Uses of Class
us.gov.dod.standard.ssrf._3_1.metadata.domains.FreqM

Packages that use FreqM

Package	Description
us.gov.dod.standard.ssrf._3_1
us.gov.dod.standard.ssrf._3_1.allotment
us.gov.dod.standard.ssrf._3_1.antenna
us.gov.dod.standard.ssrf._3_1.assignment
us.gov.dod.standard.ssrf._3_1.jrfl
us.gov.dod.standard.ssrf._3_1.loadset
us.gov.dod.standard.ssrf._3_1.metadata.domains
us.gov.dod.standard.ssrf._3_1.multiple
us.gov.dod.standard.ssrf._3_1.radiationplan
us.gov.dod.standard.ssrf._3_1.receiver
us.gov.dod.standard.ssrf._3_1.ssrequest
us.gov.dod.standard.ssrf._3_1.toa
us.gov.dod.standard.ssrf._3_1.transmitter

Uses of FreqM in us.gov.dod.standard.ssrf._3_1

Fields in us.gov.dod.standard.ssrf._3_1 declared as FreqM

Modifier and Type	Field and Description
protected FreqM	AsgnFreqBase.freqMax
protected FreqM	AsgnFreqBase.freqMin
protected FreqM	AsgnFreqBase.refFreq

Methods in us.gov.dod.standard.ssrf._3_1 that return FreqM

Modifier and Type	Method and Description
FreqM	Transmitter.getDuplexSep() Get the minimum or exact duplex frequency separation.
FreqM	Receiver.getDuplexSep() Get the minimum or exact duplex frequency separation.
FreqM	RadiationPlan.getFreqMax() Get the frequency range maximum value planned for denial of use.
FreqM	AsgnFreqBase.getFreqMax() Get .
FreqM	RadiationPlan.getFreqMin() Get the frequency range minimum value planned for denial of use..
FreqM	AsgnFreqBase.getFreqMin() Get .
FreqM	AsgnFreqBase.getRefFreq() Get .
FreqM	IntfReport.getSatelliteUplinkFreq() Get the satellite uplink frequency experiencing the interference.
FreqM	IntfReport.getSourceEmsBw() Get the calculated or measured bandwidth of the interference source..
FreqM	IntfReport.getSourceFreqMax() Get the maximum frequency of the interference, in case of a range..
FreqM	IntfReport.getSourceFreqMin() Get the nominal frequency of the interference, or the minimum frequency in case of a range..
FreqM	IntfReport.getVictimFreqMax() Get the upper frequency of the range, in case of an assignment over a frequency range..
FreqM	IntfReport.getVictimFreqMin() Get the nominal or lower frequency used by the victim of the interference..

Methods in us.gov.dod.standard.ssrf._3_1 with parameters of type FreqM

Modifier and Type	Method and Description
void	Transmitter.setDuplexSep(FreqM value) Set the minimum or exact duplex frequency separation.
void	Receiver.setDuplexSep(FreqM value) Set the minimum or exact duplex frequency separation.
void	RadiationPlan.setFreqMax(FreqM value) Set the frequency range maximum value planned for denial of use.
void	AsgnFreqBase.setFreqMax(FreqM value) Set .
void	RadiationPlan.setFreqMin(FreqM value) Set the frequency range minimum value planned for denial of use..
void	AsgnFreqBase.setFreqMin(FreqM value) Set .
void	AsgnFreqBase.setRefFreq(FreqM value) Set .
void	IntfReport.setSatelliteUplinkFreq(FreqM value) Set the satellite uplink frequency experiencing the interference.
void	IntfReport.setSourceEmsBw(FreqM value) Set the calculated or measured bandwidth of the interference source..
void	IntfReport.setSourceFreqMax(FreqM value) Set the maximum frequency of the interference, in case of a range..
void	IntfReport.setSourceFreqMin(FreqM value) Set the nominal frequency of the interference, or the minimum frequency in case of a range..
void	IntfReport.setVictimFreqMax(FreqM value) Set the upper frequency of the range, in case of an assignment over a frequency range..
void	IntfReport.setVictimFreqMin(FreqM value) Set the nominal or lower frequency used by the victim of the interference..

Uses of FreqM in us.gov.dod.standard.ssrf._3_1.allotment

Methods in us.gov.dod.standard.ssrf._3_1.allotment that return FreqM

Modifier and Type	Method and Description
FreqM	AllotFreq.getFreqMax() Get the maximum value of the frequencies in the range.
FreqM	AllotFreq.getFreqMin() Get the nominal frequency or minimum value of the frequency range..
FreqM	Emission.getNecessaryBw() Get the necessary bandwidth which is defined as the value in MHz, for a given class of emission, the width of the frequency band which is just sufficient to ensure the transmission of information at the rate and with the quality required under specified conditions.
FreqM	AllotFreq.getPairedFreqMin() Get the nominal frequency or minimum value of the frequency range, for the paired frequency or frequency range when the allotment is for a duplex system..
FreqM	AllotFreq.getTuningStep() Get the tuning increment..

Methods in us.gov.dod.standard.ssrf._3_1.allotment with parameters of type FreqM

Modifier and Type	Method and Description
void	AllotFreq.setFreqMax(FreqM value) Set the maximum value of the frequencies in the range.
void	AllotFreq.setFreqMin(FreqM value) Set the nominal frequency or minimum value of the frequency range..
void	Emission.setNecessaryBw(FreqM value) Set the necessary bandwidth which is defined as the value in MHz, for a given class of emission, the width of the frequency band which is just sufficient to ensure the transmission of information at the rate and with the quality required under specified conditions.
void	AllotFreq.setPairedFreqMin(FreqM value) Set the nominal frequency or minimum value of the frequency range, for the paired frequency or frequency range when the allotment is for a duplex system..
void	AllotFreq.setTuningStep(FreqM value) Set the tuning increment..

Uses of FreqM in us.gov.dod.standard.ssrf._3_1.antenna

Methods in us.gov.dod.standard.ssrf._3_1.antenna that return FreqM

Modifier and Type	Method and Description
FreqM	AntFreqs.getBandwidth() Get In Data Item Bandwidth, as an alternative to FreqMin/FreqMax, enter the total operating bandwidth of the Antenna centered around FreqMin..
FreqM	VSWR.getFreq() Get the specific frequency at which the VSWR measurement was taken.
FreqM	AntGain.getFreq() Get the frequency at which the gain is expressed..
FreqM	AntEfficiency.getFreqMax() Get the maximum value of the frequencies in the range.
FreqM	AntFreqs.getFreqMax() Get the maximum value of the frequencies in the range.
FreqM	AntEfficiency.getFreqMin() Get the nominal frequency or minimum value of the frequency range..
FreqM	AntFreqs.getFreqMin() Get the nominal frequency or minimum value of the frequency range..

Methods in us.gov.dod.standard.ssrf._3_1.antenna with parameters of type FreqM

Modifier and Type	Method and Description
void	AntFreqs.setBandwidth(FreqM value) Set In Data Item Bandwidth, as an alternative to FreqMin/FreqMax, enter the total operating bandwidth of the Antenna centered around FreqMin..
void	VSWR.setFreq(FreqM value) Set the specific frequency at which the VSWR measurement was taken.
void	AntGain.setFreq(FreqM value) Set the frequency at which the gain is expressed..
void	AntEfficiency.setFreqMax(FreqM value) Set the maximum value of the frequencies in the range.
void	AntFreqs.setFreqMax(FreqM value) Set the maximum value of the frequencies in the range.
void	AntEfficiency.setFreqMin(FreqM value) Set the nominal frequency or minimum value of the frequency range..
void	AntFreqs.setFreqMin(FreqM value) Set the nominal frequency or minimum value of the frequency range..

Uses of FreqM in us.gov.dod.standard.ssrf._3_1.assignment

Methods in us.gov.dod.standard.ssrf._3_1.assignment that return FreqM

Modifier and Type	Method and Description
FreqM	Station.getCositeSep() Get the minimum required frequency separation between the equipment for which the assignment is being made and any other equipment operating at the same location.
FreqM	PairedFreq.getFreq() Get the paired frequency for the repeater, duplex link or frequency diversity capability..
FreqM	Tuning.getFreqSep() Get the required minimum or exact frequency separation..
FreqM	NarrowBandPlanning.getNBFreq() Get the transition frequency to comply with narrow band transition plans..
FreqM	Tuning.getTuningStep() Get the tuning increment expressed of the requested frequency range.

Methods in us.gov.dod.standard.ssrf._3_1.assignment with parameters of type FreqM

Modifier and Type	Method and Description
void	Station.setCositeSep(FreqM value) Set the minimum required frequency separation between the equipment for which the assignment is being made and any other equipment operating at the same location.
void	PairedFreq.setFreq(FreqM value) Set the paired frequency for the repeater, duplex link or frequency diversity capability..
void	Tuning.setFreqSep(FreqM value) Set the required minimum or exact frequency separation..
void	NarrowBandPlanning.setNBFreq(FreqM value) Set the transition frequency to comply with narrow band transition plans..
void	Tuning.setTuningStep(FreqM value) Set the tuning increment expressed of the requested frequency range.

Uses of FreqM in us.gov.dod.standard.ssrf._3_1.jrfl

Methods in us.gov.dod.standard.ssrf._3_1.jrfl that return FreqM

Modifier and Type	Method and Description
FreqM	JRFLEntry.getBandwidth() Get the width of the range (or band) of restricted frequency(s)..
FreqM	JRFLEntry.getFreqMax() Get the maximum value of the frequencies in the range.
FreqM	JRFLEntry.getFreqMin() Get the nominal frequency or minimum value of the frequency range..

Methods in us.gov.dod.standard.ssrf._3_1.jrfl with parameters of type FreqM

Modifier and Type	Method and Description
void	JRFLEntry.setBandwidth(FreqM value) Set the width of the range (or band) of restricted frequency(s)..
void	JRFLEntry.setFreqMax(FreqM value) Set the maximum value of the frequencies in the range.
void	JRFLEntry.setFreqMin(FreqM value) Set the nominal frequency or minimum value of the frequency range..

Uses of FreqM in us.gov.dod.standard.ssrf._3_1.loadset

Methods in us.gov.dod.standard.ssrf._3_1.loadset that return FreqM

Modifier and Type	Method and Description
FreqM	JammingChannelProfile.getCenterFreq() Get the middle frequency in the band..
FreqM	JammingChannelProfile.getChannelSpacing() Get the frequency increment between discrete channels..
FreqM	JammingChannelProfile.getFreqMax() Get the target frequency range maximum value.
FreqM	JammingChannelProfile.getFreqMin() Get the target discrete frequency, or frequency range minimum value..
FreqM	JammingChannelProfile.getOffsetFreq() Get the frequency offset relative to the center frequency of the channel..

Methods in us.gov.dod.standard.ssrf._3_1.loadset with parameters of type FreqM

Modifier and Type	Method and Description
void	JammingChannelProfile.setCenterFreq(FreqM value) Set the middle frequency in the band..
void	JammingChannelProfile.setChannelSpacing(FreqM value) Set the frequency increment between discrete channels..
void	JammingChannelProfile.setFreqMax(FreqM value) Set the target frequency range maximum value.
void	JammingChannelProfile.setFreqMin(FreqM value) Set the target discrete frequency, or frequency range minimum value..
void	JammingChannelProfile.setOffsetFreq(FreqM value) Set the frequency offset relative to the center frequency of the channel..

Uses of FreqM in us.gov.dod.standard.ssrf._3_1.metadata.domains

Methods in us.gov.dod.standard.ssrf._3_1.metadata.domains with parameters of type FreqM

Modifier and Type	Method and Description
int	FreqM.compareTo(FreqM obj) Comparison and sorting.

Uses of FreqM in us.gov.dod.standard.ssrf._3_1.multiple

Methods in us.gov.dod.standard.ssrf._3_1.multiple that return FreqM

Modifier and Type	Method and Description
FreqM	ConfigFreq.getChannelSpacing() Get In Data Item ChannelSpacing (US)- enter the amount of bandwidth allotted to each channel, measured as the spacing between center frequencies (or wavelengths) of adjacent channels..
FreqM	ConfigFreq.getFreqMax() Get the maximum value of the frequencies in the range.
FreqM	ConfigFreq.getFreqMin() Get the nominal frequency or minimum value of the frequency range..
FreqM	ConfigEmission.getNecessaryBwMax() Get the maximum necessary bandwidth in the case of a range of values.
FreqM	ConfigEmission.getNecessaryBwMin() Get the necessary bandwidth which is defined as the value in MHz, for a given class of emission, the width of the frequency band which is just sufficient to ensure the transmission of information at the rate and with the quality required under specified conditions.

Methods in us.gov.dod.standard.ssrf._3_1.multiple with parameters of type FreqM

Modifier and Type	Method and Description
void	ConfigFreq.setChannelSpacing(FreqM value) Set In Data Item ChannelSpacing (US)- enter the amount of bandwidth allotted to each channel, measured as the spacing between center frequencies (or wavelengths) of adjacent channels..
void	ConfigFreq.setFreqMax(FreqM value) Set the maximum value of the frequencies in the range.
void	ConfigFreq.setFreqMin(FreqM value) Set the nominal frequency or minimum value of the frequency range..
void	ConfigEmission.setNecessaryBwMax(FreqM value) Set the maximum necessary bandwidth in the case of a range of values.
void	ConfigEmission.setNecessaryBwMin(FreqM value) Set the necessary bandwidth which is defined as the value in MHz, for a given class of emission, the width of the frequency band which is just sufficient to ensure the transmission of information at the rate and with the quality required under specified conditions.

Uses of FreqM in us.gov.dod.standard.ssrf._3_1.radiationplan

Methods in us.gov.dod.standard.ssrf._3_1.radiationplan that return FreqM

Modifier and Type	Method and Description
FreqM	JammingTarget.getFreqMax() Get the frequency range maximum value planned for denial of use.
FreqM	JammingTarget.getFreqMin() Get the discrete frequency, or frequency range minimum value, planned for denial of use..
FreqM	JammingAuthority.getJCAFreq() Get In Data Item JCAFreq (US), enter the frequency assigned to the JCA.

Methods in us.gov.dod.standard.ssrf._3_1.radiationplan with parameters of type FreqM

Modifier and Type	Method and Description
void	JammingTarget.setFreqMax(FreqM value) Set the frequency range maximum value planned for denial of use.
void	JammingTarget.setFreqMin(FreqM value) Set the discrete frequency, or frequency range minimum value, planned for denial of use..
void	JammingAuthority.setJCAFreq(FreqM value) Set In Data Item JCAFreq (US), enter the frequency assigned to the JCA.

Uses of FreqM in us.gov.dod.standard.ssrf._3_1.receiver

Methods in us.gov.dod.standard.ssrf._3_1.receiver that return FreqM

Modifier and Type	Method and Description
FreqM	Curve.getBw() Get the bandwidth measurement of the curve values..
FreqM	RxSignalTuning.getFreqMax() Get the maximum value of the frequencies in the range.
FreqM	SpreadSpectrum.getFreqMax() Get the maximum value of the frequencies in the range.
FreqM	Curve.getFreqMax() Get the highest value of the curve frequency range.
FreqM	RxSignalTuning.getFreqMin() Get the nominal frequency or minimum value of the frequency range..
FreqM	SpreadSpectrum.getFreqMin() Get the nominal frequency or minimum value of the frequency range..
FreqM	Curve.getFreqMin() Get the lowest value of the curve frequency range..
FreqM	FreqConversion.getIFMax() Get the maximum value of the intermediate frequencies.
FreqM	FreqConversion.getIFMin() Get the nominal intermediate frequency or minimum value of the intermediate frequency range..
FreqM	FreqConversion.getLOFreqMax() Get the maximum value of the LO frequencies.
FreqM	FreqConversion.getLOFreqMin() Get the nominal LO frequency or minimum value of the LO frequency range..
FreqM	Baseband.getModFreqMax() Get the maximum modulating frequency: - for a transmitter, measured on the high side of the spectrum signature at the -3 dB point before the baseband signal begins the up-conversion process; - for a receiver, frequency that can be recovered and demodulated by the receiver.
FreqM	Baseband.getModFreqMin() Get the minimum modulating frequency measured: - for a transmitter, on the low side of the spectrum signature at the -3 dB point before the baseband signal begins the up-conversion process; - for a receiver, at the -3 dB point on the low frequency side of the receiver baseband, after detection but prior to de-multiplexing or demodulation..
FreqM	RxMode.getNecessaryBw() Get the necessary bandwidth which is defined as the minimum width of the frequency band sufficient to ensure the transmission of information at the required rate and quality.
FreqM	RxMode.getPostDetectionFreqMax() Get the maximum post detection frequency at the baseband half-power point.
FreqM	RxMode.getPostDetectionFreqMin() Get the maximum post detection frequency at the baseband half-power point..
FreqM	SpreadSpectrum.getPulseChirpFreqShift() Get the difference between the starting and stopping frequency of a chirped pulse signal..
FreqM	SpreadSpectrum.getPulseFreqDev() Get In Data Item PulseFreqDev, Enter, for FM pulse radars, the total frequency shift during the pulse width..
FreqM	RxSignalTuning.getTuningStep() Get the tuning increment..

Methods in us.gov.dod.standard.ssrf._3_1.receiver with parameters of type FreqM

Modifier and Type	Method and Description
void	Curve.setBw(FreqM value) Set the bandwidth measurement of the curve values..
void	RxSignalTuning.setFreqMax(FreqM value) Set the maximum value of the frequencies in the range.
void	SpreadSpectrum.setFreqMax(FreqM value) Set the maximum value of the frequencies in the range.
void	Curve.setFreqMax(FreqM value) Set the highest value of the curve frequency range.
void	RxSignalTuning.setFreqMin(FreqM value) Set the nominal frequency or minimum value of the frequency range..
void	SpreadSpectrum.setFreqMin(FreqM value) Set the nominal frequency or minimum value of the frequency range..
void	Curve.setFreqMin(FreqM value) Set the lowest value of the curve frequency range..
void	FreqConversion.setIFMax(FreqM value) Set the maximum value of the intermediate frequencies.
void	FreqConversion.setIFMin(FreqM value) Set the nominal intermediate frequency or minimum value of the intermediate frequency range..
void	FreqConversion.setLOFreqMax(FreqM value) Set the maximum value of the LO frequencies.
void	FreqConversion.setLOFreqMin(FreqM value) Set the nominal LO frequency or minimum value of the LO frequency range..
void	Baseband.setModFreqMax(FreqM value) Set the maximum modulating frequency: - for a transmitter, measured on the high side of the spectrum signature at the -3 dB point before the baseband signal begins the up-conversion process; - for a receiver, frequency that can be recovered and demodulated by the receiver.
void	Baseband.setModFreqMin(FreqM value) Set the minimum modulating frequency measured: - for a transmitter, on the low side of the spectrum signature at the -3 dB point before the baseband signal begins the up-conversion process; - for a receiver, at the -3 dB point on the low frequency side of the receiver baseband, after detection but prior to de-multiplexing or demodulation..
void	RxMode.setNecessaryBw(FreqM value) Set the necessary bandwidth which is defined as the minimum width of the frequency band sufficient to ensure the transmission of information at the required rate and quality.
void	RxMode.setPostDetectionFreqMax(FreqM value) Set the maximum post detection frequency at the baseband half-power point.
void	RxMode.setPostDetectionFreqMin(FreqM value) Set the maximum post detection frequency at the baseband half-power point..
void	SpreadSpectrum.setPulseChirpFreqShift(FreqM value) Set the difference between the starting and stopping frequency of a chirped pulse signal..
void	SpreadSpectrum.setPulseFreqDev(FreqM value) Set In Data Item PulseFreqDev, Enter, for FM pulse radars, the total frequency shift during the pulse width..
void	RxSignalTuning.setTuningStep(FreqM value) Set the tuning increment..

Uses of FreqM in us.gov.dod.standard.ssrf._3_1.ssrequest

Methods in us.gov.dod.standard.ssrf._3_1.ssrequest that return FreqM

Modifier and Type	Method and Description
FreqM	Trunking.getFreqMax() Get the upper frequency of band.
FreqM	TrunkingAssignment.getFreqMax() Get the upper frequency of band.
FreqM	Trunking.getFreqMin() Get the lower frequency of band or discrete frequency..
FreqM	TrunkingAssignment.getFreqMin() Get the lower frequency of band or discrete frequency..

Methods in us.gov.dod.standard.ssrf._3_1.ssrequest with parameters of type FreqM

Modifier and Type	Method and Description
void	Trunking.setFreqMax(FreqM value) Set the upper frequency of band.
void	TrunkingAssignment.setFreqMax(FreqM value) Set the upper frequency of band.
void	Trunking.setFreqMin(FreqM value) Set the lower frequency of band or discrete frequency..
void	TrunkingAssignment.setFreqMin(FreqM value) Set the lower frequency of band or discrete frequency..

Uses of FreqM in us.gov.dod.standard.ssrf._3_1.toa

Methods in us.gov.dod.standard.ssrf._3_1.toa that return FreqM

Modifier and Type	Method and Description
FreqM	FreqBand.getFreqMax() Get the maximum value of the frequencies in the range.
FreqM	FreqBand.getFreqMin() Get the nominal frequency or minimum value of the frequency range..

Methods in us.gov.dod.standard.ssrf._3_1.toa with parameters of type FreqM

Modifier and Type	Method and Description
void	FreqBand.setFreqMax(FreqM value) Set the maximum value of the frequencies in the range.
void	FreqBand.setFreqMin(FreqM value) Set the nominal frequency or minimum value of the frequency range..

Uses of FreqM in us.gov.dod.standard.ssrf._3_1.transmitter

Methods in us.gov.dod.standard.ssrf._3_1.transmitter that return FreqM

Modifier and Type	Method and Description
FreqM	TxModulation.getFMPeakFreqDev() Get the peak frequency deviation when analog modulation is employed..
FreqM	TxModulation.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..
FreqM	SubcarrierFreq.getFreq() Get the subcarrier frequency..
FreqM	TxSignalTuning.getFreqMax() Get the maximum value of the frequencies in the range.
FreqM	SubcarrierTone.getFreqMax() Get the maximum value of the frequencies in the range.
FreqM	ObservedRFAnalysis.getFreqMax() Get the upper end of the range of RF values that represent 100% of observed signals.
FreqM	TxSignalTuning.getFreqMin() Get the nominal frequency or minimum value of the frequency range..
FreqM	SubcarrierTone.getFreqMin() Get the nominal frequency or minimum value of the frequency range..
FreqM	ObservedRFAnalysis.getFreqMin() Get the lower end of the range of RF values that represent 100% of observed signals..
FreqM	SubcarrierFreq.getFreqOffset() Get the frequency differential from the subcarrier frequency..
FreqM	SubcarrierFreq.getFreqRest() Get the dwell or pause frequency utilised while processing the subcarrier.
FreqM	ObservedRFAnalysis.getGuardBand() Get the RF band between carriers which is not used.
FreqM	ObservedRFAnalysis.getInstantRFBW03() Get the transmitter pulse bandwidth (burst or instantaneous) measured at the 3 dB points (min).
FreqM	ObservedRFAnalysis.getInstantRFBW06() Get the transmitter pulse bandwidth (burst or instantaneous) measured at the 6 dB points (min).
FreqM	ObservedRFAnalysis.getInstantRFBW10() Get the transmitter pulse bandwidth (burst or instantaneous) measured at the 10 dB points (min).
FreqM	ObservedRFAnalysis.getInstantRFBW20() Get the transmitter pulse bandwidth (burst or instantaneous) measured at the 20 dB points (min).
FreqM	TxSignalTuning.getLowestUsableChannel() Get the center frequency of the lowest channel usable within this transmitter frequency range..
FreqM	TxSignalTuning.getMinSeparation() Get the minimum frequency separation required at one transmitter or receiver location..
FreqM	ObservedMOPValues.getMOPValueCW() Get In Data Item US:MOPValueCW (US), enter specific data that describes the Continuous Wave (CW) features of a signal impressed on a Pulse.
FreqM	ObservedMOPValues.getMOPValueFM() Get In Data Item US:MOPValueFM (US), enter specific data that describes the Frequency (FM) features of a signal impressed on a Pulse.
FreqM	TxMode.getNecessaryBw() Get the necessary bandwidth which is defined as the minimum width of the frequency band sufficient to ensure the transmission of information at the required rate and quality.
FreqM	TxMode.getOccBw() Get the minimum bandwidth utilized to process 99.5% of the emission spectra..
FreqM	ObservedRFAnalysis.getOperationalRFBW() Get the delta (aka.
FreqM	ObservedPulseAnalysis.getPRIFrameRate() Get the rate of frame generation during the Pulse Repetition Interval.
FreqM	ObservedPulseAnalysis.getPRISubframeRate() Get the number of subframes detected during each PRI Subframe period..
FreqM	ObservedRFAnalysis.getRFBasicClockPeriod() Get the frequency divisor common to all RF separations (not necessarily to all RF) RF crystal is not always the same as the RF channelization (min)..
FreqM	ObservedRFAnalysis.getRFChannelFreqMax() Get the maximum RF channel values.
FreqM	ObservedRFAnalysis.getRFChannelFreqMin() Get the minimum RF channel values..
FreqM	ObservedRFAnalysis.getRFFreqMax() Get the typical highest RF value observed on a single intercept.
FreqM	ObservedRFAnalysis.getRFFreqMin() Get the typical lowest RF value observed on a single intercept..
FreqM	ObservedRFAnalysis.getRFMean() Get the average RF of a signal which changes RFs on a non-patterned basis..
FreqM	ObservedRFAnalysis.getRFMedian() Get the most probable RF values..
FreqM	ObservedRFAnalysis.getRFRestFreq() Get the observed carrier or rest frequency when the modulation is off.
FreqM	ObservedRFAnalysis.getRFStandardDeviation() Get the standard deviation of the data set used to calculate RF Mean..
FreqM	ObservedRFAnalysis.getRFTuningStep() Get the separation between the mean RF values of adjacent RFs in signal with discrete RF channels..
FreqM	ObservedRFValues.getRFValue() Get the observed signals values.
FreqM	TxSignalTuning.getTuningStep() Get the tuning increment..
FreqM	ObservedRFAnalysis.getTuningStep() Get the separation between the mean RF values of adjacent RFs in signal with discrete RF channels..

Methods in us.gov.dod.standard.ssrf._3_1.transmitter with parameters of type FreqM

Modifier and Type	Method and Description
void	TxModulation.setFMPeakFreqDev(FreqM value) Set the peak frequency deviation when analog modulation is employed..
void	TxModulation.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	SubcarrierFreq.setFreq(FreqM value) Set the subcarrier frequency..
void	TxSignalTuning.setFreqMax(FreqM value) Set the maximum value of the frequencies in the range.
void	SubcarrierTone.setFreqMax(FreqM value) Set the maximum value of the frequencies in the range.
void	ObservedRFAnalysis.setFreqMax(FreqM value) Set the upper end of the range of RF values that represent 100% of observed signals.
void	TxSignalTuning.setFreqMin(FreqM value) Set the nominal frequency or minimum value of the frequency range..
void	SubcarrierTone.setFreqMin(FreqM value) Set the nominal frequency or minimum value of the frequency range..
void	ObservedRFAnalysis.setFreqMin(FreqM value) Set the lower end of the range of RF values that represent 100% of observed signals..
void	SubcarrierFreq.setFreqOffset(FreqM value) Set the frequency differential from the subcarrier frequency..
void	SubcarrierFreq.setFreqRest(FreqM value) Set the dwell or pause frequency utilised while processing the subcarrier.
void	ObservedRFAnalysis.setGuardBand(FreqM value) Set the RF band between carriers which is not used.
void	ObservedRFAnalysis.setInstantRFBW03(FreqM value) Set the transmitter pulse bandwidth (burst or instantaneous) measured at the 3 dB points (min).
void	ObservedRFAnalysis.setInstantRFBW06(FreqM value) Set the transmitter pulse bandwidth (burst or instantaneous) measured at the 6 dB points (min).
void	ObservedRFAnalysis.setInstantRFBW10(FreqM value) Set the transmitter pulse bandwidth (burst or instantaneous) measured at the 10 dB points (min).
void	ObservedRFAnalysis.setInstantRFBW20(FreqM value) Set the transmitter pulse bandwidth (burst or instantaneous) measured at the 20 dB points (min).
void	TxSignalTuning.setLowestUsableChannel(FreqM value) Set the center frequency of the lowest channel usable within this transmitter frequency range..
void	TxSignalTuning.setMinSeparation(FreqM value) Set the minimum frequency separation required at one transmitter or receiver location..
void	ObservedMOPValues.setMOPValueCW(FreqM value) Set In Data Item US:MOPValueCW (US), enter specific data that describes the Continuous Wave (CW) features of a signal impressed on a Pulse.
void	ObservedMOPValues.setMOPValueFM(FreqM value) Set In Data Item US:MOPValueFM (US), enter specific data that describes the Frequency (FM) features of a signal impressed on a Pulse.
void	TxMode.setNecessaryBw(FreqM value) Set the necessary bandwidth which is defined as the minimum width of the frequency band sufficient to ensure the transmission of information at the required rate and quality.
void	TxMode.setOccBw(FreqM value) Set the minimum bandwidth utilized to process 99.5% of the emission spectra..
void	ObservedRFAnalysis.setOperationalRFBW(FreqM value) Set the delta (aka.
void	ObservedPulseAnalysis.setPRIFrameRate(FreqM value) Set the rate of frame generation during the Pulse Repetition Interval.
void	ObservedPulseAnalysis.setPRISubframeRate(FreqM value) Set the number of subframes detected during each PRI Subframe period..
void	ObservedRFAnalysis.setRFBasicClockPeriod(FreqM value) Set the frequency divisor common to all RF separations (not necessarily to all RF) RF crystal is not always the same as the RF channelization (min)..
void	ObservedRFAnalysis.setRFChannelFreqMax(FreqM value) Set the maximum RF channel values.
void	ObservedRFAnalysis.setRFChannelFreqMin(FreqM value) Set the minimum RF channel values..
void	ObservedRFAnalysis.setRFFreqMax(FreqM value) Set the typical highest RF value observed on a single intercept.
void	ObservedRFAnalysis.setRFFreqMin(FreqM value) Set the typical lowest RF value observed on a single intercept..
void	ObservedRFAnalysis.setRFMean(FreqM value) Set the average RF of a signal which changes RFs on a non-patterned basis..
void	ObservedRFAnalysis.setRFMedian(FreqM value) Set the most probable RF values..
void	ObservedRFAnalysis.setRFRestFreq(FreqM value) Set the observed carrier or rest frequency when the modulation is off.
void	ObservedRFAnalysis.setRFStandardDeviation(FreqM value) Set the standard deviation of the data set used to calculate RF Mean..
void	ObservedRFAnalysis.setRFTuningStep(FreqM value) Set the separation between the mean RF values of adjacent RFs in signal with discrete RF channels..
void	ObservedRFValues.setRFValue(FreqM value) Set the observed signals values.
void	TxSignalTuning.setTuningStep(FreqM value) Set the tuning increment..
void	ObservedRFAnalysis.setTuningStep(FreqM value) Set the separation between the mean RF values of adjacent RFs in signal with discrete RF channels..