us.gov.dod.standard.ssrf._3_1.transmitter

Class TxModulation

java.lang.Object

us.gov.dod.standard.ssrf._3_1.receiver.RxModulation

us.gov.dod.standard.ssrf._3_1.transmitter.TxModulation

public class TxModulation
extends RxModulation

TxModulation contains the detailed characteristics of the modulation on the transmitter side.

Element of TxMode

Example:

 <TxModulation>
   <DigitalModType>ASK/OOK</DigitalModType>
   <MaxBitRate>27000000</MaxBitRate>
   <MaxDevRatio>3</MaxDevRatio>
 </TxModulation>
 

Version:

3.1.0, 03/30/2015

Author:

Key Bridge LLC

Constructor Summary

Constructors

Constructor and Description
TxModulation()

Method Summary

Modifier and Type	Method and Description
UN5_3	getAMIdx() Get the amplitude modulation index, which is a unitless value for an amplitude modulation signal derived by dividing the peak modulating voltage by the peak carrier voltage.
UN5_3	getAMRMSIdx() Get the RMS modulation index when analog or phase modulation is used and the baseband consists of FDM channels or multiple subcarrier signals.
dB	getCarrierSuppression() Get the amount of reduction of the signals carrier, as compared to a non attenuated signal carrier..
TString	getFMDeviationCode() Get the code that indicates the type of Root Mean Square (RMS) deviation (multichannel or per-channel)..
FreqM	getFMPeakFreqDev() Get the peak frequency deviation when analog modulation is employed..
UN5_3	getFMPeakModulationIdx() Get the peak modulation index (deviation ratio) when using analog frequency or phase modulation..
FreqM	getFMRMSFreqDev() Get the Root Means Square (RMS) frequency deviation when frequency modulation (FM) is employed and the base band consists of frequency-division multiplexed (FDM) channels or multiple subcarrier signals..
Az180	getKeysAngle() Get the keying angle for the digital/analog/hybrid data stream..
S500	getKeysDesc() Get a text description of the keying format for the digital/analog/hybrid data stream..
UN5_3	getMaxDevRatio() Get the deviation ratio data applicable to frequency- or phase-modulation equipment.
Signed_DB_5_2	getMUXLevel() Get In Data Item US:MUXLevel (US), enter the signal power in dB referenced to the baseband carrier for the companding of the multiplexed signal..
S100	getMUXScheme() Get In Data Item US:MUXScheme (US), enter a freetext description of the multiplexing algorithm..
TString	getSidebandSuppressed() Get the sideband that is suppressed in a single sideband signal..
dB	getSidebandSuppression() Get the amount that one or both of the sidebands of a signal are reduced prior to transmission.
US_Bits	getSymbolSize() Get the number of bits in the symbols being generated.
boolean	isSet() Determine if the required fields in this SSRF data type instance are set.
boolean	isSetAMIdx() Determine if the AMIdx is configured.
boolean	isSetAMRMSIdx() Determine if the AMRMSIdx is configured.
boolean	isSetCarrierSuppression() Determine if the CarrierSuppression is configured.
boolean	isSetFMDeviationCode() Determine if the FMDeviationCode is configured.
boolean	isSetFMPeakFreqDev() Determine if the FMPeakFreqDev is configured.
boolean	isSetFMPeakModulationIdx() Determine if the FMPeakModulationIdx is configured.
boolean	isSetFMRMSFreqDev() Determine if the FMRMSFreqDev is configured.
boolean	isSetKeysAngle() Determine if the KeysAngle is configured.
boolean	isSetKeysDesc() Determine if the KeysDesc is configured.
boolean	isSetMaxDevRatio() Determine if the MaxDevRatio is configured.
boolean	isSetMUXLevel() Determine if the MUXLevel is configured.
boolean	isSetMUXScheme() Determine if the MUXScheme is configured.
boolean	isSetSidebandSuppressed() Determine if the SidebandSuppressed is configured.
boolean	isSetSidebandSuppression() Determine if the SidebandSuppression is configured.
boolean	isSetSymbolSize() Determine if the SymbolSize is configured.
void	setAMIdx(UN5_3 value) Set the amplitude modulation index, which is a unitless value for an amplitude modulation signal derived by dividing the peak modulating voltage by the peak carrier voltage.
void	setAMRMSIdx(UN5_3 value) Set the RMS modulation index when analog or phase modulation is used and the baseband consists of FDM channels or multiple subcarrier signals.
void	setCarrierSuppression(dB value) Set the amount of reduction of the signals carrier, as compared to a non attenuated signal carrier..
void	setFMDeviationCode(TString value) Set the code that indicates the type of Root Mean Square (RMS) deviation (multichannel or per-channel)..
void	setFMPeakFreqDev(FreqM value) Set the peak frequency deviation when analog modulation is employed..
void	setFMPeakModulationIdx(UN5_3 value) Set the peak modulation index (deviation ratio) when using analog frequency or phase modulation..
void	setFMRMSFreqDev(FreqM value) Set the Root Means Square (RMS) frequency deviation when frequency modulation (FM) is employed and the base band consists of frequency-division multiplexed (FDM) channels or multiple subcarrier signals..
void	setKeysAngle(Az180 value) Set the keying angle for the digital/analog/hybrid data stream..
void	setKeysDesc(S500 value) Set a text description of the keying format for the digital/analog/hybrid data stream..
void	setMaxDevRatio(UN5_3 value) Set the deviation ratio data applicable to frequency- or phase-modulation equipment.
void	setMUXLevel(Signed_DB_5_2 value) Set In Data Item US:MUXLevel (US), enter the signal power in dB referenced to the baseband carrier for the companding of the multiplexed signal..
void	setMUXScheme(S100 value) Set In Data Item US:MUXScheme (US), enter a freetext description of the multiplexing algorithm..
void	setSidebandSuppressed(TString value) Set the sideband that is suppressed in a single sideband signal..
void	setSidebandSuppression(dB value) Set the amount that one or both of the sidebands of a signal are reduced prior to transmission.
void	setSymbolSize(US_Bits value) Set the number of bits in the symbols being generated.
String	toString() Get a string representation of this TxModulation instance configuration.
TxModulation	withAMIdx(Double value) Set the amplitude modulation index, which is a unitless value for an amplitude modulation signal derived by dividing the peak modulating voltage by the peak carrier voltage.
TxModulation	withAMRMSIdx(Double value) Set the RMS modulation index when analog or phase modulation is used and the baseband consists of FDM channels or multiple subcarrier signals.
TxModulation	withCarrierSuppression(Double value) Set the amount of reduction of the signals carrier, as compared to a non attenuated signal carrier.
TxModulation	withCodePeriod(Double value) Set the length of time of the pseudorandom code repetition period.
TxModulation	withCodeRate(Double value) Set the pseudorandom code rate.
TxModulation	withDigitalModType(ListCMO value) Set the type of digital modulation.
TxModulation	withFMDeviationCode(ListCFM value) Set the code that indicates the type of Root Mean Square (RMS) deviation (multichannel or per-channel).
TxModulation	withFMPeakFreqDev(Double value) Set the peak frequency deviation when analog modulation is employed.
TxModulation	withFMPeakModulationIdx(Double value) Set the peak modulation index (deviation ratio) when using analog frequency or phase modulation.
TxModulation	withFMRMSFreqDev(Double value) Set the Root Means Square (RMS) frequency deviation when frequency modulation (FM) is employed and the base band consists of frequency-division multiplexed (FDM) channels or multiple subcarrier signals.
TxModulation	withKeysAngle(Double value) Set the keying angle for the digital/analog/hybrid data stream.
TxModulation	withKeysDesc(String value) Set a text description of the keying format for the digital/analog/hybrid data stream.
TxModulation	withLineCoding(ListCDF value) Set the format used to represent binary digit sequencing when digital modulation is used.
TxModulation	withMaxBitRate(Double value) Set the maximum bit rate in kilobits per second applicable to digital communications systems.
TxModulation	withMaxDevRatio(Double value) Set the deviation ratio data applicable to frequency- or phase-modulation equipment.
TxModulation	withMUXLevel(Double value) Set In Data Item US:MUXLevel (US), enter the signal power in dB referenced to the baseband carrier for the companding of the multiplexed signal.
TxModulation	withMUXScheme(String value) Set In Data Item US:MUXScheme (US), enter a freetext description of the multiplexing algorithm.
TxModulation	withNumStates(Integer value) Set the total number of states, e.g., 4 for 4-ary Phase Shift-Keying, 64 for 64 level Quadrature AM.
TxModulation	withSidebandSuppressed(ListCSI value) Set the sideband that is suppressed in a single sideband signal.
TxModulation	withSidebandSuppression(Double value) Set the amount that one or both of the sidebands of a signal are reduced prior to transmission.
TxModulation	withSymbolSize(Double value) Set the number of bits in the symbols being generated.

Methods inherited from class us.gov.dod.standard.ssrf._3_1.receiver.RxModulation

getCodePeriod, getCodeRate, getDigitalModType, getLineCoding, getMaxBitRate, getNumStates, isSetCodePeriod, isSetCodeRate, isSetDigitalModType, isSetLineCoding, isSetMaxBitRate, isSetNumStates, setCodePeriod, setCodeRate, setDigitalModType, setLineCoding, setMaxBitRate, setNumStates

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

Constructor Detail

TxModulation

public TxModulation()

Method Detail

getMaxDevRatio

public UN5_3 getMaxDevRatio()

Get the deviation ratio data applicable to frequency- or phase-modulation equipment. For FM systems the deviation ratio is directly proportional to the frequency deviation of the variance of the modulator. In Data Item PM systems the deviation ratio is tied to both the amplitude of the modulating signal and phase deviation constant of the modulator. For example, for an FM system a deviation ratio of 1 indicates that a 3 kHz input frequency will cause a peak instantaneous frequency deviation of 3 kHz. a deviation ratio of 3 is the result of a 9 kHz deviation of the emission when modulated with a 3 kHz signal. Do not use this item for amplitude or pulse modulated systems..

Returns:

a UN5_3 instance

Since:

3.1.0

setMaxDevRatio

public void setMaxDevRatio(UN5_3 value)

Set the deviation ratio data applicable to frequency- or phase-modulation equipment. For FM systems the deviation ratio is directly proportional to the frequency deviation of the variance of the modulator. In Data Item PM systems the deviation ratio is tied to both the amplitude of the modulating signal and phase deviation constant of the modulator. For example, for an FM system a deviation ratio of 1 indicates that a 3 kHz input frequency will cause a peak instantaneous frequency deviation of 3 kHz. a deviation ratio of 3 is the result of a 9 kHz deviation of the emission when modulated with a 3 kHz signal. Do not use this item for amplitude or pulse modulated systems..

Parameters:

value - a UN5_3 instance

Since:

3.1.0

isSetMaxDevRatio

public boolean isSetMaxDevRatio()

Determine if the MaxDevRatio is configured.

Returns:

TRUE if the field is set, FALSE if the field is null

getAMIdx

public UN5_3 getAMIdx()

Get the amplitude modulation index, which is a unitless value for an amplitude modulation signal derived by dividing the peak modulating voltage by the peak carrier voltage. The modulation index should always be > 0 and < 1. If = 0, the resultant modulated waveform is a constant keyed carrier without a modulating signal. If > 1, the envelope is over modulated and distorted. A typical value is 0.6.

Returns:

a UN5_3 instance

Since:

3.1.0

setAMIdx

public void setAMIdx(UN5_3 value)

Set the amplitude modulation index, which is a unitless value for an amplitude modulation signal derived by dividing the peak modulating voltage by the peak carrier voltage. The modulation index should always be > 0 and < 1. If = 0, the resultant modulated waveform is a constant keyed carrier without a modulating signal. If > 1, the envelope is over modulated and distorted. A typical value is 0.6.

Parameters:

value - a UN5_3 instance

Since:

3.1.0

isSetAMIdx

public boolean isSetAMIdx()

Determine if the AMIdx is configured.

Returns:

TRUE if the field is set, FALSE if the field is null

getAMRMSIdx

public UN5_3 getAMRMSIdx()

Get the RMS modulation index when analog or phase modulation is used and the baseband consists of FDM channels or multiple subcarrier signals. The RMS Amplitude Modulation Index is a unitless value for an amplitude modulation signal derived by dividing the RMS peak modulating voltage by the RMS peak carrier voltage..

Returns:

a UN5_3 instance

Since:

3.1.0

setAMRMSIdx

public void setAMRMSIdx(UN5_3 value)

Set the RMS modulation index when analog or phase modulation is used and the baseband consists of FDM channels or multiple subcarrier signals. The RMS Amplitude Modulation Index is a unitless value for an amplitude modulation signal derived by dividing the RMS peak modulating voltage by the RMS peak carrier voltage..

Parameters:

value - a UN5_3 instance

Since:

3.1.0

isSetAMRMSIdx

public boolean isSetAMRMSIdx()

Determine if the AMRMSIdx is configured.

Returns:

TRUE if the field is set, FALSE if the field is null

getFMPeakFreqDev

public FreqM getFMPeakFreqDev()

Get the peak frequency deviation when analog modulation is employed..

Returns:

a FreqM instance

Since:

3.1.0

setFMPeakFreqDev

public void setFMPeakFreqDev(FreqM value)

Set the peak frequency deviation when analog modulation is employed..

Parameters:

value - a FreqM instance

Since:

3.1.0

isSetFMPeakFreqDev

public boolean isSetFMPeakFreqDev()

Determine if the FMPeakFreqDev is configured.

Returns:

TRUE if the field is set, FALSE if the field is null

getFMRMSFreqDev

public FreqM getFMRMSFreqDev()

Get the Root Means Square (RMS) frequency deviation when frequency modulation (FM) is employed and the base band consists of frequency-division multiplexed (FDM) channels or multiple subcarrier signals..

Returns:

a FreqM instance

Since:

3.1.0

setFMRMSFreqDev

public void setFMRMSFreqDev(FreqM value)

Set the Root Means Square (RMS) frequency deviation when frequency modulation (FM) is employed and the base band consists of frequency-division multiplexed (FDM) channels or multiple subcarrier signals..

Parameters:

value - a FreqM instance

Since:

3.1.0

isSetFMRMSFreqDev

public boolean isSetFMRMSFreqDev()

Determine if the FMRMSFreqDev is configured.

Returns:

TRUE if the field is set, FALSE if the field is null

getFMDeviationCode

public TString getFMDeviationCode()

Get the code that indicates the type of Root Mean Square (RMS) deviation (multichannel or per-channel)..

Returns:

the FMDeviationCode value in a TString data type

Since:

3.1.0

setFMDeviationCode

public void setFMDeviationCode(TString value)

Set the code that indicates the type of Root Mean Square (RMS) deviation (multichannel or per-channel)..

Parameters:

value - the FMDeviationCode value in a TString data type

Since:

3.1.0

isSetFMDeviationCode

public boolean isSetFMDeviationCode()

Determine if the FMDeviationCode is configured.

If configured this method also inspects the TString wrapped value.

Returns:

TRUE if the field is set, FALSE if the field is null

getFMPeakModulationIdx

public UN5_3 getFMPeakModulationIdx()

Get the peak modulation index (deviation ratio) when using analog frequency or phase modulation..

Returns:

a UN5_3 instance

Since:

3.1.0

setFMPeakModulationIdx

public void setFMPeakModulationIdx(UN5_3 value)

Set the peak modulation index (deviation ratio) when using analog frequency or phase modulation..

Parameters:

value - a UN5_3 instance

Since:

3.1.0

isSetFMPeakModulationIdx

public boolean isSetFMPeakModulationIdx()

Determine if the FMPeakModulationIdx is configured.

Returns:

TRUE if the field is set, FALSE if the field is null

getCarrierSuppression

public dB getCarrierSuppression()

Get the amount of reduction of the signals carrier, as compared to a non attenuated signal carrier..

Returns:

a dB instance

Since:

3.1.0

setCarrierSuppression

public void setCarrierSuppression(dB value)

Set the amount of reduction of the signals carrier, as compared to a non attenuated signal carrier..

Parameters:

value - a dB instance

Since:

3.1.0

isSetCarrierSuppression

public boolean isSetCarrierSuppression()

Determine if the CarrierSuppression is configured.

Returns:

TRUE if the field is set, FALSE if the field is null

getSidebandSuppression

public dB getSidebandSuppression()

Get the amount that one or both of the sidebands of a signal are reduced prior to transmission. “One or both" is determined by evaluation of the emission designator..

Returns:

a dB instance

Since:

3.1.0

setSidebandSuppression

public void setSidebandSuppression(dB value)

Set the amount that one or both of the sidebands of a signal are reduced prior to transmission. “One or both" is determined by evaluation of the emission designator..

Parameters:

value - a dB instance

Since:

3.1.0

isSetSidebandSuppression

public boolean isSetSidebandSuppression()

Determine if the SidebandSuppression is configured.

Returns:

TRUE if the field is set, FALSE if the field is null

getSidebandSuppressed

public TString getSidebandSuppressed()

Get the sideband that is suppressed in a single sideband signal..

Returns:

the SidebandSuppressed value in a TString data type

Since:

3.1.0

setSidebandSuppressed

public void setSidebandSuppressed(TString value)

Set the sideband that is suppressed in a single sideband signal..

Parameters:

value - the SidebandSuppressed value in a TString data type

Since:

3.1.0

isSetSidebandSuppressed

public boolean isSetSidebandSuppressed()

Determine if the SidebandSuppressed is configured.

If configured this method also inspects the TString wrapped value.

Returns:

TRUE if the field is set, FALSE if the field is null

getKeysAngle

public Az180 getKeysAngle()

Get the keying angle for the digital/analog/hybrid data stream..

Returns:

a Az180 instance

Since:

3.1.0

setKeysAngle

public void setKeysAngle(Az180 value)

Set the keying angle for the digital/analog/hybrid data stream..

Parameters:

value - a Az180 instance

Since:

3.1.0

isSetKeysAngle

public boolean isSetKeysAngle()

Determine if the KeysAngle is configured.

Returns:

TRUE if the field is set, FALSE if the field is null

getKeysDesc

public S500 getKeysDesc()

Get a text description of the keying format for the digital/analog/hybrid data stream..

Returns:

a S500 instance

Since:

3.1.0

setKeysDesc

public void setKeysDesc(S500 value)

Set a text description of the keying format for the digital/analog/hybrid data stream..

Parameters:

value - a S500 instance

Since:

3.1.0

isSetKeysDesc

public boolean isSetKeysDesc()

Determine if the KeysDesc is configured.

Returns:

TRUE if the field is set, FALSE if the field is null

getMUXLevel

public Signed_DB_5_2 getMUXLevel()

Get In Data Item US:MUXLevel (US), enter the signal power in dB referenced to the baseband carrier for the companding of the multiplexed signal..

Returns:

a Signed_DB_5_2 instance

Since:

3.1.0

setMUXLevel

public void setMUXLevel(Signed_DB_5_2 value)

Set In Data Item US:MUXLevel (US), enter the signal power in dB referenced to the baseband carrier for the companding of the multiplexed signal..

Parameters:

value - a Signed_DB_5_2 instance

Since:

3.1.0

isSetMUXLevel

public boolean isSetMUXLevel()

Determine if the MUXLevel is configured.

Returns:

TRUE if the field is set, FALSE if the field is null

getMUXScheme

public S100 getMUXScheme()

Get In Data Item US:MUXScheme (US), enter a freetext description of the multiplexing algorithm..

Returns:

a S100 instance

Since:

3.1.0

setMUXScheme

public void setMUXScheme(S100 value)

Set In Data Item US:MUXScheme (US), enter a freetext description of the multiplexing algorithm..

Parameters:

value - a S100 instance

Since:

3.1.0

isSetMUXScheme

public boolean isSetMUXScheme()

Determine if the MUXScheme is configured.

Returns:

TRUE if the field is set, FALSE if the field is null

getSymbolSize

public US_Bits getSymbolSize()

Get the number of bits in the symbols being generated. For example, if this is a binary stream made up of bytes then the symbolSize would be 8. For Link-16 the symbolSize would be 70 since that link uses 70-bit words..

Returns:

a US_Bits instance

Since:

3.1.0

setSymbolSize

public void setSymbolSize(US_Bits value)

Set the number of bits in the symbols being generated. For example, if this is a binary stream made up of bytes then the symbolSize would be 8. For Link-16 the symbolSize would be 70 since that link uses 70-bit words..

Parameters:

value - a US_Bits instance

Since:

3.1.0

isSetSymbolSize

public boolean isSetSymbolSize()

Determine if the SymbolSize is configured.

Returns:

TRUE if the field is set, FALSE if the field is null

withMaxDevRatio

public TxModulation withMaxDevRatio(Double value)

Set the deviation ratio data applicable to frequency- or phase-modulation equipment. For FM systems the deviation ratio is directly proportional to the frequency deviation of the variance of the modulator. In Data Item PM systems the deviation ratio is tied to both the amplitude of the modulating signal and phase deviation constant of the modulator. For example, for an FM system a deviation ratio of 1 indicates that a 3 kHz input frequency will cause a peak instantaneous frequency deviation of 3 kHz. a deviation ratio of 3 is the result of a 9 kHz deviation of the emission when modulated with a 3 kHz signal. Do not use this item for amplitude or pulse modulated systems.

Parameters:

value - An instances of type Double.

Returns:

The current TxModulation object instance.

Since:

3.1.0

withAMIdx

public TxModulation withAMIdx(Double value)

Set the amplitude modulation index, which is a unitless value for an amplitude modulation signal derived by dividing the peak modulating voltage by the peak carrier voltage. The modulation index should always be > 0 and < 1. If = 0, the resultant modulated waveform is a constant keyed carrier without a modulating signal. If > 1, the envelope is over modulated and distorted. A typical value is 0.6

Parameters:

value - An instances of type Double.

Returns:

The current TxModulation object instance.

Since:

3.1.0

withAMRMSIdx

public TxModulation withAMRMSIdx(Double value)

Set the RMS modulation index when analog or phase modulation is used and the baseband consists of FDM channels or multiple subcarrier signals. The RMS Amplitude Modulation Index is a unitless value for an amplitude modulation signal derived by dividing the RMS peak modulating voltage by the RMS peak carrier voltage.

Parameters:

value - An instances of type Double.

Returns:

The current TxModulation object instance.

Since:

3.1.0

withFMPeakFreqDev

public TxModulation withFMPeakFreqDev(Double value)

Set the peak frequency deviation when analog modulation is employed.

Parameters:

value - An instances of type Double.

Returns:

The current TxModulation object instance.

Since:

3.1.0

withFMRMSFreqDev

public TxModulation withFMRMSFreqDev(Double value)

Set the Root Means Square (RMS) frequency deviation when frequency modulation (FM) is employed and the base band consists of frequency-division multiplexed (FDM) channels or multiple subcarrier signals.

Parameters:

value - An instances of type Double.

Returns:

The current TxModulation object instance.

Since:

3.1.0

withFMDeviationCode

public TxModulation withFMDeviationCode(ListCFM value)

Set the code that indicates the type of Root Mean Square (RMS) deviation (multichannel or per-channel).

Parameters:

value - An instances of type ListCFM.

Returns:

The current TxModulation object instance.

Since:

3.1.0

withFMPeakModulationIdx

public TxModulation withFMPeakModulationIdx(Double value)

Set the peak modulation index (deviation ratio) when using analog frequency or phase modulation.

Parameters:

value - An instances of type Double.

Returns:

The current TxModulation object instance.

Since:

3.1.0

withCarrierSuppression

public TxModulation withCarrierSuppression(Double value)

Set the amount of reduction of the signals carrier, as compared to a non attenuated signal carrier.

Parameters:

value - An instances of type Double.

Returns:

The current TxModulation object instance.

Since:

3.1.0

withSidebandSuppression

public TxModulation withSidebandSuppression(Double value)

Set the amount that one or both of the sidebands of a signal are reduced prior to transmission. “One or both" is determined by evaluation of the emission designator.

Parameters:

value - An instances of type Double.

Returns:

The current TxModulation object instance.

Since:

3.1.0

withSidebandSuppressed

public TxModulation withSidebandSuppressed(ListCSI value)

Set the sideband that is suppressed in a single sideband signal.

Parameters:

value - An instances of type ListCSI.

Returns:

The current TxModulation object instance.

Since:

3.1.0

withKeysAngle

public TxModulation withKeysAngle(Double value)

Set the keying angle for the digital/analog/hybrid data stream.

Parameters:

value - An instances of type Double.

Returns:

The current TxModulation object instance.

Since:

3.1.0

withKeysDesc

public TxModulation withKeysDesc(String value)

Set a text description of the keying format for the digital/analog/hybrid data stream.

Parameters:

value - An instances of type String.

Returns:

The current TxModulation object instance.

Since:

3.1.0

withMUXLevel

public TxModulation withMUXLevel(Double value)

Set In Data Item US:MUXLevel (US), enter the signal power in dB referenced to the baseband carrier for the companding of the multiplexed signal.

Parameters:

value - An instances of type Double.

Returns:

The current TxModulation object instance.

Since:

3.1.0

withMUXScheme

public TxModulation withMUXScheme(String value)

Set In Data Item US:MUXScheme (US), enter a freetext description of the multiplexing algorithm.

Parameters:

value - An instances of type String.

Returns:

The current TxModulation object instance.

Since:

3.1.0

withSymbolSize

public TxModulation withSymbolSize(Double value)

Set the number of bits in the symbols being generated. For example, if this is a binary stream made up of bytes then the symbolSize would be 8. For Link-16 the symbolSize would be 70 since that link uses 70-bit words.

Parameters:

value - An instances of type Double.

Returns:

The current TxModulation object instance.

Since:

3.1.0

withDigitalModType

public TxModulation withDigitalModType(ListCMO value)

Set the type of digital modulation.

Overrides:

withDigitalModType in class RxModulation

Parameters:

value - An instances of type ListCMO.

Returns:

The current TxModulation object instance.

Since:

3.1.0

withMaxBitRate

public TxModulation withMaxBitRate(Double value)

Set the maximum bit rate in kilobits per second applicable to digital communications systems. For spread spectrum transmissions enter the bit rate after error-correction coding. Do not enter the spectrum-spreading clock or chip rate.

Overrides:

withMaxBitRate in class RxModulation

Parameters:

value - An instances of type Double.

Returns:

The current TxModulation object instance.

Since:

3.1.0

withNumStates

public TxModulation withNumStates(Integer value)

Set the total number of states, e.g., 4 for 4-ary Phase Shift-Keying, 64 for 64 level Quadrature AM.

Overrides:

withNumStates in class RxModulation

Parameters:

value - An instances of type Integer.

Returns:

The current TxModulation object instance.

Since:

3.1.0

withLineCoding

public TxModulation withLineCoding(ListCDF value)

Set the format used to represent binary digit sequencing when digital modulation is used.

Overrides:

withLineCoding in class RxModulation

Parameters:

value - An instances of type ListCDF.

Returns:

The current TxModulation object instance.

Since:

3.1.0

withCodeRate

public TxModulation withCodeRate(Double value)

Set the pseudorandom code rate.

Overrides:

withCodeRate in class RxModulation

Parameters:

value - An instances of type Double.

Returns:

The current TxModulation object instance.

Since:

3.1.0

withCodePeriod

public TxModulation withCodePeriod(Double value)

Set the length of time of the pseudorandom code repetition period.

Overrides:

withCodePeriod in class RxModulation

Parameters:

value - An instances of type Double.

Returns:

The current TxModulation object instance.

Since:

3.1.0

toString

public String toString()

Get a string representation of this TxModulation instance configuration.

Overrides:

toString in class RxModulation

Returns:

The current object instance configuration as a non-null String

isSet

public boolean isSet()

Determine if the required fields in this SSRF data type instance are set.

TxModulation has no configuration requirements.

Overrides:

isSet in class RxModulation

Returns:

TRUE