartParam">
<DataEntry>TGT1</DataEntry>
<Description>Valid only when ModType=SOQPSK-TG. The time coefficient of SOQPSK-TG.</Description>
<DocSymbol />
<HideCondition>ModType ~= 4+19</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="T2" Type="PartParam">
<DataEntry>TGT2</DataEntry>
<Description>Valid only whenModType=SOQPSK-TG. The time coefficient of SOQPSK-TG. </Description>
<DocSymbol />
<HideCondition>ModType ~= 4+19</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="WorkMode" Type="PartParam">
<DataEntry>WorkMode</DataEntry>
<Description>The work mode of the model, to generate the signal continuously or block by block </Description>
<DocSymbol />
<Enum>DigitalMod__WorkMode@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="h" Type="PartParam">
<DataEntry>h</DataEntry>
<Description>Valid only when ModType=M-ary CPM. The value of CPM modulation efficient.</Description>
<DocSymbol />
<HideCondition>ModType~=10+19</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="p" Type="PartParam">
<DataEntry>TGp</DataEntry>
<Description>Valid only when ModType=SOQPSK-TG. The roll off factor of SOQPSK-TG. </Description>
<DocSymbol />
<HideCondition>ModType ~= 4+19</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item></Item></Item>
<Item XName="F1" Type="Part">
<Category>Filters;Analog/RF;Communications;Signal Processing</Category>
<DataType><T>Int</T><D>3</D></DataType>
<Description>Raised cosine bandpass filter</Description>
<DisabledNetlist />
<FltrType><T>Int</T><D>2</D></FltrType>
<Footprint />
<IntegerWordLength><T>Int</T><D>2</D></IntegerWordLength>
<MathLang><T>Bool</T><D>1</D></MathLang>
<Model>BPF_RaisedCosine@Data Flow Models</Model>
<ModelID />
<Netlist>input,6?Connect3|output,3?Part8</Netlist>
<Overflow><T>Int</T><D>3</D></Overflow>
<ParentPartName>Filter@Algorithm Design</ParentPartName>
<Quantization><T>Int</T><D>5</D></Quantization>
<Reconfigure><T>Bool</T><D>0</D></Reconfigure>
<SectionNum><T>Int</T><D>0</D></SectionNum>
<Shape><T>Int</T><D>21</D></Shape>
<ShortSymbol />
<ShowGrpDelay><T>Bool</T><D>0</D></ShowGrpDelay>
<ShowImpResp><T>Bool</T><D>0</D></ShowImpResp>
<ShowMag><T>Bool</T><D>1</D></ShowMag>
<ShowPhase><T>Bool</T><D>0</D></ShowPhase>
<ShowPoleZero><T>Bool</T><D>0</D></ShowPoleZero>
<ShowStepResp><T>Bool</T><D>0</D></ShowStepResp>
<SimOverride><T>Int</T><D>0</D></SimOverride>
<Symbol>SYM_BPF</Symbol>
<WordLength><T>Int</T><D>16</D></WordLength>
<Item XName="ModelsParamSet" Type="ModelsParamSet">
<Item XName="ModelSet_0" Type="ModelListEntry">
<Indentifier />
<ModelName>BPF_Bessel@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_1" Type="ModelListEntry">
<Indentifier />
<ModelName>BPF_Butterworth@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_10" Type="ModelListEntry">
<Indentifier />
<ModelName>BSF_Bessel@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_11" Type="ModelListEntry">
<Indentifier />
<ModelName>BSF_Butterworth@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_12" Type="ModelListEntry">
<Indentifier />
<ModelName>BSF_ChebyshevI@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_13" Type="ModelListEntry">
<Indentifier />
<ModelName>BSF_ChebyshevII@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_14" Type="ModelListEntry">
<Indentifier />
<ModelName>BSF_Elliptic@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_15" Type="ModelListEntry">
<Indentifier />
<ModelName>BSF_ParksMcClellan@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_16" Type="ModelListEntry">
<Indentifier />
<ModelName>BSF_SynchronouslyTuned@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_17" Type="ModelListEntry">
<Indentifier />
<ModelName>BSF_Window@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_18" Type="ModelListEntry">
<Indentifier />
<ModelName>CustomFIR@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_19" Type="ModelListEntry">
<Indentifier />
<ModelName>HBLPF_ParksMcClellan@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_2" Type="ModelListEntry">
<Indentifier />
<ModelName>BPF_ChebyshevI@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_20" Type="ModelListEntry">
<Indentifier />
<ModelName>HPF_Bessel@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_21" Type="ModelListEntry">
<Indentifier />
<ModelName>HPF_Butterworth@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_22" Type="ModelListEntry">
<Indentifier />
<ModelName>HPF_ChebyshevI@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_23" Type="ModelListEntry">
<Indentifier />
<ModelName>HPF_ChebyshevII@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_24" Type="ModelListEntry">
<Indentifier />
<ModelName>HPF_Elliptic@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_25" Type="ModelListEntry">
<Indentifier />
<ModelName>HPF_ParksMcClellan@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_26" Type="ModelListEntry">
<Indentifier />
<ModelName>HPF_SynchronouslyTuned@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_27" Type="ModelListEntry">
<Indentifier />
<ModelName>HPF_Window@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_28" Type="ModelListEntry">
<Indentifier />
<ModelName>LPF_Bessel@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_29" Type="ModelListEntry">
<Indentifier />
<ModelName>LPF_Butterworth@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_3" Type="ModelListEntry">
<Indentifier />
<ModelName>BPF_ChebyshevII@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_30" Type="ModelListEntry">
<Indentifier />
<ModelName>LPF_ChebyshevI@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_31" Type="ModelListEntry">
<Indentifier />
<ModelName>LPF_ChebyshevII@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_32" Type="ModelListEntry">
<Indentifier />
<ModelName>LPF_Edge@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_33" Type="ModelListEntry">
<Indentifier />
<ModelName>LPF_Elliptic@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_34" Type="ModelListEntry">
<Indentifier />
<ModelName>LPF_Gaussian@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_35" Type="ModelListEntry">
<Indentifier />
<ModelName>LPF_ParksMcClellan@Data Flow Models</ModelName>
<SymbolName>SYM_FIR</SymbolName>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="Decimation" Type="PartParam">
<DataEntry>1</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Decimation (down sampling) factor</Description>
<DocSymbol />
<Range>[1:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="DecimationPhase" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Decimation (down sampling) phase</Description>
<DocSymbol />
<Range>[0:Decimation-1]</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="Interpolation" Type="PartParam">
<DataEntry>1</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Interpolation (up sampling) factor</Description>
<DocSymbol />
<Range>[1:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="InterpolationScaling" Type="PartParam">
<DataEntry>1</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Gain adjustment for interpolation</Description>
<DocSymbol />
<Enum>LPF_ParksMcClellan__InterpolationScaling@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Loss" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Magnitude loss in dB</Description>
<DocSymbol />
<Range>[0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="MaximumOrder" Type="PartParam">
<DataEntry>300</DataEntry>
<Description>Maximum filter order for Parks-McClellan filter design</Description>
<DocSymbol />
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="Order" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Filter order for debug only (0 for auto order)</Description>
<DocSymbol />
<IsSettable><T>Bool</T><D>0</D></IsSettable>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="PassFreq" Type="PartParam">
<DataEntry>100e3</DataEntry>
<Description>Passband edge frequency</Description>
<DocSymbol />
<Range>(0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="PassRipple" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Passband ripple in dB</Description>
<DocSymbol />
<Range>[0.01:3.0103]</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="StopFreq" Type="PartParam">
<DataEntry>150e3</DataEntry>
<Description>Stopband edge frequency</Description>
<DocSymbol />
<Range>(PassFreq:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="StopRipple" Type="PartParam">
<DataEntry>30</DataEntry>
<Description>Stopband ripple in dB</Description>
<DocSymbol />
<Range>[3.0103:inf]</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>0</D></Validate></Item></Item></Item>
<Item XName="ModelSet_36" Type="ModelListEntry">
<Indentifier />
<ModelName>LPF_RaisedCosine@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_37" Type="ModelListEntry">
<Indentifier />
<ModelName>LPF_SynchronouslyTuned@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_38" Type="ModelListEntry">
<Indentifier />
<ModelName>LPF_Window@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_39" Type="ModelListEntry">
<Indentifier />
<ModelName>SDomainSystem@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_4" Type="ModelListEntry">
<Indentifier />
<ModelName>BPF_Elliptic@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_40" Type="ModelListEntry">
<Indentifier />
<ModelName>ZDomainFIR@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_41" Type="ModelListEntry">
<Indentifier />
<ModelName>ZDomainIIR@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_42" Type="ModelListEntry">
<Indentifier />
<ModelName>FIR_Fxp@Fxp Models</ModelName></Item>
<Item XName="ModelSet_43" Type="ModelListEntry">
<Indentifier />
<ModelName>SDomainIIR@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_44" Type="ModelListEntry">
<Indentifier />
<ModelName>Filter@Data Flow Models</ModelName>
<SymbolName>SYM_FIR</SymbolName>
<Item XName="ParamSet" Type="ParamSet" /></Item>
<Item XName="ModelSet_5" Type="ModelListEntry">
<Indentifier />
<ModelName>BPF_Gaussian@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_6" Type="ModelListEntry">
<Indentifier />
<ModelName>BPF_ParksMcClellan@Data Flow Models</ModelName>
<SymbolName>SYM_FIR</SymbolName>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="Decimation" Type="PartParam">
<DataEntry>1</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Decimation (down sampling) factor</Description>
<DocSymbol />
<Range>[1:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="DecimationPhase" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Decimation (down sampling) phase</Description>
<DocSymbol />
<Range>[0:Decimation-1]</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="FCenter" Type="PartParam">
<DataEntry>FCarrier</DataEntry>
<Description>Center frequency</Description>
<DocSymbol />
<Range>(0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Interpolation" Type="PartParam">
<DataEntry>1</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Interpolation (up sampling) factor</Description>
<DocSymbol />
<Range>[1:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="InterpolationScaling" Type="PartParam">
<DataEntry>1</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Gain adjustment for interpolation</Description>
<DocSymbol />
<Enum>BPF_ParksMcClellan__InterpolationScaling@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Loss" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Magnitude loss in dB</Description>
<DocSymbol />
<Range>[0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="MaximumOrder" Type="PartParam">
<DataEntry>300</DataEntry>
<Description>Maximum filter order for Parks-McClellan filter design</Description>
<DocSymbol />
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="Order" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Filter order for debug only (0 for auto order)</Description>
<DocSymbol />
<IsSettable><T>Bool</T><D>0</D></IsSettable>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="PassBandwidth" Type="PartParam">
<DataEntry>50e3</DataEntry>
<Description>Passband bandwidth</Description>
<DocSymbol />
<Range>(0:FCenter*2)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="PassRipple" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Passband ripple in dB</Description>
<DocSymbol />
<Range>[0.01:3.0103]</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="StopBandwidth" Type="PartParam">
<DataEntry>100e3</DataEntry>
<Description>Stopband bandwidth</Description>
<DocSymbol />
<Range>(PassBandwidth:FCenter*2)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="StopRipple" Type="PartParam">
<DataEntry>30</DataEntry>
<Description>Stopband ripple in dB</Description>
<DocSymbol />
<Range>[3.0103:inf]</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>0</D></Validate></Item></Item></Item>
<Item XName="ModelSet_7" Type="ModelListEntry">
<Indentifier />
<ModelName>BPF_RaisedCosine@Data Flow Models</ModelName>
<SymbolName>SYM_BPF</SymbolName>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="Decimation" Type="PartParam">
<DataEntry>1</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Decimation (down sampling) factor</Description>
<DocSymbol />
<Range>[1:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="DecimationPhase" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Decimation (down sampling) phase</Description>
<DocSymbol />
<Range>[0:Decimation-1]</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="FCenter" Type="PartParam">
<DataEntry>FCarrier</DataEntry>
<Description>Center frequency</Description>
<DocSymbol />
<Range>(0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Interpolation" Type="PartParam">
<DataEntry>1</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Interpolation (up sampling) factor</Description>
<DocSymbol />
<Range>[1:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="InterpolationScaling" Type="PartParam">
<DataEntry>1</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Gain adjustment for interpolation</Description>
<DocSymbol />
<Enum>BPF_RaisedCosine__InterpolationScaling@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Length" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Filter length (length = 2*delay) (based on LengthOption, specify number of taps, number of symbols, or impulse time duration)</Description>
<DocSymbol />
<HideCondition>LengthOption == 0</HideCondition>
<Range>[0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="LengthOption" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Filter length option (Auto: 8 * symbol period)</Description>
<DocSymbol />
<Enum>BPF_RaisedCosine__LengthOption@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Loss" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Magnitude loss in dB</Description>
<DocSymbol />
<Range>[0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="PulseEqualization" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Pulse equalization option</Description>
<DocSymbol />
<Enum>BPF_RaisedCosine__PulseEqualization@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="RollOff" Type="PartParam">
<DataEntry>0.5</DataEntry>
<Description>Roll-off factor (between 0 and 1)</Description>
<DocSymbol />
<Range>[0:1]</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="SquareRoot" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Square root option</Description>
<DocSymbol />
<Enum>BPF_RaisedCosine__SquareRoot@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="SymbolRate" Type="PartParam">
<DataEntry>SymbolRate</DataEntry>
<Description>Symbol rate (passband bandwidth = SymbolRate)</Description>
<DocSymbol />
<Range>(0:FCenter/2)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Window" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Window function</Description>
<DocSymbol />
<Enum>BPF_RaisedCosine__Window@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item></Item></Item>
<Item XName="ModelSet_8" Type="ModelListEntry">
<Indentifier />
<ModelName>BPF_SynchronouslyTuned@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_9" Type="ModelListEntry">
<Indentifier />
<ModelName>BPF_Window@Data Flow Models</ModelName></Item></Item>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="Decimation" Type="PartParam">
<DataEntry>1</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Decimation (down sampling) factor</Description>
<DocSymbol />
<Range>[1:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="DecimationPhase" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Decimation (down sampling) phase</Description>
<DocSymbol />
<Range>[0:Decimation-1]</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="FCenter" Type="PartParam">
<DataEntry>FCarrier</DataEntry>
<Description>Center frequency</Description>
<DocSymbol />
<Range>(0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Interpolation" Type="PartParam">
<DataEntry>1</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Interpolation (up sampling) factor</Description>
<DocSymbol />
<Range>[1:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="InterpolationScaling" Type="PartParam">
<DataEntry>1</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Gain adjustment for interpolation</Description>
<DocSymbol />
<Enum>BPF_RaisedCosine__InterpolationScaling@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Length" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Filter length (length = 2*delay) (based on LengthOption, specify number of taps, number of symbols, or impulse time duration)</Description>
<DocSymbol />
<HideCondition>LengthOption == 0</HideCondition>
<Range>[0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="LengthOption" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Filter length option (Auto: 8 * symbol period)</Description>
<DocSymbol />
<Enum>BPF_RaisedCosine__LengthOption@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Loss" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Magnitude loss in dB</Description>
<DocSymbol />
<Range>[0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="PulseEqualization" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Pulse equalization option</Description>
<DocSymbol />
<Enum>BPF_RaisedCosine__PulseEqualization@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="RollOff" Type="PartParam">
<DataEntry>0.5</DataEntry>
<Description>Roll-off factor (between 0 and 1)</Description>
<DocSymbol />
<Range>[0:1]</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="SquareRoot" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Square root option</Description>
<DocSymbol />
<Enum>BPF_RaisedCosine__SquareRoot@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="SymbolRate" Type="PartParam">
<DataEntry>SymbolRate</DataEntry>
<Description>Symbol rate (passband bandwidth = SymbolRate)</Description>
<DocSymbol />
<Range>(0:FCenter/2)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Window" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Window function</Description>
<DocSymbol />
<Enum>BPF_RaisedCosine__Window@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item></Item>
<Item XName="SampleRate" Type="Param">
<DataEntry>8e6</DataEntry>
<Unit><T>Int</T><D>1001</D></Unit></Item></Item>
<Item XName="M2" Type="Part">
<Category>Communications;Analog/RF</Category>
<Description>Modulator</Description>
<Footprint />
<MathLang><T>Bool</T><D>1</D></MathLang>
<Model>Modulator@Data Flow Models</Model>
<ModelID />
<Netlist>input1,5?Part2|input2,4?Part2|LO,2?Connect1|output,9?Part5|quad_output,12</Netlist>
<ParentPartName>Modulator@Algorithm Design</ParentPartName>
<SectionNum><T>Int</T><D>0</D></SectionNum>
<ShortSymbol />
<SimOverride><T>Int</T><D>0</D></SimOverride>
<Symbol>SYM_Modulator</Symbol>
<Item XName="ModelsParamSet" Type="ModelsParamSet">
<Item XName="ModelSet_0" Type="ModelListEntry">
<Indentifier />
<ModelName>Modulator@Data Flow Models</ModelName>
<SymbolName>SYM_Modulator</SymbolName>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="AmpSensitivity" Type="PartParam">
<DataEntry>1</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Amplitude sensitivity</Description>
<DocSymbol>S&lt;sub&gt;a&lt;/sub&gt;</DocSymbol>
<Range>(-inf:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="ConjugatedQuadrature" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Negate quadrature output</Description>
<DocSymbol />
<Enum>Modulator__ConjugatedQuadrature@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="FCarrier" Type="PartParam">
<DataEntry>FCarrier</DataEntry>
<Description>Carrier frequency (used if optional LO input not used)</Description>
<DocSymbol>f&lt;sub&gt;c&lt;/sub&gt;</DocSymbol>
<Range>[0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="FreqSensitivity" Type="PartParam">
<DataEntry>10000</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Frequency deviation sensitivity in Hz/Volt</Description>
<DocSymbol>S&lt;sub&gt;f&lt;/sub&gt;</DocSymbol>
<HideCondition>InputType ~= 2</HideCondition>
<Range>(-inf:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="GainImbalance" Type="PartParam">
<DataEntry>0.0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Gain imbalance in dB</Description>
<DocSymbol>G</DocSymbol>
<HideCondition>ShowIQ_Impairments ~= 1</HideCondition>
<Range>(-inf:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="IQ_Rotation" Type="PartParam">
<DataEntry>0.0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>IQ rotation</Description>
<DocSymbol>R</DocSymbol>
<HideCondition>ShowIQ_Impairments ~= 1</HideCondition>
<Range>(-inf:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="I_OriginOffset" Type="PartParam">
<DataEntry>0.0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>I origin offset</Description>
<DocSymbol>I&lt;sub&gt;off&lt;/sub&gt;</DocSymbol>
<HideCondition>ShowIQ_Impairments ~= 1</HideCondition>
<Range>(-inf:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="InitialPhase" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Initial phase</Description>
<DocSymbol>theta.gif</DocSymbol>
<Range>(-inf:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="InputType" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Input type</Description>
<DocSymbol />
<Enum>Modulator__InputType@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="MirrorSignal" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Mirror signal about carrier</Description>
<DocSymbol />
<Enum>Modulator__MirrorSignal@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="PhaseImbalance" Type="PartParam">
<DataEntry>0.0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Phase imbalance</Description>
<DocSymbol>phi.gif</DocSymbol>
<HideCondition>ShowIQ_Impairments ~= 1</HideCondition>
<Range>(-inf:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="PhaseSensitivity" Type="PartParam">
<DataEntry>90</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Phase deviation sensitivity in degrees/Volt</Description>
<DocSymbol>S&lt;sub&gt;p&lt;/sub&gt;</DocSymbol>
<HideCondition>InputType ~= 1</HideCondition>
<Range>(-inf:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Q_OriginOffset" Type="PartParam">
<DataEntry>0.0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Q origin offset</Description>
<DocSymbol>Q&lt;sub&gt;off&lt;/sub&gt;</DocSymbol>
<HideCondition>ShowIQ_Impairments ~= 1</HideCondition>
<Range>(-inf:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="ShowIQ_Impairments" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Show I and Q impairments</Description>
<DocSymbol />
<Enum>Modulator__ShowIQ_Impairments@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item></Item></Item></Item>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="AmpSensitivity" Type="PartParam">
<DataEntry>1</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Amplitude sensitivity</Description>
<DocSymbol>S&lt;sub&gt;a&lt;/sub&gt;</DocSymbol>
<Range>(-inf:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="ConjugatedQuadrature" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Negate quadrature output</Description>
<DocSymbol />
<Enum>Modulator__ConjugatedQuadrature@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="FCarrier" Type="PartParam">
<DataEntry>FCarrier</DataEntry>
<Description>Carrier frequency (used if optional LO input not used)</Description>
<DocSymbol>f&lt;sub&gt;c&lt;/sub&gt;</DocSymbol>
<Range>[0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="FreqSensitivity" Type="PartParam">
<DataEntry>10000</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Frequency deviation sensitivity in Hz/Volt</Description>
<DocSymbol>S&lt;sub&gt;f&lt;/sub&gt;</DocSymbol>
<HideCondition>InputType ~= 2</HideCondition>
<Range>(-inf:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="GainImbalance" Type="PartParam">
<DataEntry>0.0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Gain imbalance in dB</Description>
<DocSymbol>G</DocSymbol>
<HideCondition>ShowIQ_Impairments ~= 1</HideCondition>
<Range>(-inf:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="IQ_Rotation" Type="PartParam">
<DataEntry>0.0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>IQ rotation</Description>
<DocSymbol>R</DocSymbol>
<HideCondition>ShowIQ_Impairments ~= 1</HideCondition>
<Range>(-inf:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="I_OriginOffset" Type="PartParam">
<DataEntry>0.0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>I origin offset</Description>
<DocSymbol>I&lt;sub&gt;off&lt;/sub&gt;</DocSymbol>
<HideCondition>ShowIQ_Impairments ~= 1</HideCondition>
<Range>(-inf:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="InitialPhase" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Initial phase</Description>
<DocSymbol>theta.gif</DocSymbol>
<Range>(-inf:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="InputType" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Input type</Description>
<DocSymbol />
<Enum>Modulator__InputType@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="MirrorSignal" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Mirror signal about carrier</Description>
<DocSymbol />
<Enum>Modulator__MirrorSignal@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="PhaseImbalance" Type="PartParam">
<DataEntry>0.0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Phase imbalance</Description>
<DocSymbol>phi.gif</DocSymbol>
<HideCondition>ShowIQ_Impairments ~= 1</HideCondition>
<Range>(-inf:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="PhaseSensitivity" Type="PartParam">
<DataEntry>90</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Phase deviation sensitivity in degrees/Volt</Description>
<DocSymbol>S&lt;sub&gt;p&lt;/sub&gt;</DocSymbol>
<HideCondition>InputType ~= 1</HideCondition>
<Range>(-inf:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Q_OriginOffset" Type="PartParam">
<DataEntry>0.0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Q origin offset</Description>
<DocSymbol>Q&lt;sub&gt;off&lt;/sub&gt;</DocSymbol>
<HideCondition>ShowIQ_Impairments ~= 1</HideCondition>
<Range>(-inf:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="ShowIQ_Impairments" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Show I and Q impairments</Description>
<DocSymbol />
<Enum>Modulator__ShowIQ_Impairments@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item></Item></Item>
<Item XName="ModOut" Type="Part">
<Category>Sinks</Category>
<Description>EVM Measurement for Envelope Signals</Description>
<Footprint />
<MathLang><T>Bool</T><D>1</D></MathLang>
<Model>EVM_Env@Data Flow Models</Model>
<ModelID />
<Netlist>input,6?Connect9</Netlist>
<ParentPartName>EVM@Algorithm Design</ParentPartName>
<SectionNum><T>Int</T><D>0</D></SectionNum>
<ShortSymbol />
<SimOverride><T>Int</T><D>6</D></SimOverride>
<Symbol>SYM_EVM</Symbol>
<Item XName="ModelsParamSet" Type="ModelsParamSet">
<Item XName="ModelSet_0" Type="ModelListEntry">
<Indentifier />
<ModelName>EVM_Cx@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_1" Type="ModelListEntry">
<Indentifier />
<ModelName>EVM_Env@Data Flow Models</ModelName>
<SymbolName>SYM_EVM</SymbolName>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="Alpha" Type="PartParam">
<DataEntry>0.5</DataEntry>
<Description>Raised Cosine or Root Raised Cosine filter alpha</Description>
<DocSymbol />
<HideCondition>~(( MeasurementFilter == 2 ) || ( MeasurementFilter == 3 ) || ( ReferenceFilter == 2 ) || ( ReferenceFilter == 3 ))</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="ContinuousMode" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Run simulation in continuous mode</Description>
<DocSymbol />
<Enum>EVM_Env__ContinuousMode@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="MeasurementFilter" Type="PartParam">
<DataEntry>2</DataEntry>
<Description>Measurement filter used</Description>
<DocSymbol />
<Enum>EVM_Env__MeasurementFilter@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="ModType" Type="PartParam">
<DataEntry>ModType</DataEntry>
<Description>Modulation Type</Description>
<DocSymbol />
<Enum>EVM_Env__ModType@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="NormalizationReference" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>EVM normalization reference</Description>
<DocSymbol />
<Enum>EVM_Env__NormalizationReference@Data Flow Enums</Enum>
<HideCondition>ModType &lt; 4</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Ratio_R2_R1" Type="PartParam">
<DataEntry>2</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Ratio of second to first constellation ring for 16-APSK, 32-APSK, Star 16-QAM, and Star 32-QAM modulations</Description>
<DocSymbol />
<HideCondition>(ModType ~= 14) &amp;&amp; (ModType ~= 15) &amp;&amp; (ModType ~= 16) &amp;&amp; (ModType ~= 17)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Ratio_R3_R1" Type="PartParam">
<DataEntry>3</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Ratio of third to first constellation ring for 32-APSK and Star 32-QAM modulation</Description>
<DocSymbol />
<HideCondition>(ModType ~= 15) &amp;&amp; (ModType ~= 17)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Ratio_R4_R1" Type="PartParam">
<DataEntry>4</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Ratio of fourth to first constellation ring for Star 32-QAM modulation</Description>
<DocSymbol />
<HideCondition>(ModType ~= 17)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="ReferenceFilter" Type="PartParam">
<DataEntry>3</DataEntry>
<Description>Reference filter used</Description>
<DocSymbol />
<Enum>EVM_Env__ReferenceFilter@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="ResultLength" Type="PartParam">
<DataEntry>100</DataEntry>
<Description>Number of symbols to be measured</Description>
<DocSymbol />
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="RingInitialPhase" Type="PartParam">
<DataEntry>[0, 0]</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Phase of first constellation point in each ring</Description>
<DocSymbol />
<HideCondition>ModType ~= 18</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="RingMagnitudes" Type="PartParam">
<DataEntry>[1, 2]</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Relative ring magnitude</Description>
<DocSymbol />
<HideCondition>ModType ~= 18</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="RingStates" Type="PartParam">
<DataEntry>[4, 4]</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Number of constellation points in each ring</Description>
<DocSymbol />
<HideCondition>ModType ~= 18</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>13</D></Validate></Item>
<Item XName="SaveSymbolResults" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Save per symbol results (Sampled Data, Error Sequence, EVM Sequence, Magnitude Error Sequence, Phase Error Sequence)</Description>
<DocSymbol />
<Enum>EVM_Env__SaveSymbolResults@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Start" Type="PartParam">
<DataEntry>100/SymbolRate</DataEntry>
<Description>Start time for data collection</Description>
<DocSymbol />
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>7004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="SymbolRate" Type="PartParam">
<DataEntry>SymbolRate</DataEntry>
<Description>Symbol rate</Description>
<DocSymbol />
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="UserDefinedConstellation" Type="PartParam">
<DataEntry>[1, 1+1j, 1j, -1+1j, -1, -1-1j, -1j, 1-1j]</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>User defined constellation complex points</Description>
<DocSymbol />
<HideCondition>ModType ~= 9</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>15</D></Validate></Item></Item></Item></Item>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="Alpha" Type="PartParam">
<DataEntry>0.5</DataEntry>
<Description>Raised Cosine or Root Raised Cosine filter alpha</Description>
<DocSymbol />
<HideCondition>~(( MeasurementFilter == 2 ) || ( MeasurementFilter == 3 ) || ( ReferenceFilter == 2 ) || ( ReferenceFilter == 3 ))</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="ContinuousMode" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Run simulation in continuous mode</Description>
<DocSymbol />
<Enum>EVM_Env__ContinuousMode@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="MeasurementFilter" Type="PartParam">
<DataEntry>2</DataEntry>
<Description>Measurement filter used</Description>
<DocSymbol />
<Enum>EVM_Env__MeasurementFilter@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="ModType" Type="PartParam">
<DataEntry>ModType</DataEntry>
<Description>Modulation Type</Description>
<DocSymbol />
<Enum>EVM_Env__ModType@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>0</D></Unit>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="NormalizationReference" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>EVM normalization reference</Description>
<DocSymbol />
<Enum>EVM_Env__NormalizationReference@Data Flow Enums</Enum>
<HideCondition>ModType &lt; 4</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Ratio_R2_R1" Type="PartParam">
<DataEntry>2</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Ratio of second to first constellation ring for 16-APSK, 32-APSK, Star 16-QAM, and Star 32-QAM modulations</Description>
<DocSymbol />
<HideCondition>(ModType ~= 14) &amp;&amp; (ModType ~= 15) &amp;&amp; (ModType ~= 16) &amp;&amp; (ModType ~= 17)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Ratio_R3_R1" Type="PartParam">
<DataEntry>3</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Ratio of third to first constellation ring for 32-APSK and Star 32-QAM modulation</Description>
<DocSymbol />
<HideCondition>(ModType ~= 15) &amp;&amp; (ModType ~= 17)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Ratio_R4_R1" Type="PartParam">
<DataEntry>4</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Ratio of fourth to first constellation ring for Star 32-QAM modulation</Description>
<DocSymbol />
<HideCondition>(ModType ~= 17)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="ReferenceFilter" Type="PartParam">
<DataEntry>3</DataEntry>
<Description>Reference filter used</Description>
<DocSymbol />
<Enum>EVM_Env__ReferenceFilter@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="ResultLength" Type="PartParam">
<DataEntry>100</DataEntry>
<Description>Number of symbols to be measured</Description>
<DocSymbol />
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="RingInitialPhase" Type="PartParam">
<DataEntry>[0, 0]</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Phase of first constellation point in each ring</Description>
<DocSymbol />
<HideCondition>ModType ~= 18</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="RingMagnitudes" Type="PartParam">
<DataEntry>[1, 2]</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Relative ring magnitude</Description>
<DocSymbol />
<HideCondition>ModType ~= 18</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="RingStates" Type="PartParam">
<DataEntry>[4, 4]</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Number of constellation points in each ring</Description>
<DocSymbol />
<HideCondition>ModType ~= 18</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>13</D></Validate></Item>
<Item XName="SaveSymbolResults" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Save per symbol results (Sampled Data, Error Sequence, EVM Sequence, Magnitude Error Sequence, Phase Error Sequence)</Description>
<DocSymbol />
<Enum>EVM_Env__SaveSymbolResults@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Start" Type="PartParam">
<DataEntry>100/SymbolRate</DataEntry>
<Description>Start time for data collection</Description>
<DocSymbol />
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>7004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="SymbolRate" Type="PartParam">
<DataEntry>SymbolRate</DataEntry>
<Description>Symbol rate</Description>
<DocSymbol />
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="UserDefinedConstellation" Type="PartParam">
<DataEntry>[1, 1+1j, 1j, -1+1j, -1, -1-1j, -1j, 1-1j]</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>User defined constellation complex points</Description>
<DocSymbol />
<HideCondition>ModType ~= 9</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>15</D></Validate></Item></Item>
<Item XName="SimOverrideParam" Type="Param">
<DataEntry>(ModType &gt; 18)</DataEntry></Item></Item>
<Item XName="O1" Type="Part">
<Category>Sources;Analog/RF</Category>
<Description>Oscillator with Carrier Frequency</Description>
<Footprint />
<MathLang><T>Bool</T><D>1</D></MathLang>
<Model>Oscillator@Data Flow Models</Model>
<ModelID />
<Netlist>output,2?Connect1</Netlist>
<ParentPartName>Oscillator@Algorithm Design</ParentPartName>
<SectionNum><T>Int</T><D>0</D></SectionNum>
<ShortSymbol />
<Symbol>SYM_Oscillator</Symbol>
<Item XName="ModelsParamSet" Type="ModelsParamSet">
<Item XName="ModelSet_0" Type="ModelListEntry">
<Indentifier />
<ModelName>Oscillator@Data Flow Models</ModelName>
<SymbolName>SYM_Oscillator</SymbolName>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="Frequency" Type="PartParam">
<DataEntry>FCarrier</DataEntry>
<Description>RF tone frequency</Description>
<DocSymbol />
<Range>(0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="InitialDelay" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Initial output time delay</Description>
<DocSymbol>D</DocSymbol>
<HideCondition>ShowAdvancedParams ~= 1</HideCondition>
<Range>[0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>1</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>7004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="NDensity" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Noise spectral density added</Description>
<DocSymbol />
<Range>[0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>11001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="PN_Type" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Phase noise model type with random or fixed offset freq spacing and amplitude</Description>
<DocSymbol />
<Enum>Oscillator__PN_Type@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Phase" Type="PartParam">
<DataEntry>0.0</DataEntry>
<Description>RF tone carrier phase</Description>
<DocSymbol />
<HideCondition>RandomPhase == 1</HideCondition>
<Range>(-inf:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="PhaseNoiseData" Type="PartParam">
<DataEntry />
<Description>Phase noise specification - pairs of offset freq (Hz) and SSB phase noise level (dBc/Hz)</Description>
<DocSymbol />
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="Power" Type="PartParam">
<DataEntry>TranPower</DataEntry>
<Description>RF tone carrier power</Description>
<DocSymbol />
<Range>[0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>11001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="RandomPhase" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Set phase of RF tone to random value between -PI and +PI</Description>
<DocSymbol />
<Enum>Oscillator__RandomPhase@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="RefR" Type="PartParam">
<DataEntry>50</DataEntry>
<Description>Reference resistance</Description>
<DocSymbol />
<Range>(0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>2001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="SampleRate" Type="PartParam">
<DataEntry>SamplingRate</DataEntry>
<Description>Explicit sample rate</Description>
<DocSymbol>S</DocSymbol>
<HideCondition>( SampleRateOption == 2 ) || ( ShowAdvancedParams ~= 1 )</HideCondition>
<Range>(0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="SampleRateOption" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Sample rate option</Description>
<DocSymbol>SO</DocSymbol>
<Enum>Oscillator__SampleRateOption@Data Flow Enums</Enum>
<HideCondition>ShowAdvancedParams ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="ShowAdvancedParams" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Show advanced parameters</Description>
<DocSymbol />
<Enum>Oscillator__ShowAdvancedParams@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item></Item></Item></Item>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="Frequency" Type="PartParam">
<DataEntry>FCarrier</DataEntry>
<Description>RF tone frequency</Description>
<DocSymbol />
<Range>(0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="InitialDelay" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Initial output time delay</Description>
<DocSymbol>D</DocSymbol>
<HideCondition>ShowAdvancedParams ~= 1</HideCondition>
<Range>[0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>1</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>7004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="NDensity" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Noise spectral density added</Description>
<DocSymbol />
<Range>[0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>11001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="PN_Type" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Phase noise model type with random or fixed offset freq spacing and amplitude</Description>
<DocSymbol />
<Enum>Oscillator__PN_Type@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Phase" Type="PartParam">
<DataEntry>0.0</DataEntry>
<Description>RF tone carrier phase</Description>
<DocSymbol />
<HideCondition>RandomPhase == 1</HideCondition>
<Range>(-inf:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>8001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="PhaseNoiseData" Type="PartParam">
<DataEntry />
<Description>Phase noise specification - pairs of offset freq (Hz) and SSB phase noise level (dBc/Hz)</Description>
<DocSymbol />
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>14</D></Validate></Item>
<Item XName="Power" Type="PartParam">
<DataEntry>TranPower</DataEntry>
<Description>RF tone carrier power</Description>
<DocSymbol />
<Range>[0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>11001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="RandomPhase" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Set phase of RF tone to random value between -PI and +PI</Description>
<DocSymbol />
<Enum>Oscillator__RandomPhase@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="RefR" Type="PartParam">
<DataEntry>50</DataEntry>
<Description>Reference resistance</Description>
<DocSymbol />
<Range>(0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>2001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="SampleRate" Type="PartParam">
<DataEntry>SamplingRate</DataEntry>
<Description>Explicit sample rate</Description>
<DocSymbol>S</DocSymbol>
<HideCondition>( SampleRateOption == 2 ) || ( ShowAdvancedParams ~= 1 )</HideCondition>
<Range>(0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="SampleRateOption" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Sample rate option</Description>
<DocSymbol>SO</DocSymbol>
<Enum>Oscillator__SampleRateOption@Data Flow Enums</Enum>
<HideCondition>ShowAdvancedParams ~= 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="ShowAdvancedParams" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Show advanced parameters</Description>
<DocSymbol />
<Enum>Oscillator__ShowAdvancedParams@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item></Item></Item>
<Item XName="Page" Type="PageMgr">
<Item XName="Display0" Type="PartListDisp">
<DVport><T>Array_Dbl64</T><D>1;4;;;G24;G24</D></DVport>
<PVPort><T>Array_Dbl64</T><D>1;4;qCpCpCpZA2C;QcPcPcvBH2C;pCpCpCdG234;pCpCpCNe734</D></PVPort>
<Show><T>Bool</T><D>0</D></Show></Item></Item>
<Item XName="S1" Type="Part">
<Category>Routers/Resamplers</Category>
<Description>Set Signal Sample Rate</Description>
<Footprint />
<MathLang><T>Bool</T><D>1</D></MathLang>
<Model>SetSampleRate@Data Flow Models</Model>
<ModelID />
<Netlist>input,7?Part1|output,8?Part2</Netlist>
<ParentPartName>SetSampleRate@Algorithm Design</ParentPartName>
<SectionNum><T>Int</T><D>0</D></SectionNum>
<ShortSymbol />
<Symbol>SYM_SetSampleRate</Symbol>
<Item XName="ModelsParamSet" Type="ModelsParamSet">
<Item XName="ModelSet_0" Type="ModelListEntry">
<Indentifier />
<ModelName>SetSampleRate@Data Flow Models</ModelName>
<SymbolName>SYM_SetSampleRate</SymbolName>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="SampleRate" Type="PartParam">
<DataEntry>SamplingRate</DataEntry>
<Description>Sample rate</Description>
<DocSymbol />
<Range>(0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item></Item></Item></Item>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="SampleRate" Type="PartParam">
<DataEntry>SamplingRate</DataEntry>
<Description>Sample rate</Description>
<DocSymbol />
<Range>(0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item></Item></Item>
<Item XName="S2" Type="Part">
<Category>Sinks</Category>
<Description>Data Sink</Description>
<Footprint />
<MathLang><T>Bool</T><D>1</D></MathLang>
<Model>Sink@Data Flow Models</Model>
<ModelID />
<Netlist>input,3?Part11</Netlist>
<ParentPartName>Sink@Algorithm Design</ParentPartName>
<SectionNum><T>Int</T><D>0</D></SectionNum>
<ShortSymbol />
<SimOverride><T>Int</T><D>0</D></SimOverride>
<Symbol>SYM_Sink</Symbol>
<Item XName="ModelsParamSet" Type="ModelsParamSet">
<Item XName="ModelSet_0" Type="ModelListEntry">
<Indentifier />
<ModelName>Sink@Data Flow Models</ModelName>
<SymbolName>SYM_Sink</SymbolName>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="ClippingLevel" Type="PartParam">
<DataEntry>1.0</DataEntry>
<Description>Clipping voltage level</Description>
<DocSymbol />
<HideCondition>SinkTarget == 0 || ( DataFileType ~= 2 &amp;&amp; DataFileType ~= 3 ) || NormalizeWaveform == 1 || (ContinuousMode==1 &amp;&amp; DisableDataCollect==1)</HideCondition>
<Range>(0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>9001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="ContinuousMode" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Run simulation in continuous mode</Description>
<DocSymbol />
<Enum>Sink__ContinuousMode@Data Flow Enums</Enum>
<HideCondition>SinkTarget == 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="DataFileName" Type="PartParam">
<DataEntry>SinkData</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Data file name</Description>
<DocSymbol />
<HideCondition>SinkTarget == 0 || (ContinuousMode==1 &amp;&amp; DisableDataCollect==1)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>10</D></Validate></Item>
<Item XName="DataFileType" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Data file format</Description>
<DocSymbol />
<Enum>Sink__DataFileType@Data Flow Enums</Enum>
<HideCondition>SinkTarget == 0 || (ContinuousMode==1 &amp;&amp; DisableDataCollect==1)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="DisableDataCollect" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Disable the collection of data</Description>
<DocSymbol />
<Enum>Sink__DisableDataCollect@Data Flow Enums</Enum>
<HideCondition>ContinuousMode == 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="EquationBP" Type="PartParam">
<DataEntry>[]</DataEntry>
<Description>Equation Breakpoints</Description>
<DocSymbol />
<IsSettable><T>Bool</T><D>0</D></IsSettable>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>5</D></Validate></Item>
<Item XName="EquationBPStates" Type="PartParam">
<DataEntry>[]</DataEntry>
<Description>Equation Breakpoint States</Description>
<DocSymbol />
<IsSettable><T>Bool</T><D>0</D></IsSettable>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>5</D></Validate></Item>
<Item XName="EquationText" Type="PartParam">
<DataEntry />
<Default><T>Bool</T><D>1</D></Default>
<Description>Equation Text to Parse, edited in the equation set</Description>
<DocSymbol />
<IsSettable><T>Bool</T><D>0</D></IsSettable>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>4</D></Validate></Item>
<Item XName="Graph" Type="PartParam">
<DataEntry />
<Default><T>Bool</T><D>1</D></Default>
<Description>Graph to display the data in (if empty no graph is created)</Description>
<DocSymbol />
<HideCondition>SinkTarget == 1 || (ContinuousMode==1 &amp;&amp; DisableDataCollect==1)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>4</D></Validate></Item>
<Item XName="InsertFileHeader" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Enable inserting file header before csv file content</Description>
<DocSymbol />
<Enum>Sink__InsertFileHeader@Data Flow Enums</Enum>
<HideCondition>SinkTarget == 0 || DataFileType ~= 4 || (ContinuousMode==1 &amp;&amp; DisableDataCollect==1)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="NormalizeWaveform" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Normalize input signal magnitude to [-1,1] range before writing to file</Description>
<DocSymbol />
<Enum>Sink__NormalizeWaveform@Data Flow Enums</Enum>
<HideCondition>SinkTarget == 0 || ( DataFileType ~= 2 &amp;&amp; DataFileType ~= 3 ) || (ContinuousMode==1 &amp;&amp; DisableDataCollect==1)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Persistence" Type="PartParam">
<DataEntry>Data_Persistence</DataEntry>
<Description>Keep sink data in dataset when workspace is saved</Description>
<DocSymbol />
<Enum>Sink__Persistence@Data Flow Enums</Enum>
<HideCondition>SinkTarget == 1 || (ContinuousMode==1 &amp;&amp; DisableDataCollect==1)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="SampleStart" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Sample number to start data collection</Description>
<DocSymbol />
<HideCondition>StartStopOption == 2</HideCondition>
<Range>[0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="SampleStop" Type="PartParam">
<DataEntry>15000- 1</DataEntry>
<Description>Sample number to stop data collection</Description>
<DocSymbol />
<HideCondition>StartStopOption == 2</HideCondition>
<Range>[SampleStart:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="SinkTarget" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Location where simulation data is written</Description>
<DocSymbol />
<Enum>Sink__SinkTarget@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="SkipFrequency" Type="PartParam">
<DataEntry>1</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Do not write characterization frequency (for complex envelope data) to file</Description>
<DocSymbol />
<Enum>Sink__SkipFrequency@Data Flow Enums</Enum>
<HideCondition>SinkTarget == 0 || DataFileType == 2 || DataFileType == 3 || (ContinuousMode==1 &amp;&amp; DisableDataCollect==1)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="StartStopOption" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Sink collection mode</Description>
<DocSymbol />
<Enum>Sink__StartStopOption@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Table" Type="PartParam">
<DataEntry />
<Default><T>Bool</T><D>1</D></Default>
<Description>Table to display the data in (if empty no table is created)</Description>
<DocSymbol />
<HideCondition>SinkTarget == 1 || (ContinuousMode==1 &amp;&amp; DisableDataCollect==1)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>4</D></Validate></Item>
<Item XName="TimeStart" Type="PartParam">
<DataEntry>Start_Time</DataEntry>
<Description>Time to start data collection</Description>
<DocSymbol />
<HideCondition>StartStopOption == 1</HideCondition>
<Range>[0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>7004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="TimeStop" Type="PartParam">
<DataEntry>Stop_Time</DataEntry>
<Description>Time to stop data collection</Description>
<DocSymbol />
<HideCondition>StartStopOption == 1</HideCondition>
<Range>[TimeStart:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>7004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="ToSingleFile" Type="PartParam">
<DataEntry>1</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Write data from all inputs to the same file</Description>
<DocSymbol />
<Enum>Sink__ToSingleFile@Data Flow Enums</Enum>
<HideCondition>SinkTarget == 0 || (ContinuousMode==1 &amp;&amp; DisableDataCollect==1)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="WindowSize" Type="PartParam">
<DataEntry>500</DataEntry>
<Description>Number of samples to collect and display in dynamically updated graph</Description>
<DocSymbol />
<HideCondition>ContinuousMode == 0</HideCondition>
<Range>[1:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item></Item></Item></Item>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="ClippingLevel" Type="PartParam">
<DataEntry>1.0</DataEntry>
<Description>Clipping voltage level</Description>
<DocSymbol />
<HideCondition>SinkTarget == 0 || ( DataFileType ~= 2 &amp;&amp; DataFileType ~= 3 ) || NormalizeWaveform == 1 || (ContinuousMode==1 &amp;&amp; DisableDataCollect==1)</HideCondition>
<Range>(0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>9001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="ContinuousMode" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Run simulation in continuous mode</Description>
<DocSymbol />
<Enum>Sink__ContinuousMode@Data Flow Enums</Enum>
<HideCondition>SinkTarget == 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="DataFileName" Type="PartParam">
<DataEntry>SinkData</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Data file name</Description>
<DocSymbol />
<HideCondition>SinkTarget == 0 || (ContinuousMode==1 &amp;&amp; DisableDataCollect==1)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>10</D></Validate></Item>
<Item XName="DataFileType" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Data file format</Description>
<DocSymbol />
<Enum>Sink__DataFileType@Data Flow Enums</Enum>
<HideCondition>SinkTarget == 0 || (ContinuousMode==1 &amp;&amp; DisableDataCollect==1)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="DisableDataCollect" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Disable the collection of data</Description>
<DocSymbol />
<Enum>Sink__DisableDataCollect@Data Flow Enums</Enum>
<HideCondition>ContinuousMode == 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="EquationBP" Type="PartParam">
<DataEntry>[]</DataEntry>
<Description>Equation Breakpoints</Description>
<DocSymbol />
<IsSettable><T>Bool</T><D>0</D></IsSettable>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>5</D></Validate></Item>
<Item XName="EquationBPStates" Type="PartParam">
<DataEntry>[]</DataEntry>
<Description>Equation Breakpoint States</Description>
<DocSymbol />
<IsSettable><T>Bool</T><D>0</D></IsSettable>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>5</D></Validate></Item>
<Item XName="EquationText" Type="PartParam">
<DataEntry />
<Default><T>Bool</T><D>1</D></Default>
<Description>Equation Text to Parse, edited in the equation set</Description>
<DocSymbol />
<IsSettable><T>Bool</T><D>0</D></IsSettable>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>4</D></Validate></Item>
<Item XName="Graph" Type="PartParam">
<DataEntry />
<Default><T>Bool</T><D>1</D></Default>
<Description>Graph to display the data in (if empty no graph is created)</Description>
<DocSymbol />
<HideCondition>SinkTarget == 1 || (ContinuousMode==1 &amp;&amp; DisableDataCollect==1)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>4</D></Validate></Item>
<Item XName="InsertFileHeader" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Enable inserting file header before csv file content</Description>
<DocSymbol />
<Enum>Sink__InsertFileHeader@Data Flow Enums</Enum>
<HideCondition>SinkTarget == 0 || DataFileType ~= 4 || (ContinuousMode==1 &amp;&amp; DisableDataCollect==1)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="NormalizeWaveform" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Normalize input signal magnitude to [-1,1] range before writing to file</Description>
<DocSymbol />
<Enum>Sink__NormalizeWaveform@Data Flow Enums</Enum>
<HideCondition>SinkTarget == 0 || ( DataFileType ~= 2 &amp;&amp; DataFileType ~= 3 ) || (ContinuousMode==1 &amp;&amp; DisableDataCollect==1)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Persistence" Type="PartParam">
<DataEntry>Data_Persistence</DataEntry>
<Description>Keep sink data in dataset when workspace is saved</Description>
<DocSymbol />
<Enum>Sink__Persistence@Data Flow Enums</Enum>
<HideCondition>SinkTarget == 1 || (ContinuousMode==1 &amp;&amp; DisableDataCollect==1)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="SampleStart" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Sample number to start data collection</Description>
<DocSymbol />
<HideCondition>StartStopOption == 2</HideCondition>
<Range>[0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="SampleStop" Type="PartParam">
<DataEntry>15000- 1</DataEntry>
<Description>Sample number to stop data collection</Description>
<DocSymbol />
<HideCondition>StartStopOption == 2</HideCondition>
<Range>[SampleStart:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="SinkTarget" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Location where simulation data is written</Description>
<DocSymbol />
<Enum>Sink__SinkTarget@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="SkipFrequency" Type="PartParam">
<DataEntry>1</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Do not write characterization frequency (for complex envelope data) to file</Description>
<DocSymbol />
<Enum>Sink__SkipFrequency@Data Flow Enums</Enum>
<HideCondition>SinkTarget == 0 || DataFileType == 2 || DataFileType == 3 || (ContinuousMode==1 &amp;&amp; DisableDataCollect==1)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="StartStopOption" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Sink collection mode</Description>
<DocSymbol />
<Enum>Sink__StartStopOption@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Table" Type="PartParam">
<DataEntry />
<Default><T>Bool</T><D>1</D></Default>
<Description>Table to display the data in (if empty no table is created)</Description>
<DocSymbol />
<HideCondition>SinkTarget == 1 || (ContinuousMode==1 &amp;&amp; DisableDataCollect==1)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>4</D></Validate></Item>
<Item XName="TimeStart" Type="PartParam">
<DataEntry>Start_Time</DataEntry>
<Description>Time to start data collection</Description>
<DocSymbol />
<HideCondition>StartStopOption == 1</HideCondition>
<Range>[0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>7004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="TimeStop" Type="PartParam">
<DataEntry>Stop_Time</DataEntry>
<Description>Time to stop data collection</Description>
<DocSymbol />
<HideCondition>StartStopOption == 1</HideCondition>
<Range>[TimeStart:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>7004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="ToSingleFile" Type="PartParam">
<DataEntry>1</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Write data from all inputs to the same file</Description>
<DocSymbol />
<Enum>Sink__ToSingleFile@Data Flow Enums</Enum>
<HideCondition>SinkTarget == 0 || (ContinuousMode==1 &amp;&amp; DisableDataCollect==1)</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="WindowSize" Type="PartParam">
<DataEntry>500</DataEntry>
<Description>Number of samples to collect and display in dynamically updated graph</Description>
<DocSymbol />
<HideCondition>ContinuousMode == 0</HideCondition>
<Range>[1:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item></Item></Item>
<Item XName="S3" Type="Part">
<Category>Sinks</Category>
<Description>Spectrum Analyzer</Description>
<Footprint />
<MathLang><T>Bool</T><D>1</D></MathLang>
<Model>SpectrumAnalyzerEnv@Data Flow Models</Model>
<Netlist>input,6?Connect8</Netlist>
<ParentPartName>SpectrumAnalyzer@Algorithm Design</ParentPartName>
<SectionNum><T>Int</T><D>0</D></SectionNum>
<ShortSymbol />
<SimOverride><T>Int</T><D>0</D></SimOverride>
<Symbol>SYM_SpectrumAnalyzer</Symbol>
<Item XName="ModelsParamSet" Type="ModelsParamSet">
<Item XName="ModelSet_0" Type="ModelListEntry">
<Indentifier />
<ModelName>SpectrumAnalyzerCx@Data Flow Models</ModelName></Item>
<Item XName="ModelSet_1" Type="ModelListEntry">
<Indentifier />
<ModelName>SpectrumAnalyzerEnv@Data Flow Models</ModelName>
<SymbolName>SYM_SpectrumAnalyzer</SymbolName>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="FStart" Type="PartParam">
<DataEntry>0.0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Start frequency</Description>
<DocSymbol />
<Range>[0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="FStop" Type="PartParam">
<DataEntry>100.0e9</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Stop frequency</Description>
<DocSymbol />
<Range>(FStart:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Mode" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Mode of operation</Description>
<DocSymbol />
<Enum>SpectrumAnalyzerEnv__Mode@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="NumSegments" Type="PartParam">
<DataEntry>1</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Number of segments to be processed</Description>
<DocSymbol />
<Range>[1:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="Overlap" Type="PartParam">
<DataEntry>0.0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Segment overlap in percent</Description>
<DocSymbol />
<Range>[0:100)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Persistence" Type="PartParam">
<DataEntry>Data_Persistence</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Not saving sink data in the workspace file reduces the file size</Description>
<DocSymbol />
<Enum>SpectrumAnalyzerEnv__Persistence@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="RefR" Type="PartParam">
<DataEntry>50.0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Reference resistance</Description>
<DocSymbol />
<Range>(0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>2001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="ResBW" Type="PartParam">
<DataEntry>Freq_Resolution</DataEntry>
<Description>Resolution bandwidth</Description>
<DocSymbol />
<HideCondition>Mode ~= 1</HideCondition>
<Range>(0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="SegmentTime" Type="PartParam">
<DataEntry>Stop_Time - Start_Time + Time_Spacing</DataEntry>
<Description>Segment time</Description>
<DocSymbol />
<HideCondition>Mode ~= 0</HideCondition>
<Range>[16*TStep:inf)dagger.gif</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>7004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="SpectrumDisplay" Type="PartParam">
<DataEntry>1</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Spectrum display option</Description>
<DocSymbol />
<Enum>SpectrumAnalyzerEnv__SpectrumDisplay@Data Flow Enums</Enum>
<IsSettable><T>Bool</T><D>0</D></IsSettable>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="SpectrumType" Type="PartParam">
<DataEntry>1</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Output spectrum type</Description>
<DocSymbol />
<Enum>SpectrumAnalyzerEnv__SpectrumType@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Start" Type="PartParam">
<DataEntry>Start_Time</DataEntry>
<Description>Start time for data collection</Description>
<DocSymbol />
<Range>[0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>7004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Window" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Window applied to collected data</Description>
<DocSymbol />
<Enum>SpectrumAnalyzerEnv__Window@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item></Item></Item></Item>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="FStart" Type="PartParam">
<DataEntry>0.0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Start frequency</Description>
<DocSymbol />
<Range>[0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="FStop" Type="PartParam">
<DataEntry>100.0e9</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Stop frequency</Description>
<DocSymbol />
<Range>(FStart:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Mode" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Mode of operation</Description>
<DocSymbol />
<Enum>SpectrumAnalyzerEnv__Mode@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="NumSegments" Type="PartParam">
<DataEntry>1</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Number of segments to be processed</Description>
<DocSymbol />
<Range>[1:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="Overlap" Type="PartParam">
<DataEntry>0.0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Segment overlap in percent</Description>
<DocSymbol />
<Range>[0:100)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Persistence" Type="PartParam">
<DataEntry>Data_Persistence</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Not saving sink data in the workspace file reduces the file size</Description>
<DocSymbol />
<Enum>SpectrumAnalyzerEnv__Persistence@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="RefR" Type="PartParam">
<DataEntry>50.0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Reference resistance</Description>
<DocSymbol />
<Range>(0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Unit><T>Int</T><D>2001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="ResBW" Type="PartParam">
<DataEntry>Freq_Resolution</DataEntry>
<Description>Resolution bandwidth</Description>
<DocSymbol />
<HideCondition>Mode ~= 1</HideCondition>
<Range>(0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>1001</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="SegmentTime" Type="PartParam">
<DataEntry>Stop_Time - Start_Time + Time_Spacing</DataEntry>
<Description>Segment time</Description>
<DocSymbol />
<HideCondition>Mode ~= 0</HideCondition>
<Range>[16*TStep:inf)dagger.gif</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>7004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="SpectrumDisplay" Type="PartParam">
<DataEntry>1</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Spectrum display option</Description>
<DocSymbol />
<Enum>SpectrumAnalyzerEnv__SpectrumDisplay@Data Flow Enums</Enum>
<IsSettable><T>Bool</T><D>0</D></IsSettable>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="SpectrumType" Type="PartParam">
<DataEntry>1</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Output spectrum type</Description>
<DocSymbol />
<Enum>SpectrumAnalyzerEnv__SpectrumType@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="Start" Type="PartParam">
<DataEntry>Start_Time</DataEntry>
<Description>Start time for data collection</Description>
<DocSymbol />
<Range>[0:inf)</Range>
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>7004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="Window" Type="PartParam">
<DataEntry>0</DataEntry>
<Default><T>Bool</T><D>1</D></Default>
<Description>Window applied to collected data</Description>
<DocSymbol />
<Enum>SpectrumAnalyzerEnv__Window@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item></Item></Item>
<Item XName="V1" Type="Part">
<Category>Instrumentation</Category>
<Description>Keysight 89600 Vector Signal Analyzer</Description>
<DisabledNetlist>input,6?Connect4</DisabledNetlist>
<Footprint />
<MathLang><T>Bool</T><D>1</D></MathLang>
<Model>VSA_89600B_Sink@Data Flow Models</Model>
<ModelID />
<Netlist>input,6?Connect4</Netlist>
<ParentPartName>VSA_89600B_Sink@Algorithm Design</ParentPartName>
<SectionNum><T>Int</T><D>0</D></SectionNum>
<ShortSymbol />
<SimOverride><T>Int</T><D>1</D></SimOverride>
<Symbol>AutoSymDF{VSA Icon B}</Symbol>
<Item XName="ModelsParamSet" Type="ModelsParamSet">
<Item XName="ModelSet_1" Type="ModelListEntry">
<Indentifier />
<ModelName>VSA_89600B_Sink@Data Flow Models</ModelName>
<SymbolName>AutoSymDF{VSA Icon B}</SymbolName>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="ContinuousMode" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>YES enables continuous simulation; NO disables</Description>
<DocSymbol />
<Enum>VSA_89600B_Sink__ContinuousMode@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="RecordMode" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>YES enables VSA 89600 Recording mode; NO disables; Stop must be &gt; Start, ContinuousMode = NO</Description>
<DocSymbol />
<Enum>VSA_89600B_Sink__RecordMode@Data Flow Enums</Enum>
<HideCondition>ContinuousMode == 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="RestoreHW" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>YES to restore VSA hardware selection at end of simulation; NO to not</Description>
<DocSymbol />
<Enum>VSA_89600B_Sink__RestoreHW@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="SampleStart" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Index (start at 0) of the first sample to be streamed to VSA</Description>
<DocSymbol />
<HideCondition>ContinuousMode == 1 || StartStopOption == 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="SampleStop" Type="PartParam">
<DataEntry>Num_Samples - 1</DataEntry>
<Description>Index of the last sample to be streamed to VSA</Description>
<DocSymbol />
<HideCondition>ContinuousMode == 1 || StartStopOption == 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="SamplesPerSymbol" Type="PartParam">
<DataEntry>0.0</DataEntry>
<Description>Digital demodulation samples per symbol; NOT to be confused with VSA points per symbol</Description>
<DocSymbol />
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="SetFreqProp" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Set VSA 89600 measurement properties such as center frequency, span/sampling rate, zoom, ect. based on user inputs and simulation data.</Description>
<DocSymbol />
<Enum>VSA_89600B_Sink__SetFreqProp@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="SetupFile" Type="PartParam">
<DataEntry>DigitalModulation.setx</DataEntry>
<Description>VSA 89600 Setup file path</Description>
<DocSymbol />
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>10</D></Validate></Item>
<Item XName="StartStopOption" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Sink collection mode</Description>
<DocSymbol />
<Enum>VSA_89600B_Sink__StartStopOption@Data Flow Enums</Enum>
<HideCondition>ContinuousMode == 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="TimeStart" Type="PartParam">
<DataEntry>100/SymbolRate</DataEntry>
<Description>Time to start data collection for streaming to VSA</Description>
<DocSymbol />
<HideCondition>ContinuousMode == 1 || StartStopOption == 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>7004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="TimeStop" Type="PartParam">
<DataEntry>150000/SymbolRate</DataEntry>
<Description>Time to stop data collection for streaming to VSA</Description>
<DocSymbol />
<HideCondition>ContinuousMode == 1 || StartStopOption == 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>7004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="VSATitle" Type="PartParam">
<DataEntry>Simulation output</DataEntry>
<Description>Text for VSA title bar</Description>
<DocSymbol />
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>4</D></Validate></Item></Item></Item></Item>
<Item XName="ParamSet" Type="ParamSet">
<Item XName="ContinuousMode" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>YES enables continuous simulation; NO disables</Description>
<DocSymbol />
<Enum>VSA_89600B_Sink__ContinuousMode@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="RecordMode" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>YES enables VSA 89600 Recording mode; NO disables; Stop must be &gt; Start, ContinuousMode = NO</Description>
<DocSymbol />
<Enum>VSA_89600B_Sink__RecordMode@Data Flow Enums</Enum>
<HideCondition>ContinuousMode == 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="RestoreHW" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>YES to restore VSA hardware selection at end of simulation; NO to not</Description>
<DocSymbol />
<Enum>VSA_89600B_Sink__RestoreHW@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="SampleStart" Type="PartParam">
<DataEntry>0</DataEntry>
<Description>Index (start at 0) of the first sample to be streamed to VSA</Description>
<DocSymbol />
<HideCondition>ContinuousMode == 1 || StartStopOption == 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="SampleStop" Type="PartParam">
<DataEntry>Num_Samples - 1</DataEntry>
<Description>Index of the last sample to be streamed to VSA</Description>
<DocSymbol />
<HideCondition>ContinuousMode == 1 || StartStopOption == 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>11</D></Validate></Item>
<Item XName="SamplesPerSymbol" Type="PartParam">
<DataEntry>0.0</DataEntry>
<Description>Digital demodulation samples per symbol; NOT to be confused with VSA points per symbol</Description>
<DocSymbol />
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="SetFreqProp" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Set VSA 89600 measurement properties such as center frequency, span/sampling rate, zoom, ect. based on user inputs and simulation data.</Description>
<DocSymbol />
<Enum>VSA_89600B_Sink__SetFreqProp@Data Flow Enums</Enum>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="SetupFile" Type="PartParam">
<DataEntry>DigitalModulation.setx</DataEntry>
<Description>VSA 89600 Setup file path</Description>
<DocSymbol />
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Show><T>Bool</T><D>0</D></Show>
<Validate><T>Int</T><D>10</D></Validate></Item>
<Item XName="StartStopOption" Type="PartParam">
<DataEntry>1</DataEntry>
<Description>Sink collection mode</Description>
<DocSymbol />
<Enum>VSA_89600B_Sink__StartStopOption@Data Flow Enums</Enum>
<HideCondition>ContinuousMode == 1</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>16</D></Validate></Item>
<Item XName="TimeStart" Type="PartParam">
<DataEntry>100/SymbolRate</DataEntry>
<Description>Time to start data collection for streaming to VSA</Description>
<DocSymbol />
<HideCondition>ContinuousMode == 1 || StartStopOption == 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>7004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="TimeStop" Type="PartParam">
<DataEntry>150000/SymbolRate</DataEntry>
<Description>Time to stop data collection for streaming to VSA</Description>
<DocSymbol />
<HideCondition>ContinuousMode == 1 || StartStopOption == 0</HideCondition>
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Unit><T>Int</T><D>7004</D></Unit>
<Validate><T>Int</T><D>0</D></Validate></Item>
<Item XName="VSATitle" Type="PartParam">
<DataEntry>Simulation output</DataEntry>
<Description>Text for VSA title bar</Description>
<DocSymbol />
<Range />
<RunTimeTunable><T>Bool</T><D>0</D></RunTimeTunable>
<Validate><T>Int</T><D>4</D></Validate></Item></Item></Item></Item>
<Item XName="Schematic" Type="CSchematic">
<SchVer><T>Int</T><D>1</D></SchVer>
<Selected><T>Bool</T><D>0</D></Selected>
<ShowPage><T>Int</T><D>0</D></ShowPage>
<Shown><T>Int</T><D>15354</D></Shown>
<SymRotate><T>Double</T><D>0</D></SymRotate>
<SymScale><T>Double</T><D>1</D></SymScale>
<Units><T>Int</T><D>6003</D></Units>
<Item XName="Font" Type="Font">
<Angle><T>Int</T><D>0</D></Angle>
<Color><T>Int</T><D>0</D></Color>
<Italic><T>Int</T><D>0</D></Italic>
<Name>Arial</Name>
<Size><T>Double</T><D>111.1111111111111</D></Size>
<Weight><T>Int</T><D>400</D></Weight></Item>
<Item XName="Height" Type="Param">
<DataEntry>8</DataEntry>
<Unit><T>Int</T><D>6003</D></Unit></Item>
<Item XName="Page" Type="PageMgr">
<Item XName="Annotate0" Type="TextA">
<BorderColor><T>Int</T><D>8388608</D></BorderColor>
<BorderStyle><T>Int</T><D>0</D></BorderStyle>
<BorderWeight><T>Int</T><D>3</D></BorderWeight>
<Color><T>Int</T><D>14483455</D></Color>
<Filled><T>Bool</T><D>1</D></Filled>
<Height><T>Double</T><D>2000</D></Height>
<HorizMargin><T>Int</T><D>50</D></HorizMargin>
<Justification><T>Int</T><D>4</D></Justification>
<PosX><T>Double</T><D>2625</D></PosX>
<PosY><T>Double</T><D>1750</D></PosY>
<Selected><T>Bool</T><D>0</D></Selected>
<ToPoint><T>Bool</T><D>0</D></ToPoint>
<VertMargin><T>Int</T><D>50</D></VertMargin>
<Width><T>Double</T><D>5125</D></Width>
<ZOrder><T>Int</T><D>-1</D></ZOrder>
<Item XName="Font" Type="Font">
<Color><T>Int</T><D>0</D></Color>
<Name>Arial</Name>
<Size><T>Double</T><D>152.7777777777778</D></Size></Item>
<Item XName="Text" Type="Param">
<DataEntry>In the EVM model, set the MeasurementFilter and ReferenceFilter so that &#x000D;&#x000A;the PulseShapingFilter selected in the DigitalMod model cascaded by the &#x000D;&#x000A;MeasurementFilter results in the ReferenceFilter. For example:&#x000D;&#x000A;&#x000D;&#x000A;  PulseShapingFilter          MeasurementFilter            ReferenceFilter&#x000D;&#x000A;  Rectangular                             None                             Rectangular&#x000D;&#x000A;  Root Raised Cosine                None                       Root Raised Cosine&#x000D;&#x000A;  Root Raised Cosine       Root Raised Cosine              Raised Cosine&#x000D;&#x000A;  Raised Cosine                         None                             Raised Cosine</DataEntry>
<TextParam><T>Bool</T><D>1</D></TextParam></Item></Item>
<Item XName="Annotate1" Type="BalloonA">
<BorderColor><T>Int</T><D>8388608</D></BorderColor>
<BorderStyle><T>Int</T><D>0</D></BorderStyle>
<BorderWeight><T>Int</T><D>3</D></BorderWeight>
<Color><T>Int</T><D>14483455</D></Color>
<Filled><T>Bool</T><D>1</D></Filled>
<Height><T>Double</T><D>-1375</D></Height>
<HorizMargin><T>Int</T><D>50</D></HorizMargin>
<Justification><T>Int</T><D>5</D></Justification>
<PosX><T>Double</T><D>5749.999999999999</D></PosX>
<PosY><T>Double</T><D>-1250</D></PosY>
<Selected><T>Bool</T><D>0</D></Selected>
<ToPoint><T>Bool</T><D>0</D></ToPoint>
<VertMargin><T>Int</T><D>50</D></VertMargin>
<Width><T>Double</T><D>-2749.999999999998</D></Width>
<ZOrder><T>Int</T><D>-2</D></ZOrder>
<Item XName="Anchor2" Type="Anchor">
<AnchorType><T>Int</T><D>4</D></AnchorType>
<AnchorX><T>Double</T><D>6536.454423241349</D></AnchorX>
<AnchorY><T>Double</T><D>-1764.718790602787</D></AnchorY></Item>
<Item XName="Font" Type="Font">
<Color><T>Int</T><D>0</D></Color>
<Name>Arial</Name>
<Size><T>Double</T><D>152.7777777777778</D></Size></Item>
<Item XName="Text" Type="Param">
<DataEntry>Activate this filter ONLY if the PulseSahpingFilter of DigitalMod is Root Raised Cosine.&#x000D;&#x000A;Make sure RollOff has the same value as the Alpha parameter of DigitalMod.&#x000D;&#x000A;</DataEntry>
<TextParam><T>Bool</T><D>1</D></TextParam></Item></Item>
<Item XName="Annotate2" Type="TextA">
<BorderColor><T>Int</T><D>8388608</D></BorderColor>
<BorderStyle><T>Int</T><D>0</D></BorderStyle>
<BorderWeight><T>Int</T><D>3</D></BorderWeight>
<Color><T>Int</T><D>14483455</D></Color>
<Filled><T>Bool</T><D>1</D></Filled>
<Height><T>Double</T><D>1750</D></Height>
<HorizMargin><T>Int</T><D>50</D></HorizMargin>
<Justification><T>Int</T><D>5</D></Justification>
<PosX><T>Double</T><D>-3125</D></PosX>
<PosY><T>Double</T><D>1750</D></PosY>
<Selected><T>Bool</T><D>0</D></Selected>
<ToPoint><T>Bool</T><D>0</D></ToPoint>
<VertMargin><T>Int</T><D>50</D></VertMargin>
<Width><T>Double</T><D>4125</D></Width>
<ZOrder><T>Int</T><D>-3</D></ZOrder>
<Item XName="Font" Type="Font">
<Color><T>Int</T><D>0</D></Color>
<Name>Arial</Name>
<Size><T>Double</T><D>152.7777777777778</D></Size></Item>
<Item XName="Text" Type="Param">
<DataEntry>If you change the value of the OversamplingRatio parameter in the Parameters tab, make sure you set the SampPerSym variable in the Equation1 Equations Page to the same value.&#x000D;&#x000A;&#x000D;&#x000A;The variables SampPerSym and DownSamplingPhase defined in Equation1 Equations Page are used in the Constellation graph.</DataEntry>
<TextParam><T>Bool</T><D>1</D></TextParam></Item></Item>
<Item XName="Connect0" Type="SchConnector">
<BorderColor><T>Int</T><D>0</D></BorderColor>
<BorderStyle><T>Int</T><D>0</D></BorderStyle>
<BorderWeight><T>Int</T><D>1</D></BorderWeight>
<Coords><T>Array_Dbl64</T><D>1;4;Gxt24;W}}X324;msw24;W}}X324</D></Coords>
<Filled><T>Bool</T><D>0</D></Filled>
<NetLabel Attrib="13" />
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>0</D></PosY>
<Selected><T>Bool</T><D>0</D></Selected>
<eLeft><T>Int</T><D>2</D></eLeft>
<eRight><T>Int</T><D>1</D></eRight></Item>
<Item XName="Connect1" Type="SchConnector">
<BorderColor><T>Int</T><D>0</D></BorderColor>
<BorderStyle><T>Int</T><D>0</D></BorderStyle>
<BorderWeight><T>Int</T><D>1</D></BorderWeight>
<Coords><T>Array_Dbl64</T><D>1;6;WTc24;GF2C;Mh24;GF2C;Mh24;10Rt1C</D></Coords>
<Filled><T>Bool</T><D>0</D></Filled>
<NetLabel Attrib="13" />
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>0</D></PosY>
<Selected><T>Bool</T><D>0</D></Selected>
<eLeft><T>Int</T><D>1</D></eLeft>
<eRight><T>Int</T><D>1</D></eRight></Item>
<Item XName="Connect3" Type="SchConnector">
<BorderColor><T>Int</T><D>0</D></BorderColor>
<BorderStyle><T>Int</T><D>0</D></BorderStyle>
<BorderWeight><T>Int</T><D>1</D></BorderWeight>
<Coords><T>Array_Dbl64</T><D>1;6;xt24;Y324;xt24;RN2C;Wxt24;RN2C</D></Coords>
<Filled><T>Bool</T><D>0</D></Filled>
<NetLabel Attrib="13" />
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>0</D></PosY>
<Selected><T>Bool</T><D>0</D></Selected>
<eLeft><T>Int</T><D>2</D></eLeft>
<eRight><T>Int</T><D>1</D></eRight></Item>
<Item XName="Connect4" Type="SchConnector">
<BorderColor><T>Int</T><D>0</D></BorderColor>
<BorderStyle><T>Int</T><D>0</D></BorderStyle>
<BorderWeight><T>Int</T><D>1</D></BorderWeight>
<Coords><T>Array_Dbl64</T><D>1;4;Gxt24;W}}X324;WH{24;W}}X324</D></Coords>
<Filled><T>Bool</T><D>0</D></Filled>
<NetLabel Attrib="13" />
<PosX><T>Double</T><D>750.0000000000146</D></PosX>
<PosY><T>Double</T><D>0</D></PosY>
<Selected><T>Bool</T><D>0</D></Selected>
<eLeft><T>Int</T><D>1</D></eLeft>
<eRight><T>Int</T><D>2</D></eRight></Item>
<Item XName="Connect8" Type="SchConnector">
<BorderColor><T>Int</T><D>0</D></BorderColor>
<BorderStyle><T>Int</T><D>0</D></BorderStyle>
<BorderWeight><T>Int</T><D>1</D></BorderWeight>
<Coords><T>Array_Dbl64</T><D>1;4;WH{24;Y324;WH{24;Y32C</D></Coords>
<Filled><T>Bool</T><D>0</D></Filled>
<NetLabel Attrib="13" />
<PosX><T>Double</T><D>750.0000000000146</D></PosX>
<PosY><T>Double</T><D>0</D></PosY>
<Selected><T>Bool</T><D>0</D></Selected>
<eLeft><T>Int</T><D>2</D></eLeft>
<eRight><T>Int</T><D>1</D></eRight></Item>
<Item XName="Connect9" Type="SchConnector">
<BorderColor><T>Int</T><D>0</D></BorderColor>
<BorderStyle><T>Int</T><D>0</D></BorderStyle>
<BorderWeight><T>Int</T><D>1</D></BorderWeight>
<Coords><T>Array_Dbl64</T><D>1;4;WH{24;WcW24;WH{24;Y324</D></Coords>
<Filled><T>Bool</T><D>0</D></Filled>
<NetLabel Attrib="13" />
<PosX><T>Double</T><D>750.0000000000146</D></PosX>
<PosY><T>Double</T><D>0</D></PosY>
<Selected><T>Bool</T><D>0</D></Selected>
<eLeft><T>Int</T><D>1</D></eLeft>
<eRight><T>Int</T><D>2</D></eRight></Item>
<Item XName="Display0" Type="SchematicDisp">
<DVport><T>Array_Dbl64</T><D>1;4;;;qF24;Ww14</D></DVport>
<PVPort><T>Array_Dbl64</T><D>1;4;eVb{7YFHm2C;9f6ktXCkY2C;sje9I8vf534;W3U2j35wk24</D></PVPort>
<Show><T>Bool</T><D>0</D></Show></Item>
<Item XName="Display1" Type="SchematicDisp">
<DVport><T>Array_Dbl64</T><D>1;4;;;MA24;p14</D></DVport>
<PVPort><T>Array_Dbl64</T><D>1;4;QcPcPcvBH2C;qCpCpCp}82C;pCpCpCNe734;hkh05wvxk24</D></PVPort>
<Show><T>Bool</T><D>0</D></Show></Item>
<Item XName="Font" Type="Font">
<Angle><T>Int</T><D>0</D></Angle>
<Color><T>Int</T><D>0</D></Color>
<Italic><T>Int</T><D>0</D></Italic>
<Name>Arial</Name>
<Size><T>Double</T><D>111.1111111111111</D></Size>
<Weight><T>Int</T><D>400</D></Weight></Item>
<Item XName="LabelSet" Type="LabelSet">
<Item XName="Font" Type="Font">
<Color><T>Int</T><D>21760</D></Color>
<Name>Arial</Name>
<Size><T>Double</T><D>41.66666666666667</D></Size></Item></Item>
<Item XName="PageBox" Type="PageBox">
<Alpha><T>Int</T><D>32</D></Alpha>
<Color><T>Int</T><D>128</D></Color>
<Height><T>Double</T><D>7999</D></Height>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>0</D></PosY>
<Visible><T>Bool</T><D>0</D></Visible>
<Width><T>Double</T><D>10999</D></Width></Item>
<Item XName="Part0" Type="SchPart">
<CenterX><T>Double</T><D>0</D></CenterX>
<CenterY><T>Double</T><D>0</D></CenterY>
<Designator>B1</Designator>
<Justification><T>Int</T><D>9</D></Justification>
<PosX><T>Double</T><D>-2624.999938964845</D></PosX>
<PosY><T>Double</T><D>500</D></PosY>
<Selected><T>Bool</T><D>0</D></Selected>
<Symbol>SYM_Bits</Symbol>
<Item XName="DrawParams" Type="DrawGroup">
<Description>B1 {RandomBits@Data Flow Models}</Description>
<PosX><T>Double</T><D>-596</D></PosX>
<PosY><T>Double</T><D>420</D></PosY>
<Visible><T>Bool</T><D>1</D></Visible>
<ZOrder><T>Int</T><D>1</D></ZOrder>
<Item XName="__pB1" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>0</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>0</D></PosY>
<Text>B1 {RandomBits@Data Flow Models}</Text>
<Visible><T>Bool</T><D>1</D></Visible></Item></Item></Item>
<Item XName="Part1" Type="SchPart">
<CenterX><T>Double</T><D>250</D></CenterX>
<CenterY><T>Double</T><D>250</D></CenterY>
<Description>Digital Baseband Modulation Models</Description>
<Designator>D1</Designator>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>-2874.999999999996</D></PosX>
<PosY><T>Double</T><D>-125.000000000001</D></PosY>
<Selected><T>Bool</T><D>0</D></Selected>
<Symbol>AutoSymDF</Symbol>
<Item XName="DrawParams" Type="DrawGroup">
<Description>D1 {DigitalMod@Data Flow Models}&#x000A;ModType=16-QAM [ModType]&#x000A;OversampleRatio=16 [OversamplingRatio]&#x000A;PulseShapingFiter=Root Raised Cosine [PulseShapingFilter]&#x000A;FilterLengthOption=Number of Taps [FilterLengthOption]&#x000A;LengthInTaps=161&#x000A;Alpha=0.5&#x000A;BitOrder=MSB [BitOrder]&#x000A;WorkMode=Continuous [WorkMode]</Description>
<PosX><T>Double</T><D>1125</D></PosX>
<PosY><T>Double</T><D>205</D></PosY>
<Visible><T>Bool</T><D>1</D></Visible>
<ZOrder><T>Int</T><D>1</D></ZOrder>
<Item XName="__pD1" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>0</D></FontColor>
<Justification><T>Int</T><D>9</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>-1101.173333333333</D></PosY>
<Text>D1 {DigitalMod@Data Flow Models}</Text>
<Visible><T>Bool</T><D>1</D></Visible></Item>
<Item XName="_pAlpha" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>9</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>-275.2933333333334</D></PosY>
<Text>Alpha=0.5</Text></Item>
<Item XName="_pBitOrder" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>9</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>-137.6466666666668</D></PosY>
<Text>BitOrder=MSB [BitOrder]</Text></Item>
<Item XName="_pFilterLengthOption" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>9</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>-550.5866666666667</D></PosY>
<Text>FilterLengthOption=Number of Taps [FilterLengthOption]</Text></Item>
<Item XName="_pLengthInTaps" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>9</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>-412.9400000000001</D></PosY>
<Text>LengthInTaps=161</Text></Item>
<Item XName="_pModType" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>9</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>-963.5266666666666</D></PosY>
<Text>ModType=16-QAM [ModType]</Text></Item>
<Item XName="_pOversampleRatio" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>9</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>-825.88</D></PosY>
<Text>OversampleRatio=16 [OversamplingRatio]</Text></Item>
<Item XName="_pPulseShapingFiter" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>9</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>-688.2333333333333</D></PosY>
<Text>PulseShapingFiter=Root Raised Cosine [PulseShapingFilter]</Text></Item>
<Item XName="_pWorkMode" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>9</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>0</D></PosY>
<Text>WorkMode=Continuous [WorkMode]</Text></Item></Item></Item>
<Item XName="Part10" Type="SchPart">
<CenterX><T>Double</T><D>0</D></CenterX>
<CenterY><T>Double</T><D>0</D></CenterY>
<Designator>O1</Designator>
<PosX><T>Double</T><D>2875.000244140598</D></PosX>
<PosY><T>Double</T><D>-1000.000000000009</D></PosY>
<Selected><T>Bool</T><D>0</D></Selected>
<Symbol>SYM_Oscillator</Symbol>
<Item XName="DrawParams" Type="DrawGroup">
<Description>O1 {Oscillator@Data Flow Models}&#x000A;Frequency=800e+6 Hz [FCarrier]&#x000A;Power=100e-6 W [TranPower]&#x000A;SampleRate=1.6e+6 Hz [SamplingRate]</Description>
<PosX><T>Double</T><D>-596</D></PosX>
<PosY><T>Double</T><D>420</D></PosY>
<Visible><T>Bool</T><D>1</D></Visible>
<ZOrder><T>Int</T><D>1</D></ZOrder>
<Item XName="__pO1" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>0</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>0</D></PosY>
<Text>O1 {Oscillator@Data Flow Models}</Text>
<Visible><T>Bool</T><D>1</D></Visible></Item>
<Item XName="_pFrequency" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>137.6466666666666</D></PosY>
<Text>Frequency=800e+6 Hz [FCarrier]</Text></Item>
<Item XName="_pPower" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>275.2933333333333</D></PosY>
<Text>Power=100e-6 W [TranPower]</Text></Item>
<Item XName="_pSampleRate" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>412.9399999999999</D></PosY>
<Text>SampleRate=1.6e+6 Hz [SamplingRate]</Text></Item></Item></Item>
<Item XName="Part11" Type="SchPart">
<CenterX><T>Double</T><D>0</D></CenterX>
<CenterY><T>Double</T><D>0</D></CenterY>
<Designator>F1</Designator>
<PosX><T>Double</T><D>6124.999999999988</D></PosX>
<PosY><T>Double</T><D>-1500.000000000001</D></PosY>
<Selected><T>Bool</T><D>0</D></Selected>
<Symbol>SYM_BPF</Symbol>
<Item XName="DrawParams" Type="DrawGroup">
<Description>F1 {BPF_RaisedCosine@Data Flow Models}&#x000A;FCenter=800e+6 Hz [FCarrier]&#x000A;SymbolRate=100000 Hz [SymbolRate]&#x000A;RollOff=0.5&#x000A;SquareRoot=YES&#x000A;PulseEqualization=NO</Description>
<PosX><T>Double</T><D>875</D></PosX>
<PosY><T>Double</T><D>420</D></PosY>
<Visible><T>Bool</T><D>1</D></Visible>
<ZOrder><T>Int</T><D>1</D></ZOrder>
<Item XName="__pF1" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>0</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>0</D></PosY>
<Text>F1 {BPF_RaisedCosine@Data Flow Models}</Text>
<Visible><T>Bool</T><D>1</D></Visible></Item>
<Item XName="_pFCenter" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>137.6466666666666</D></PosY>
<Text>FCenter=800e+6 Hz [FCarrier]</Text></Item>
<Item XName="_pPulseEqualization" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>688.2333333333332</D></PosY>
<Text>PulseEqualization=NO</Text></Item>
<Item XName="_pRollOff" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>412.9399999999999</D></PosY>
<Text>RollOff=0.5</Text></Item>
<Item XName="_pSquareRoot" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>550.5866666666666</D></PosY>
<Text>SquareRoot=YES</Text></Item>
<Item XName="_pSymbolRate" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>275.2933333333333</D></PosY>
<Text>SymbolRate=100000 Hz [SymbolRate]</Text></Item></Item></Item>
<Item XName="Part2" Type="SchPart">
<CenterX><T>Double</T><D>0</D></CenterX>
<CenterY><T>Double</T><D>0</D></CenterY>
<Designator>C1</Designator>
<PosX><T>Double</T><D>874.9999999999586</D></PosX>
<PosY><T>Double</T><D>499.9999999999998</D></PosY>
<Selected><T>Bool</T><D>0</D></Selected>
<Symbol>SYM_CxToRect</Symbol>
<Item XName="DrawParams" Type="DrawGroup">
<Description>C1 {CxToRect@Data Flow Models}</Description>
<PosX><T>Double</T><D>875</D></PosX>
<PosY><T>Double</T><D>420</D></PosY>
<Visible><T>Bool</T><D>1</D></Visible>
<ZOrder><T>Int</T><D>1</D></ZOrder>
<Item XName="__pC1" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>0</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>0</D></PosY>
<Text>C1 {CxToRect@Data Flow Models}</Text>
<Visible><T>Bool</T><D>1</D></Visible></Item></Item></Item>
<Item XName="Part3" Type="SchPart">
<CenterX><T>Double</T><D>0</D></CenterX>
<CenterY><T>Double</T><D>0</D></CenterY>
<Description>EVM Measurement for Envelope Signals</Description>
<Designator>ModOut</Designator>
<PosX><T>Double</T><D>8499.000000000007</D></PosX>
<PosY><T>Double</T><D>2125.000061035157</D></PosY>
<Selected><T>Bool</T><D>0</D></Selected>
<Symbol>SYM_EVM</Symbol>
<Item XName="DrawParams" Type="DrawGroup">
<Description>ModOut {EVM_Env@Data Flow Models}&#x000A;Start=1e-3 s [100/SymbolRate]&#x000A;SymbolRate=100000 Hz [SymbolRate]&#x000A;ResultLength=100&#x000A;ModType=16-QAM [ModType]&#x000A;MeasurementFilter=Root Raised Cosine&#x000A;ReferenceFilter=Raised Cosine&#x000A;Alpha=0.5&#x000A;NormalizationReference=Constellation Max&#x000A;SaveSymbolResults=NO</Description>
<PosX><T>Double</T><D>588.365234375</D></PosX>
<PosY><T>Double</T><D>425.478759765625</D></PosY>
<Visible><T>Bool</T><D>1</D></Visible>
<ZOrder><T>Int</T><D>1</D></ZOrder>
<Item XName="__pModOut" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>0</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>0</D></PosY>
<Text>ModOut {EVM_Env@Data Flow Models}</Text>
<Visible><T>Bool</T><D>1</D></Visible></Item>
<Item XName="_pAlpha" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>963.5266666666665</D></PosY>
<Text>Alpha=0.5</Text></Item>
<Item XName="_pMeasurementFilter" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>688.2333333333332</D></PosY>
<Text>MeasurementFilter=Root Raised Cosine</Text></Item>
<Item XName="_pModType" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>550.5866666666666</D></PosY>
<Text>ModType=16-QAM [ModType]</Text></Item>
<Item XName="_pNormalizationReference" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>1101.173333333333</D></PosY>
<Text>NormalizationReference=Constellation Max</Text></Item>
<Item XName="_pReferenceFilter" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>825.8799999999999</D></PosY>
<Text>ReferenceFilter=Raised Cosine</Text></Item>
<Item XName="_pResultLength" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>412.9399999999999</D></PosY>
<Text>ResultLength=100</Text></Item>
<Item XName="_pSaveSymbolResults" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>1238.82</D></PosY>
<Text>SaveSymbolResults=NO</Text></Item>
<Item XName="_pStart" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>137.6466666666666</D></PosY>
<Text>Start=1e-3 s [100/SymbolRate]</Text></Item>
<Item XName="_pSymbolRate" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>275.2933333333333</D></PosY>
<Text>SymbolRate=100000 Hz [SymbolRate]</Text></Item></Item></Item>
<Item XName="Part4" Type="SchPart">
<CenterX><T>Double</T><D>0</D></CenterX>
<CenterY><T>Double</T><D>0</D></CenterY>
<Designator>S1</Designator>
<Justification><T>Int</T><D>9</D></Justification>
<PosX><T>Double</T><D>-875.0000066757207</D></PosX>
<PosY><T>Double</T><D>499.9999999999999</D></PosY>
<Selected><T>Bool</T><D>0</D></Selected>
<Symbol>SYM_SetSampleRate</Symbol>
<Item XName="DrawParams" Type="DrawGroup">
<Description>S1 {SetSampleRate@Data Flow Models}&#x000A;SampleRate=1.6e+6 Hz [SamplingRate]</Description>
<PosX><T>Double</T><D>874.9999389648438</D></PosX>
<PosY><T>Double</T><D>420</D></PosY>
<Visible><T>Bool</T><D>1</D></Visible>
<ZOrder><T>Int</T><D>1</D></ZOrder>
<Item XName="__pS1" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>0</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>0</D></PosY>
<Text>S1 {SetSampleRate@Data Flow Models}</Text>
<Visible><T>Bool</T><D>1</D></Visible></Item>
<Item XName="_pSampleRate" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>137.6466666666666</D></PosY>
<Text>SampleRate=1.6e+6 Hz [SamplingRate]</Text></Item></Item></Item>
<Item XName="Part5" Type="SchPart">
<CenterX><T>Double</T><D>0</D></CenterX>
<CenterY><T>Double</T><D>0</D></CenterY>
<Designator>A1</Designator>
<PosX><T>Double</T><D>4374.000000000001</D></PosX>
<PosY><T>Double</T><D>625</D></PosY>
<Selected><T>Bool</T><D>0</D></Selected>
<Symbol>SYM_Amplifier</Symbol>
<Item XName="DrawParams" Type="DrawGroup">
<Description>A1 {Amplifier@Data Flow Models}&#x000A;GainUnit=dB&#x000A;Gain=32</Description>
<PosX><T>Double</T><D>875</D></PosX>
<PosY><T>Double</T><D>420</D></PosY>
<Visible><T>Bool</T><D>1</D></Visible>
<ZOrder><T>Int</T><D>1</D></ZOrder>
<Item XName="__pA1" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>0</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>0</D></PosY>
<Text>A1 {Amplifier@Data Flow Models}</Text>
<Visible><T>Bool</T><D>1</D></Visible></Item>
<Item XName="_pGain" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>275.2933333333333</D></PosY>
<Text>Gain=32</Text></Item>
<Item XName="_pGainUnit" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>137.6466666666666</D></PosY>
<Text>GainUnit=dB</Text></Item></Item></Item>
<Item XName="Part6" Type="SchPart">
<CenterX><T>Double</T><D>0</D></CenterX>
<CenterY><T>Double</T><D>0</D></CenterY>
<Designator>M2</Designator>
<PosX><T>Double</T><D>2624.999999999963</D></PosX>
<PosY><T>Double</T><D>625</D></PosY>
<Selected><T>Bool</T><D>0</D></Selected>
<Symbol>SYM_Modulator</Symbol>
<Item XName="DrawParams" Type="DrawGroup">
<Description>M2 {Modulator@Data Flow Models}&#x000A;InputType=I/Q&#x000A;FCarrier=800e+6 Hz [FCarrier]</Description>
<PosX><T>Double</T><D>875</D></PosX>
<PosY><T>Double</T><D>295</D></PosY>
<Visible><T>Bool</T><D>1</D></Visible>
<ZOrder><T>Int</T><D>1</D></ZOrder>
<Item XName="__pM2" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>0</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>0</D></PosY>
<Text>M2 {Modulator@Data Flow Models}</Text>
<Visible><T>Bool</T><D>1</D></Visible></Item>
<Item XName="_pFCarrier" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>275.2933333333333</D></PosY>
<Text>FCarrier=800e+6 Hz [FCarrier]</Text></Item>
<Item XName="_pInputType" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>137.6466666666666</D></PosY>
<Text>InputType=I/Q</Text></Item></Item></Item>
<Item XName="Part7" Type="SchPart">
<CenterX><T>Double</T><D>250</D></CenterX>
<CenterY><T>Double</T><D>250</D></CenterY>
<Designator>V1</Designator>
<PosX><T>Double</T><D>8250.000000000007</D></PosX>
<PosY><T>Double</T><D>6.821210263296962e-13</D></PosY>
<Selected><T>Bool</T><D>0</D></Selected>
<Symbol>AutoSymDF{VSA Icon B}</Symbol>
<Item XName="DrawParams" Type="DrawGroup">
<Description>V1 {VSA_89600B_Sink@Data Flow Models}&#x000A;Disabled: OPEN&#x000A;VSATitle=Simulation output&#x000A;StartStopOption=Time&#x000A;TimeStart=1e-3 s [100/SymbolRate]&#x000A;TimeStop=1.5 s [150000/SymbolRate]</Description>
<PosX><T>Double</T><D>846</D></PosX>
<PosY><T>Double</T><D>1045</D></PosY>
<Visible><T>Bool</T><D>1</D></Visible>
<ZOrder><T>Int</T><D>1</D></ZOrder>
<Item XName="Override" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>8388736</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>137.6466666666666</D></PosY>
<Text>Disabled: OPEN</Text>
<Visible><T>Bool</T><D>1</D></Visible></Item>
<Item XName="__pV1" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>0</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>0</D></PosY>
<Text>V1 {VSA_89600B_Sink@Data Flow Models}</Text>
<Visible><T>Bool</T><D>1</D></Visible></Item>
<Item XName="_pStartStopOption" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11184810</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>412.9399999999999</D></PosY>
<Text>StartStopOption=Time</Text></Item>
<Item XName="_pTimeStart" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11184810</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>550.5866666666666</D></PosY>
<Text>TimeStart=1e-3 s [100/SymbolRate]</Text></Item>
<Item XName="_pTimeStop" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11184810</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>688.2333333333332</D></PosY>
<Text>TimeStop=1.5 s [150000/SymbolRate]</Text></Item>
<Item XName="_pVSATitle" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11184810</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>275.2933333333333</D></PosY>
<Text>VSATitle=Simulation output</Text></Item></Item></Item>
<Item XName="Part8" Type="SchPart">
<CenterX><T>Double</T><D>0</D></CenterX>
<CenterY><T>Double</T><D>0</D></CenterY>
<Designator>S2</Designator>
<Justification><T>Int</T><D>1</D></Justification>
<Mirror><T>Int</T><D>2</D></Mirror>
<PosX><T>Double</T><D>7873.999993324186</D></PosX>
<PosY><T>Double</T><D>-1500</D></PosY>
<Selected><T>Bool</T><D>0</D></Selected>
<Symbol>SYM_Sink</Symbol>
<Item XName="DrawParams" Type="DrawGroup">
<Description>S2 {Sink@Data Flow Models}&#x000A;StartStopOption=Auto</Description>
<PosX><T>Double</T><D>596</D></PosX>
<PosY><T>Double</T><D>-232.5</D></PosY>
<Visible><T>Bool</T><D>1</D></Visible>
<ZOrder><T>Int</T><D>1</D></ZOrder>
<Item XName="__pS2" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>0</D></FontColor>
<Justification><T>Int</T><D>9</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>-137.6466666666666</D></PosY>
<Text>S2 {Sink@Data Flow Models}</Text>
<Visible><T>Bool</T><D>1</D></Visible></Item>
<Item XName="_pStartStopOption" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>9</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>0</D></PosY>
<Text>StartStopOption=Auto</Text></Item></Item></Item>
<Item XName="Part9" Type="SchPart">
<Designator>S3</Designator>
<PosX><T>Double</T><D>8499.999999999993</D></PosX>
<PosY><T>Double</T><D>-625.0000000000024</D></PosY>
<Selected><T>Bool</T><D>0</D></Selected>
<Symbol>SYM_SpectrumAnalyzer</Symbol>
<Item XName="DrawParams" Type="DrawGroup">
<Description>S3 {SpectrumAnalyzerEnv@Data Flow Models}&#x000A;Mode=TimeGate&#x000A;Start=0 s [Start_Time]&#x000A;SegmentTime=1e-3 s [Stop_Time - Start_Time + Time_Spacing]</Description>
<PosX><T>Double</T><D>592.43359375</D></PosX>
<PosY><T>Double</T><D>248.4729614257813</D></PosY>
<Visible><T>Bool</T><D>1</D></Visible>
<ZOrder><T>Int</T><D>1</D></ZOrder>
<Item XName="__pS3" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>0</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>0</D></PosY>
<Text>S3 {SpectrumAnalyzerEnv@Data Flow Models}</Text>
<Visible><T>Bool</T><D>1</D></Visible></Item>
<Item XName="_pMode" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>137.6466666666666</D></PosY>
<Text>Mode=TimeGate</Text></Item>
<Item XName="_pSegmentTime" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>412.9399999999999</D></PosY>
<Text>SegmentTime=1e-3 s [Stop_Time - Start_Time + Time_Spacing]</Text></Item>
<Item XName="_pStart" Type="SchParameter">
<BorderStyle><T>Int</T><D>5</D></BorderStyle>
<Filled><T>Bool</T><D>0</D></Filled>
<FontColor><T>Int</T><D>11141120</D></FontColor>
<Justification><T>Int</T><D>1</D></Justification>
<PosX><T>Double</T><D>0</D></PosX>
<PosY><T>Double</T><D>275.2933333333333</D></PosY>
<Text>Start=0 s [Start_Time]</Text></Item></Item></Item></Item>
<Item XName="PartLength" Type="Param">
<DataEntry>1</DataEntry>
<Unit><T>Int</T><D>6003</D></Unit></Item>
<Item XName="SnapGrid" Type="Param">
<Data><T>Double</T><D>125</D></Data>
<Unit><T>Int</T><D>0</D></Unit></Item>
<Item XName="Width" Type="Param">
<DataEntry>11</DataEntry>
<Unit><T>Int</T><D>6003</D></Unit></Item></Item></Item>
<Item XName="Page" Type="PageMgr" /></Item>
<Item XName="Equation1" UserName="Equation1" Type="Equation">
<Selected><T>Bool</T><D>1</D></Selected>
<Text>SampPerSym = 16;&#x000D;&#x000A;DownSamplingPhase=tune(0);</Text>
<UnitUse><T>Int</T><D>2</D></UnitUse>
<Item XName="BPMgr" Type="BPMgr">
<BPLines><T>Empty</T></BPLines>
<BPStates><T>Empty</T></BPStates></Item>
<Item XName="EqnBlock" Type="EqnBlock">
<Lang><T>Int</T><D>1</D></Lang></Item>
<Item XName="Font" Type="Font">
<Name>Courier New</Name>
<Size><T>Double</T><D>125</D></Size></Item>
<Item XName="FunctionBlock" Type="FunctionBlock" />
<Item XName="Page" Type="PageMgr">
<Item XName="Display0" Type="EquationDisp">
<DVport><T>Array_Dbl64</T><D>1;4;;;R524;8{14</D></DVport>
<PVPort><T>Array_Dbl64</T><D>1;4;;;umX37kE6v24;MjQrgraen24</D></PVPort>
<Show><T>Bool</T><D>0</D></Show>
<ShowCmd><T>Int</T><D>1</D></ShowCmd>
<Split><T>Double</T><D>0.3</D></Split>
<Split2><T>Double</T><D>0.3</D></Split2>
<Window><T>Array_I64</T><D>1;4;zA;88;}L;LG</D></Window>
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<Text>% -------------------------------------------------------------------------------&#x000D;&#x000A;% SamplesPerSymbol: Sets the number of samples per symbol.&#x000D;&#x000A;%                   It MUST be a POSITIVE integer.&#x000D;&#x000A;%&#x000D;&#x000A;% StartUpDelay: Sets the number of startup samples that will be removed.&#x000D;&#x000A;%               It MUST be a NON-NEGATIVE integer.&#x000D;&#x000A;%               In addition, when SamplesPerSymbol is greater than 1, it sets&#x000D;&#x000A;%               the downsampling phase and so it must be carefully selected&#x000D;&#x000A;%               to downsample the input signal at the optimal sampling instant.&#x000D;&#x000A;% -------------------------------------------------------------------------------&#x000D;&#x000A;&#x000D;&#x000A;% -------------------------------------------------------------------------------&#x000D;&#x000A;% ENTER DESIRED GRAPH CHARACTERISTICS HERE&#x000D;&#x000A;&#x000D;&#x000A;SamplesPerSymbol = SampPerSym;&#x000D;&#x000A;StartUpDelay = 20*SampPerSym + DownSamplingPhase;&#x000D;&#x000A;&#x000D;&#x000A;% END CHANGES&#x000D;&#x000A;% -------------------------------------------------------------------------------&#x000D;&#x000A;&#x000D;&#x000A;% Reset variables to default if they are out of bounds&#x000D;&#x000A;&#x000D;&#x000A;if ( SamplesPerSymbol &lt; 1 )&#x000D;&#x000A;&#x0009;SamplesPerSymbol = 1;&#x000D;&#x000A;end&#x000D;&#x000A;&#x000D;&#x000A;if ( StartUpDelay &lt; 0 )&#x000D;&#x000A;&#x0009;StartUpDelay = 0;&#x000D;&#x000A;end&#x000D;&#x000A;&#x000D;&#x000A;using(&apos;Design1_Data&apos;);&#x000D;&#x000A;&#x000D;&#x000A;if length( findstr( getindep( S2 ), &apos;|&apos; ) )&#x000D;&#x000A;&#x0009;error( &apos;Swept data is not supported by Constellation plots.&apos; );&#x000D;&#x000A;&#x0009;return;&#x000D;&#x000A;end&#x000D;&#x000A;y = S2( StartUpDelay+1:SamplesPerSymbol:end );&#x000D;&#x000A;</Text>
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<Text>&lt;P class=MsoTitle style=&quot;BORDER-TOP: medium none; BORDER-RIGHT: medium none; BORDER-BOTTOM: windowtext 0.75pt solid; PADDING-BOTTOM: 1pt; PADDING-TOP: 0in; PADDING-LEFT: 0in; BORDER-LEFT: medium none; MARGIN: 0in 0in 0pt; PADDING-RIGHT: 0in&quot; align=center&gt;&lt;STRONG&gt;&lt;FONT size=5 face=Arial&gt;Digital&amp;nbsp;Modulation&lt;/FONT&gt;&lt;/STRONG&gt;&lt;/P&gt;&#x000D;&#x000A;&lt;P class=MsoNormal style=&quot;TEXT-ALIGN: center; MARGIN: 0in 0in 0pt&quot; align=center&gt;&lt;SPAN style=&quot;FONT-SIZE: 10pt; FONT-FAMILY: Arial; mso-bidi-font-size: 12.0pt&quot;&gt;Keysight Technologies&amp;nbsp;&lt;/SPAN&gt;&lt;SPAN style=&quot;FONT-SIZE: 10pt; mso-bidi-font-size: 12.0pt&quot;&gt;&amp;nbsp;&lt;?xml:namespace prefix = &quot;o&quot; ns = &quot;urn:schemas-microsoft-com:office:office&quot; /&gt;&lt;o:p&gt;&lt;/o:p&gt;&lt;/SPAN&gt;&lt;/P&gt;&#x000D;&#x000A;&lt;P class=MsoBodyText style=&quot;MARGIN: 0in 0in 0pt&quot;&gt;&lt;FONT face=Arial&gt;&lt;FONT size=2&gt;&lt;/FONT&gt;&amp;nbsp;&lt;/P&gt;&lt;FONT size=2&gt;&#x000D;&#x000A;&lt;P&gt;This workspace illustrates how to use DigitalMod model to generate&amp;nbsp;various digital modulation signals&amp;nbsp;in SystemVue.&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;&amp;nbsp;&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;Experiment with the non-linear amplifier A1 and observe the spectral regrowth in the Spectrum plot, the distortion introduced in the Constellation plot, and the measured EVM (ModOut_EVM_RMS) in the Dataset.&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;&amp;nbsp;&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;Parameter ModType can support BPSK, QPSK, 8-PSK, 16-PSK, 16-QAM, 32-QAM, 64-QAM, 128-QAM, 256-QAM, 512-QAM, 1024-QAM, 2048-QAM, 4096-QAM, 16-APSK, 32-APSK, Star 16-QAM, Star 32-QAM, Custom APSK, DQPSK, pi/4 DQPSK, Offset QPSK, SOQPSK-MIL, SOQPSK-TG, D8PSK, EDGE-8PSK, pi/8 D8PSK, MSK, GMSK, M-ary CPM, Multi-h CPM, CQPSK, pi/4-CQPSK, IJF-OQPSK, FQPSK, EFQPSK, 2FSK, 4FSK, 8FSK, 16FSK.&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;&amp;nbsp;&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;&lt;STRONG&gt;&lt;FONT color=#ff0000&gt;NOTE:&lt;/FONT&gt;&lt;/STRONG&gt; Some parameters must be changed based on the modulation type chosen. For example, 4FSK requires that parameter FSKFreqList contain a total of 4 frequencies instead of the default of 2.&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;&amp;nbsp;&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;Parameter FCarrier is the carrier frequency.&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;&amp;nbsp;&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;Parameter TranPower is the&amp;nbsp;power of the transmitted signal in dBm.&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;&amp;nbsp;&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;Parameter SymbolRate&amp;nbsp;is the symbol rate of the transmitted signal.&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;&amp;nbsp;&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;&lt;SPAN lang=EN-US style=&quot;FONT-SIZE: 12pt; FONT-FAMILY: &apos;Arial&apos;,&apos;sans-serif&apos;; mso-fareast-font-family: SimSun; mso-font-kerning: 0pt; mso-ansi-language: EN-US; mso-fareast-language: ZH-CN; mso-bidi-language: AR-SA&quot;&gt;Parameter &lt;/SPAN&gt;OversamplingRatio is the number of samples that each symbol lasts. See more details on DigitalMod help page - OverSampleRatio.&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;&amp;nbsp;&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;Parameter ReferenceFilterType, FilterLengthOption, LengthInSymbols, LengthInTaps and FilterFacter are used for pulse shaping filter process, see more details on DigitalMod help page - Pulse Shaping Filter.&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;&amp;nbsp;&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;&lt;SPAN lang=EN-US style=&quot;FONT-SIZE: 12pt; FONT-FAMILY: &apos;Arial&apos;,&apos;sans-serif&apos;; mso-fareast-font-family: SimSun; mso-font-kerning: 0pt; mso-ansi-language: EN-US; mso-fareast-language: ZH-CN; mso-bidi-language: AR-SA&quot;&gt;Parameter &lt;/SPAN&gt;Ratio21, Ratio31, Ratio41, StatesPerRing, Radii, IniPhase, DefaultState and States are used for the APSK and Star QAM modulation schemes, see more details on DigitalMod help page - Digital Modulation Specification.&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;&amp;nbsp;&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;&lt;SPAN lang=EN-US style=&quot;FONT-SIZE: 12pt; FONT-FAMILY: &apos;Arial&apos;,&apos;sans-serif&apos;; mso-fareast-font-family: SimSun; mso-font-kerning: 0pt; mso-ansi-language: EN-US; mso-fareast-language: ZH-CN; mso-bidi-language: AR-SA&quot;&gt;Parameter &lt;/SPAN&gt;PhaseOffset is the phase offset when the ModType is a differential PSK modulation scheme.&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;&amp;nbsp;&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;&lt;SPAN lang=EN-US style=&quot;FONT-SIZE: 12pt; FONT-FAMILY: &apos;Arial&apos;,&apos;sans-serif&apos;; mso-fareast-font-family: SimSun; mso-font-kerning: 0pt; mso-ansi-language: EN-US; mso-fareast-language: ZH-CN; mso-bidi-language: AR-SA&quot;&gt;Parameter &lt;/SPAN&gt;TGp, TGB, TGT1 and TGT2 are used to generate the SOQPSK-TG signal.&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;&amp;nbsp;&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;&lt;SPAN lang=EN-US style=&quot;FONT-SIZE: 12pt; FONT-FAMILY: &apos;Arial&apos;,&apos;sans-serif&apos;; mso-fareast-font-family: SimSun; mso-font-kerning: 0pt; mso-ansi-language: EN-US; mso-fareast-language: ZH-CN; mso-bidi-language: AR-SA&quot;&gt;Parameter &lt;/SPAN&gt;BT is the BT value of GMSK.&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;&amp;nbsp;&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;&lt;SPAN lang=EN-US style=&quot;FONT-SIZE: 12pt; FONT-FAMILY: &apos;Arial&apos;,&apos;sans-serif&apos;; mso-fareast-font-family: SimSun; mso-font-kerning: 0pt; mso-ansi-language: EN-US; mso-fareast-language: ZH-CN; mso-bidi-language: AR-SA&quot;&gt;Parameter &lt;/SPAN&gt;M_ary, h, Multi_h, FreqPulse, L and&amp;nbsp;FreqBT are used to generate CPM signal.&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;&amp;nbsp;&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;&lt;SPAN lang=EN-US style=&quot;FONT-SIZE: 12pt; FONT-FAMILY: &apos;Arial&apos;,&apos;sans-serif&apos;; mso-fareast-font-family: SimSun; mso-font-kerning: 0pt; mso-ansi-language: EN-US; mso-fareast-language: ZH-CN; mso-bidi-language: AR-SA&quot;&gt;Parameter &lt;/SPAN&gt;FSKFreqIntervalType, FSKFreqInterval and&amp;nbsp;FSKFreqList are used to generate FSK modulation scheme signal.&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;&amp;nbsp;&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;&lt;SPAN lang=EN-US style=&quot;FONT-SIZE: 12pt; FONT-FAMILY: &apos;Arial&apos;,&apos;sans-serif&apos;; mso-fareast-font-family: SimSun; mso-font-kerning: 0pt; mso-ansi-language: EN-US; mso-fareast-language: ZH-CN; mso-bidi-language: AR-SA&quot;&gt;&lt;SPAN lang=EN-US style=&quot;FONT-SIZE: 12pt; FONT-FAMILY: &apos;Arial&apos;,&apos;sans-serif&apos;; mso-fareast-font-family: SimSun; mso-font-kerning: 0pt; mso-ansi-language: EN-US; mso-fareast-language: ZH-CN; mso-bidi-language: AR-SA&quot;&gt;Parameter &lt;/SPAN&gt;&lt;/SPAN&gt;BitOrder specifies the bit order either to be MSB or LSB, see more details on DigitalMod help page - Bit Order.&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;&amp;nbsp;&lt;/P&gt;&#x000D;&#x000A;&lt;P&gt;&lt;SPAN lang=EN-US style=&quot;FONT-SIZE: 12pt; FONT-FAMILY: &apos;Arial&apos;,&apos;sans-serif&apos;; mso-fareast-font-family: SimSun; mso-font-kerning: 0pt; mso-ansi-language: EN-US; mso-fareast-language: ZH-CN; mso-bidi-language: AR-SA&quot;&gt;Parameter &lt;/SPAN&gt;WorkMode and NumInfoBits decide the work mode of DigitalMod model, see more details on DigitalMod help page - Work Mode.&lt;/P&gt;&lt;/FONT&gt;&lt;/FONT&gt;</Text>
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