ObservedRFAnalysis (lib-openssrf-3.1.0 1.0.0 API)

java.lang.Object
- us.gov.dod.standard.ssrf._3_1.transmitter.ObservedRFAnalysis

public class ObservedRFAnalysis
extends Object

ObservedRFAnalysis (US) contains the statisical results of actual RF observations.

Element of TxMode

Sub-Element is ObservedRFValues

Example:

 <ObservedRFAnalysis>
   <ChipRate cls="U">346</ChipRate>
   <DwellTime cls="U">78.98</DwellTime>
   <FreqMax cls="U">3107.56</FreqMax>
   <FreqMin cls="U">2999.753</FreqMin>
   <GuardBand cls="U">2986</GuardBand>
   <InstantRFBW03 cls="U">24.79</InstantRFBW03>
   <InstantRFBW06 cls="U">45.64</InstantRFBW06>
   <InstantRFBW10 cls="U">56.83</InstantRFBW10>
   <InstantRFBW20 cls="U">99.76</InstantRFBW20>
   <NumRFChannels cls="U">300</NumRFChannels>
   <NumRFElements cls="U">355</NumRFElements>
   <NumRFPositions cls="U">890</NumRFPositions>
   <NumRFSimultaneous cls="U">248</NumRFSimultaneous>
   <OperationalRFBW cls="U">87.9</OperationalRFBW>
   <RFAdaptiveDriver cls="U">Target Motion Tracking</RFAdaptiveDriver>
   <RFAdaptiveRule cls="U">Required Pattern Collection</RFAdaptiveRule>
   <RFBasicClockPeriod cls="U">0.0001</RFBasicClockPeriod>
   <RFChangeRate cls="U">84</RFChangeRate>
   <RFChannelFreqMax cls="U">3107.56</RFChannelFreqMax>
   <RFChannelFreqMin cls="U">2999.753</RFChannelFreqMin>
   <RFCoherent cls="U">Non-Coherent</RFCoherent>
   <RFContinuous cls="U">Yes</RFContinuous>
   <RFFreqMax cls="U">3107.56</RFFreqMax>
   <RFFreqMin cls="U">2999.753</RFFreqMin>
   <RFMean cls="U">3094.56</RFMean>
   <RFMedian cls="U">3097.54</RFMedian>
   <RFPatternPeriod cls="U">0.001</RFPatternPeriod>
   <RFPatternType cls="U">Non-Patterned</RFPatternType>
   <RFRestFreq cls="U">3000.54</RFRestFreq>
   <RFSequenceDesc cls="U">Required Pattern Collection set A35</RFSequenceDesc>
   <RFSlotDuration cls="U">12.45</RFSlotDuration>
   <RFStability cls="U">ppm</RFStability>
   <RFStability cls="U">ppm</RFStability>
   <RFStabilityInterval cls="U">.00034</RFStabilityInterval>
   <RFStandardDeviation cls="U">.00023</RFStandardDeviation>
   <RFTuningStep cls="U">0.025</RFTuningStep>
   <TuningStep cls="U">0.025</TuningStep>
   <ObservedRFValues>
     <RFValue cls="U">3000</RFValue>
     <StatisticalIndicator cls="U">97.2</StatisticalIndicator>
   </ObservedRFValues>
 </ObservedRFAnalysis>

Version:: 3.1.0, 03/30/2015
Author:: Key Bridge LLC

Constructor Summary

Constructors
Constructor and Description

ObservedRFAnalysis()

Constructors
Constructor and Description
`ObservedRFAnalysis()`

Method Summary

All Methods Instance Methods Concrete Methods
Modifier and Type	Method and Description
`MChips`	`getChipRate()` Get the chip rate.
`microsecs`	`getDwellTime()` Get the dwell time at any RF when the RF dwells at particular values for more than one pulse in a row..
`FreqM`	`getFreqMax()` Get the upper end of the range of RF values that represent 100% of observed signals.
`FreqM`	`getFreqMin()` Get the lower end of the range of RF values that represent 100% of observed signals..
`FreqM`	`getGuardBand()` Get the RF band between carriers which is not used.
`FreqM`	`getInstantRFBW03()` Get the transmitter pulse bandwidth (burst or instantaneous) measured at the 3 dB points (min).
`FreqM`	`getInstantRFBW06()` Get the transmitter pulse bandwidth (burst or instantaneous) measured at the 6 dB points (min).
`FreqM`	`getInstantRFBW10()` Get the transmitter pulse bandwidth (burst or instantaneous) measured at the 10 dB points (min).
`FreqM`	`getInstantRFBW20()` Get the transmitter pulse bandwidth (burst or instantaneous) measured at the 20 dB points (min).
`UN6`	`getNumRFChannels()` Get the number of channels into which the RF range of the emitter is divided..
`UN6`	`getNumRFElements()` Get the number of discrete RFs (channels) a multiple RF signal contains..
`UN6`	`getNumRFPositions()` Get the number of RF values in a signal RF sequence before it repeats..
`UN6`	`getNumRFSimultaneous()` Get The number of frequencies simultaneously used by the emitter..
`Set<ObservedRFValues>`	`getObservedRFValues()` Get the US:ObservedRFValues
`FreqM`	`getOperationalRFBW()` Get the delta (aka.
`S500`	`getRFAdaptiveDriver()` Get the condition controlling the choice of RF for Adaptive RF variations (e.g., least jammed frequency).
`S500`	`getRFAdaptiveRule()` Get In Data Item RFAdaptiveRule (US), indicate how the RF is chosen for Adaptive RF variations..
`FreqM`	`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)..
`RFChgRate`	`getRFChangeRate()` Get the RF change per unit of time, measured over a significant portion of the waveform.
`FreqM`	`getRFChannelFreqMax()` Get the maximum RF channel values.
`FreqM`	`getRFChannelFreqMin()` Get the minimum RF channel values..
`TString`	`getRFCoherent()` Get In Data Item RFCoherent (US), indicate if the observed RF signal is coherent, non-coherent, or unknown..
`TString`	`getRFContinuous()` Get whether pulse-to-pulse RF variations are Discrete or Continuous.
`FreqM`	`getRFFreqMax()` Get the typical highest RF value observed on a single intercept.
`FreqM`	`getRFFreqMin()` Get the typical lowest RF value observed on a single intercept..
`UN18_6`	`getRFFreqTolerance()` Get the drift in Hz or in ppm using the formula: Frequency tolerance (ppm) = Maximum drift (Hz) / Center frequency (MHz).
`microsecs`	`getRFFreqToleranceInterval()` Get In Data Item:RFFreqToleranceInterval (US), enter the time interval over which the RF stability measurements were taken..
`TString`	`getRFFreqToleranceUnit()` Get the units in which the Frequency Tolerance is expressed..
`FreqM`	`getRFMean()` Get the average RF of a signal which changes RFs on a non-patterned basis..
`FreqM`	`getRFMedian()` Get the most probable RF values..
`microsecs`	`getRFPatternPeriod()` Get the duration of one cycle of the pattern for patterned RF variations..
`TString`	`getRFPatternType()` Get In Data Item RFPatternType (US), Indicate whether RF is unmodulated or pulse-to-pulse RF variations are Patterned, Non-Patterned, or Adaptive..
`FreqM`	`getRFRestFreq()` Get the observed carrier or rest frequency when the modulation is off.
`S500`	`getRFSequenceDesc()` Get a free text description of the RF Sequence..
`microsecs`	`getRFSlotDuration()` Get the duration of a single time slot for the hop dwell.
`FreqM`	`getRFStandardDeviation()` Get the standard deviation of the data set used to calculate RF Mean..
`FreqM`	`getRFTuningStep()` Get the separation between the mean RF values of adjacent RFs in signal with discrete RF channels..
`FreqM`	`getTuningStep()` Get the separation between the mean RF values of adjacent RFs in signal with discrete RF channels..
`boolean`	`isSet()` Determine if the required fields in this SSRF data type instance are set.
`boolean`	`isSetChipRate()` Determine if the ChipRate is configured.
`boolean`	`isSetDwellTime()` Determine if the DwellTime is configured.
`boolean`	`isSetFreqMax()` Determine if the FreqMax is configured.
`boolean`	`isSetFreqMin()` Determine if the FreqMin is configured.
`boolean`	`isSetGuardBand()` Determine if the GuardBand is configured.
`boolean`	`isSetInstantRFBW03()` Determine if the InstantRFBW03 is configured.
`boolean`	`isSetInstantRFBW06()` Determine if the InstantRFBW06 is configured.
`boolean`	`isSetInstantRFBW10()` Determine if the InstantRFBW10 is configured.
`boolean`	`isSetInstantRFBW20()` Determine if the InstantRFBW20 is configured.
`boolean`	`isSetNumRFChannels()` Determine if the NumRFChannels is configured.
`boolean`	`isSetNumRFElements()` Determine if the NumRFElements is configured.
`boolean`	`isSetNumRFPositions()` Determine if the NumRFPositions is configured.
`boolean`	`isSetNumRFSimultaneous()` Determine if the NumRFSimultaneous is configured.
`boolean`	`isSetObservedRFValues()` Determine if the ObservedRFValues is configured.
`boolean`	`isSetOperationalRFBW()` Determine if the OperationalRFBW is configured.
`boolean`	`isSetRFAdaptiveDriver()` Determine if the RFAdaptiveDriver is configured.
`boolean`	`isSetRFAdaptiveRule()` Determine if the RFAdaptiveRule is configured.
`boolean`	`isSetRFBasicClockPeriod()` Determine if the RFBasicClockPeriod is configured.
`boolean`	`isSetRFChangeRate()` Determine if the RFChangeRate is configured.
`boolean`	`isSetRFChannelFreqMax()` Determine if the RFChannelFreqMax is configured.
`boolean`	`isSetRFChannelFreqMin()` Determine if the RFChannelFreqMin is configured.
`boolean`	`isSetRFCoherent()` Determine if the RFCoherent is configured.
`boolean`	`isSetRFContinuous()` Determine if the RFContinuous is configured.
`boolean`	`isSetRFFreqMax()` Determine if the RFFreqMax is configured.
`boolean`	`isSetRFFreqMin()` Determine if the RFFreqMin is configured.
`boolean`	`isSetRFFreqTolerance()` Determine if the RFFreqTolerance is configured.
`boolean`	`isSetRFFreqToleranceInterval()` Determine if the RFFreqToleranceInterval is configured.
`boolean`	`isSetRFFreqToleranceUnit()` Determine if the RFFreqToleranceUnit is configured.
`boolean`	`isSetRFMean()` Determine if the RFMean is configured.
`boolean`	`isSetRFMedian()` Determine if the RFMedian is configured.
`boolean`	`isSetRFPatternPeriod()` Determine if the RFPatternPeriod is configured.
`boolean`	`isSetRFPatternType()` Determine if the RFPatternType is configured.
`boolean`	`isSetRFRestFreq()` Determine if the RFRestFreq is configured.
`boolean`	`isSetRFSequenceDesc()` Determine if the RFSequenceDesc is configured.
`boolean`	`isSetRFSlotDuration()` Determine if the RFSlotDuration is configured.
`boolean`	`isSetRFStandardDeviation()` Determine if the RFStandardDeviation is configured.
`boolean`	`isSetRFTuningStep()` Determine if the RFTuningStep is configured.
`boolean`	`isSetTuningStep()` Determine if the TuningStep is configured.
`void`	`setChipRate(MChips value)` Set the chip rate.
`void`	`setDwellTime(microsecs value)` Set the dwell time at any RF when the RF dwells at particular values for more than one pulse in a row..
`void`	`setFreqMax(FreqM value)` Set the upper end of the range of RF values that represent 100% of observed signals.
`void`	`setFreqMin(FreqM value)` Set the lower end of the range of RF values that represent 100% of observed signals..
`void`	`setGuardBand(FreqM value)` Set the RF band between carriers which is not used.
`void`	`setInstantRFBW03(FreqM value)` Set the transmitter pulse bandwidth (burst or instantaneous) measured at the 3 dB points (min).
`void`	`setInstantRFBW06(FreqM value)` Set the transmitter pulse bandwidth (burst or instantaneous) measured at the 6 dB points (min).
`void`	`setInstantRFBW10(FreqM value)` Set the transmitter pulse bandwidth (burst or instantaneous) measured at the 10 dB points (min).
`void`	`setInstantRFBW20(FreqM value)` Set the transmitter pulse bandwidth (burst or instantaneous) measured at the 20 dB points (min).
`void`	`setNumRFChannels(UN6 value)` Set the number of channels into which the RF range of the emitter is divided..
`void`	`setNumRFElements(UN6 value)` Set the number of discrete RFs (channels) a multiple RF signal contains..
`void`	`setNumRFPositions(UN6 value)` Set the number of RF values in a signal RF sequence before it repeats..
`void`	`setNumRFSimultaneous(UN6 value)` Set The number of frequencies simultaneously used by the emitter..
`void`	`setOperationalRFBW(FreqM value)` Set the delta (aka.
`void`	`setRFAdaptiveDriver(S500 value)` Set the condition controlling the choice of RF for Adaptive RF variations (e.g., least jammed frequency).
`void`	`setRFAdaptiveRule(S500 value)` Set In Data Item RFAdaptiveRule (US), indicate how the RF is chosen for Adaptive RF variations..
`void`	`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`	`setRFChangeRate(RFChgRate value)` Set the RF change per unit of time, measured over a significant portion of the waveform.
`void`	`setRFChannelFreqMax(FreqM value)` Set the maximum RF channel values.
`void`	`setRFChannelFreqMin(FreqM value)` Set the minimum RF channel values..
`void`	`setRFCoherent(TString value)` Set In Data Item RFCoherent (US), indicate if the observed RF signal is coherent, non-coherent, or unknown..
`void`	`setRFContinuous(TString value)` Set whether pulse-to-pulse RF variations are Discrete or Continuous.
`void`	`setRFFreqMax(FreqM value)` Set the typical highest RF value observed on a single intercept.
`void`	`setRFFreqMin(FreqM value)` Set the typical lowest RF value observed on a single intercept..
`void`	`setRFFreqTolerance(UN18_6 value)` Set the drift in Hz or in ppm using the formula: Frequency tolerance (ppm) = Maximum drift (Hz) / Center frequency (MHz).
`void`	`setRFFreqToleranceInterval(microsecs value)` Set In Data Item:RFFreqToleranceInterval (US), enter the time interval over which the RF stability measurements were taken..
`void`	`setRFFreqToleranceUnit(TString value)` Set the units in which the Frequency Tolerance is expressed..
`void`	`setRFMean(FreqM value)` Set the average RF of a signal which changes RFs on a non-patterned basis..
`void`	`setRFMedian(FreqM value)` Set the most probable RF values..
`void`	`setRFPatternPeriod(microsecs value)` Set the duration of one cycle of the pattern for patterned RF variations..
`void`	`setRFPatternType(TString value)` Set In Data Item RFPatternType (US), Indicate whether RF is unmodulated or pulse-to-pulse RF variations are Patterned, Non-Patterned, or Adaptive..
`void`	`setRFRestFreq(FreqM value)` Set the observed carrier or rest frequency when the modulation is off.
`void`	`setRFSequenceDesc(S500 value)` Set a free text description of the RF Sequence..
`void`	`setRFSlotDuration(microsecs value)` Set the duration of a single time slot for the hop dwell.
`void`	`setRFStandardDeviation(FreqM value)` Set the standard deviation of the data set used to calculate RF Mean..
`void`	`setRFTuningStep(FreqM value)` Set the separation between the mean RF values of adjacent RFs in signal with discrete RF channels..
`void`	`setTuningStep(FreqM value)` Set the separation between the mean RF values of adjacent RFs in signal with discrete RF channels..
`String`	`toString()` Get a string representation of this ObservedRFAnalysis instance configuration.
`void`	`unsetObservedRFValues()` Clear the ObservedRFValues field.
`ObservedRFAnalysis`	`withChipRate(Double value)` Set the chip rate.
`ObservedRFAnalysis`	`withDwellTime(Double value)` Set the dwell time at any RF when the RF dwells at particular values for more than one pulse in a row.
`ObservedRFAnalysis`	`withFreqMax(Double value)` Set the upper end of the range of RF values that represent 100% of observed signals.
`ObservedRFAnalysis`	`withFreqMin(Double value)` Set the lower end of the range of RF values that represent 100% of observed signals.
`ObservedRFAnalysis`	`withGuardBand(Double value)` Set the RF band between carriers which is not used.
`ObservedRFAnalysis`	`withInstantRFBW03(Double value)` Set the transmitter pulse bandwidth (burst or instantaneous) measured at the 3 dB points (min)
`ObservedRFAnalysis`	`withInstantRFBW06(Double value)` Set the transmitter pulse bandwidth (burst or instantaneous) measured at the 6 dB points (min)
`ObservedRFAnalysis`	`withInstantRFBW10(Double value)` Set the transmitter pulse bandwidth (burst or instantaneous) measured at the 10 dB points (min)
`ObservedRFAnalysis`	`withInstantRFBW20(Double value)` Set the transmitter pulse bandwidth (burst or instantaneous) measured at the 20 dB points (min)
`ObservedRFAnalysis`	`withNumRFChannels(Integer value)` Set the number of channels into which the RF range of the emitter is divided.
`ObservedRFAnalysis`	`withNumRFElements(Integer value)` Set the number of discrete RFs (channels) a multiple RF signal contains.
`ObservedRFAnalysis`	`withNumRFPositions(Integer value)` Set the number of RF values in a signal RF sequence before it repeats.
`ObservedRFAnalysis`	`withNumRFSimultaneous(Integer value)` Set The number of frequencies simultaneously used by the emitter.
`ObservedRFAnalysis`	`withObservedRFValues(Collection<ObservedRFValues> values)` Set the US:ObservedRFValues
`ObservedRFAnalysis`	`withObservedRFValues(ObservedRFValues... values)` Set the US:ObservedRFValues
`ObservedRFAnalysis`	`withOperationalRFBW(Double value)` Set the delta (aka.
`ObservedRFAnalysis`	`withRFAdaptiveDriver(String value)` Set the condition controlling the choice of RF for Adaptive RF variations (e.g., least jammed frequency)
`ObservedRFAnalysis`	`withRFAdaptiveRule(String value)` Set In Data Item RFAdaptiveRule (US), indicate how the RF is chosen for Adaptive RF variations.
`ObservedRFAnalysis`	`withRFBasicClockPeriod(Double 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).
`ObservedRFAnalysis`	`withRFChangeRate(Double value)` Set the RF change per unit of time, measured over a significant portion of the waveform.
`ObservedRFAnalysis`	`withRFChannelFreqMax(Double value)` Set the maximum RF channel values.
`ObservedRFAnalysis`	`withRFChannelFreqMin(Double value)` Set the minimum RF channel values.
`ObservedRFAnalysis`	`withRFCoherent(ListUSY value)` Set In Data Item RFCoherent (US), indicate if the observed RF signal is coherent, non-coherent, or unknown.
`ObservedRFAnalysis`	`withRFContinuous(ListCBO value)` Set whether pulse-to-pulse RF variations are Discrete or Continuous.
`ObservedRFAnalysis`	`withRFFreqMax(Double value)` Set the typical highest RF value observed on a single intercept.
`ObservedRFAnalysis`	`withRFFreqMin(Double value)` Set the typical lowest RF value observed on a single intercept.
`ObservedRFAnalysis`	`withRFFreqTolerance(Double value)` Set the drift in Hz or in ppm using the formula: Frequency tolerance (ppm) = Maximum drift (Hz) / Center frequency (MHz).
`ObservedRFAnalysis`	`withRFFreqToleranceInterval(Double value)` Set In Data Item:RFFreqToleranceInterval (US), enter the time interval over which the RF stability measurements were taken.
`ObservedRFAnalysis`	`withRFFreqToleranceUnit(ListCFO value)` Set the units in which the Frequency Tolerance is expressed.
`ObservedRFAnalysis`	`withRFMean(Double value)` Set the average RF of a signal which changes RFs on a non-patterned basis.
`ObservedRFAnalysis`	`withRFMedian(Double value)` Set the most probable RF values.
`ObservedRFAnalysis`	`withRFPatternPeriod(Double value)` Set the duration of one cycle of the pattern for patterned RF variations.
`ObservedRFAnalysis`	`withRFPatternType(ListUS7 value)` Set In Data Item RFPatternType (US), Indicate whether RF is unmodulated or pulse-to-pulse RF variations are Patterned, Non-Patterned, or Adaptive.
`ObservedRFAnalysis`	`withRFRestFreq(Double value)` Set the observed carrier or rest frequency when the modulation is off.
`ObservedRFAnalysis`	`withRFSequenceDesc(String value)` Set a free text description of the RF Sequence.
`ObservedRFAnalysis`	`withRFSlotDuration(Double value)` Set the duration of a single time slot for the hop dwell.
`ObservedRFAnalysis`	`withRFStandardDeviation(Double value)` Set the standard deviation of the data set used to calculate RF Mean.
`ObservedRFAnalysis`	`withRFTuningStep(Double value)` Set the separation between the mean RF values of adjacent RFs in signal with discrete RF channels.
`ObservedRFAnalysis`	`withTuningStep(Double value)` Set the separation between the mean RF values of adjacent RFs in signal with discrete RF channels.

Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

- Constructor Detail
  - ObservedRFAnalysis
```
public ObservedRFAnalysis()
```
- Method Detail
  - getChipRate
```
public MChips getChipRate()
```
    Get the chip rate. Pertains mostly to spread spectrum..
    
    Returns:
    
    a MChips instance
    
    Since:
    
    3.1.0
  - setChipRate
```
public void setChipRate(MChips value)
```
    Set the chip rate. Pertains mostly to spread spectrum..
    
    Parameters:
    
    value - a MChips instance
    
    Since:
    
    3.1.0
  - isSetChipRate
```
public boolean isSetChipRate()
```
    Determine if the ChipRate is configured.
    
    Returns:
    
    TRUE if the field is set, FALSE if the field is null
  - getDwellTime
```
public microsecs getDwellTime()
```
    Get the dwell time at any RF when the RF dwells at particular values for more than one pulse in a row..
    
    Returns:
    
    a microsecs instance
    
    Since:
    
    3.1.0
  - setDwellTime
```
public void setDwellTime(microsecs value)
```
    Set the dwell time at any RF when the RF dwells at particular values for more than one pulse in a row..
    
    Parameters:
    
    value - a microsecs instance
    
    Since:
    
    3.1.0
  - isSetDwellTime
```
public boolean isSetDwellTime()
```
    Determine if the DwellTime is configured.
    
    Returns:
    
    TRUE if the field is set, FALSE if the field is null
  - getFreqMax
```
public FreqM getFreqMax()
```
    Get the upper end of the range of RF values that represent 100% of observed signals.
    [XSL ERR MINMAX] If US:FreqMax is used, it MUST be greater than US:FreqMin..
    
    Returns:
    
    a FreqM instance
    
    Since:
    
    3.1.0
  - setFreqMax
```
public void setFreqMax(FreqM value)
```
    Set the upper end of the range of RF values that represent 100% of observed signals.
    [XSL ERR MINMAX] If US:FreqMax is used, it MUST be greater than US:FreqMin..
    
    Parameters:
    
    value - a FreqM instance
    
    Since:
    
    3.1.0
  - isSetFreqMax
```
public boolean isSetFreqMax()
```
    Determine if the FreqMax is configured.
    
    Returns:
    
    TRUE if the field is set, FALSE if the field is null
  - getFreqMin
```
public FreqM getFreqMin()
```
    Get the lower end of the range of RF values that represent 100% of observed signals..
    
    Returns:
    
    a FreqM instance
    
    Since:
    
    3.1.0
  - setFreqMin
```
public void setFreqMin(FreqM value)
```
    Set the lower end of the range of RF values that represent 100% of observed signals..
    
    Parameters:
    
    value - a FreqM instance
    
    Since:
    
    3.1.0
  - isSetFreqMin
```
public boolean isSetFreqMin()
```
    Determine if the FreqMin is configured.
    
    Returns:
    
    TRUE if the field is set, FALSE if the field is null
  - getGuardBand
```
public FreqM getGuardBand()
```
    Get the RF band between carriers which is not used. Pertains mostly to spread spectrum..
    
    Returns:
    
    a FreqM instance
    
    Since:
    
    3.1.0
  - setGuardBand
```
public void setGuardBand(FreqM value)
```
    Set the RF band between carriers which is not used. Pertains mostly to spread spectrum..
    
    Parameters:
    
    value - a FreqM instance
    
    Since:
    
    3.1.0
  - isSetGuardBand
```
public boolean isSetGuardBand()
```
    Determine if the GuardBand is configured.
    
    Returns:
    
    TRUE if the field is set, FALSE if the field is null
  - getInstantRFBW03
```
public FreqM getInstantRFBW03()
```
    Get the transmitter pulse bandwidth (burst or instantaneous) measured at the 3 dB points (min).
    
    Returns:
    
    a FreqM instance
    
    Since:
    
    3.1.0
  - setInstantRFBW03
```
public void setInstantRFBW03(FreqM value)
```
    Set the transmitter pulse bandwidth (burst or instantaneous) measured at the 3 dB points (min).
    
    Parameters:
    
    value - a FreqM instance
    
    Since:
    
    3.1.0
  - isSetInstantRFBW03
```
public boolean isSetInstantRFBW03()
```
    Determine if the InstantRFBW03 is configured.
    
    Returns:
    
    TRUE if the field is set, FALSE if the field is null
  - getInstantRFBW06
```
public FreqM getInstantRFBW06()
```
    Get the transmitter pulse bandwidth (burst or instantaneous) measured at the 6 dB points (min).
    
    Returns:
    
    a FreqM instance
    
    Since:
    
    3.1.0
  - setInstantRFBW06
```
public void setInstantRFBW06(FreqM value)
```
    Set the transmitter pulse bandwidth (burst or instantaneous) measured at the 6 dB points (min).
    
    Parameters:
    
    value - a FreqM instance
    
    Since:
    
    3.1.0
  - isSetInstantRFBW06
```
public boolean isSetInstantRFBW06()
```
    Determine if the InstantRFBW06 is configured.
    
    Returns:
    
    TRUE if the field is set, FALSE if the field is null
  - getInstantRFBW10
```
public FreqM getInstantRFBW10()
```
    Get the transmitter pulse bandwidth (burst or instantaneous) measured at the 10 dB points (min).
    
    Returns:
    
    a FreqM instance
    
    Since:
    
    3.1.0
  - setInstantRFBW10
```
public void setInstantRFBW10(FreqM value)
```
    Set the transmitter pulse bandwidth (burst or instantaneous) measured at the 10 dB points (min).
    
    Parameters:
    
    value - a FreqM instance
    
    Since:
    
    3.1.0
  - isSetInstantRFBW10
```
public boolean isSetInstantRFBW10()
```
    Determine if the InstantRFBW10 is configured.
    
    Returns:
    
    TRUE if the field is set, FALSE if the field is null
  - getInstantRFBW20
```
public FreqM getInstantRFBW20()
```
    Get the transmitter pulse bandwidth (burst or instantaneous) measured at the 20 dB points (min).
    
    Returns:
    
    a FreqM instance
    
    Since:
    
    3.1.0
  - setInstantRFBW20
```
public void setInstantRFBW20(FreqM value)
```
    Set the transmitter pulse bandwidth (burst or instantaneous) measured at the 20 dB points (min).
    
    Parameters:
    
    value - a FreqM instance
    
    Since:
    
    3.1.0
  - isSetInstantRFBW20
```
public boolean isSetInstantRFBW20()
```
    Determine if the InstantRFBW20 is configured.
    
    Returns:
    
    TRUE if the field is set, FALSE if the field is null
  - getNumRFChannels
```
public UN6 getNumRFChannels()
```
    Get the number of channels into which the RF range of the emitter is divided..
    
    Returns:
    
    a UN6 instance
    
    Since:
    
    3.1.0
  - setNumRFChannels
```
public void setNumRFChannels(UN6 value)
```
    Set the number of channels into which the RF range of the emitter is divided..
    
    Parameters:
    
    value - a UN6 instance
    
    Since:
    
    3.1.0
  - isSetNumRFChannels
```
public boolean isSetNumRFChannels()
```
    Determine if the NumRFChannels is configured.
    
    Returns:
    
    TRUE if the field is set, FALSE if the field is null
  - getNumRFElements
```
public UN6 getNumRFElements()
```
    Get the number of discrete RFs (channels) a multiple RF signal contains..
    
    Returns:
    
    a UN6 instance
    
    Since:
    
    3.1.0
  - setNumRFElements
```
public void setNumRFElements(UN6 value)
```
    Set the number of discrete RFs (channels) a multiple RF signal contains..
    
    Parameters:
    
    value - a UN6 instance
    
    Since:
    
    3.1.0
  - isSetNumRFElements
```
public boolean isSetNumRFElements()
```
    Determine if the NumRFElements is configured.
    
    Returns:
    
    TRUE if the field is set, FALSE if the field is null
  - getNumRFPositions
```
public UN6 getNumRFPositions()
```
    Get the number of RF values in a signal RF sequence before it repeats..
    
    Returns:
    
    a UN6 instance
    
    Since:
    
    3.1.0
  - setNumRFPositions
```
public void setNumRFPositions(UN6 value)
```
    Set the number of RF values in a signal RF sequence before it repeats..
    
    Parameters:
    
    value - a UN6 instance
    
    Since:
    
    3.1.0
  - isSetNumRFPositions
```
public boolean isSetNumRFPositions()
```
    Determine if the NumRFPositions is configured.
    
    Returns:
    
    TRUE if the field is set, FALSE if the field is null
  - getNumRFSimultaneous
```
public UN6 getNumRFSimultaneous()
```
    Get The number of frequencies simultaneously used by the emitter..
    
    Returns:
    
    a UN6 instance
    
    Since:
    
    3.1.0
  - setNumRFSimultaneous
```
public void setNumRFSimultaneous(UN6 value)
```
    Set The number of frequencies simultaneously used by the emitter..
    
    Parameters:
    
    value - a UN6 instance
    
    Since:
    
    3.1.0
  - isSetNumRFSimultaneous
```
public boolean isSetNumRFSimultaneous()
```
    Determine if the NumRFSimultaneous is configured.
    
    Returns:
    
    TRUE if the field is set, FALSE if the field is null
  - getOperationalRFBW
```
public FreqM getOperationalRFBW()
```
    Get the delta (aka. separation) from the signals lowest-min RF value to its highest-max RF value; only pertains to signals which have RF changes between pulses or groups of pulses (aka. RF agile signals) or signals which use a changing RF continuous waveform (CW); e.g., a CW signal with a sweeping RF. .
    
    Returns:
    
    a FreqM instance
    
    Since:
    
    3.1.0
  - setOperationalRFBW
```
public void setOperationalRFBW(FreqM value)
```
    Set the delta (aka. separation) from the signals lowest-min RF value to its highest-max RF value; only pertains to signals which have RF changes between pulses or groups of pulses (aka. RF agile signals) or signals which use a changing RF continuous waveform (CW); e.g., a CW signal with a sweeping RF. .
    
    Parameters:
    
    value - a FreqM instance
    
    Since:
    
    3.1.0
  - isSetOperationalRFBW
```
public boolean isSetOperationalRFBW()
```
    Determine if the OperationalRFBW is configured.
    
    Returns:
    
    TRUE if the field is set, FALSE if the field is null
  - getRFAdaptiveDriver
```
public S500 getRFAdaptiveDriver()
```
    Get the condition controlling the choice of RF for Adaptive RF variations (e.g., least jammed frequency).
    
    Returns:
    
    a S500 instance
    
    Since:
    
    3.1.0
  - setRFAdaptiveDriver
```
public void setRFAdaptiveDriver(S500 value)
```
    Set the condition controlling the choice of RF for Adaptive RF variations (e.g., least jammed frequency).
    
    Parameters:
    
    value - a S500 instance
    
    Since:
    
    3.1.0
  - isSetRFAdaptiveDriver
```
public boolean isSetRFAdaptiveDriver()
```
    Determine if the RFAdaptiveDriver is configured.
    
    Returns:
    
    TRUE if the field is set, FALSE if the field is null
  - getRFAdaptiveRule
```
public S500 getRFAdaptiveRule()
```
    Get In Data Item RFAdaptiveRule (US), indicate how the RF is chosen for Adaptive RF variations..
    
    Returns:
    
    a S500 instance
    
    Since:
    
    3.1.0
  - setRFAdaptiveRule
```
public void setRFAdaptiveRule(S500 value)
```
    Set In Data Item RFAdaptiveRule (US), indicate how the RF is chosen for Adaptive RF variations..
    
    Parameters:
    
    value - a S500 instance
    
    Since:
    
    3.1.0
  - isSetRFAdaptiveRule
```
public boolean isSetRFAdaptiveRule()
```
    Determine if the RFAdaptiveRule is configured.
    
    Returns:
    
    TRUE if the field is set, FALSE if the field is null
  - getRFBasicClockPeriod
```
public FreqM 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)..
    
    Returns:
    
    a FreqM instance
    
    Since:
    
    3.1.0
  - setRFBasicClockPeriod
```
public void 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)..
    
    Parameters:
    
    value - a FreqM instance
    
    Since:
    
    3.1.0
  - isSetRFBasicClockPeriod
```
public boolean isSetRFBasicClockPeriod()
```
    Determine if the RFBasicClockPeriod is configured.
    
    Returns:
    
    TRUE if the field is set, FALSE if the field is null
  - getRFChangeRate
```
public RFChgRate getRFChangeRate()
```
    Get the RF change per unit of time, measured over a significant portion of the waveform. Applies to Continuous RF variations..
    
    Returns:
    
    a RFChgRate instance
    
    Since:
    
    3.1.0
  - setRFChangeRate
```
public void setRFChangeRate(RFChgRate value)
```
    Set the RF change per unit of time, measured over a significant portion of the waveform. Applies to Continuous RF variations..
    
    Parameters:
    
    value - a RFChgRate instance
    
    Since:
    
    3.1.0
  - isSetRFChangeRate
```
public boolean isSetRFChangeRate()
```
    Determine if the RFChangeRate is configured.
    
    Returns:
    
    TRUE if the field is set, FALSE if the field is null
  - getRFChannelFreqMax
```
public FreqM getRFChannelFreqMax()
```
    Get the maximum RF channel values.
    [XSL ERR MINMAX] If US:RFChannelFreqMax is used, it MUST be greater than US:RFChannelFreqMin..
    
    Returns:
    
    a FreqM instance
    
    Since:
    
    3.1.0
  - setRFChannelFreqMax
```
public void setRFChannelFreqMax(FreqM value)
```
    Set the maximum RF channel values.
    [XSL ERR MINMAX] If US:RFChannelFreqMax is used, it MUST be greater than US:RFChannelFreqMin..
    
    Parameters:
    
    value - a FreqM instance
    
    Since:
    
    3.1.0
  - isSetRFChannelFreqMax
```
public boolean isSetRFChannelFreqMax()
```
    Determine if the RFChannelFreqMax is configured.
    
    Returns:
    
    TRUE if the field is set, FALSE if the field is null
  - getRFChannelFreqMin
```
public FreqM getRFChannelFreqMin()
```
    Get the minimum RF channel values..
    
    Returns:
    
    a FreqM instance
    
    Since:
    
    3.1.0
  - setRFChannelFreqMin
```
public void setRFChannelFreqMin(FreqM value)
```
    Set the minimum RF channel values..
    
    Parameters:
    
    value - a FreqM instance
    
    Since:
    
    3.1.0
  - isSetRFChannelFreqMin
```
public boolean isSetRFChannelFreqMin()
```
    Determine if the RFChannelFreqMin is configured.
    
    Returns:
    
    TRUE if the field is set, FALSE if the field is null
  - getRFCoherent
```
public TString getRFCoherent()
```
    Get In Data Item RFCoherent (US), indicate if the observed RF signal is coherent, non-coherent, or unknown..
    
    Returns:
    
    the RFCoherent value in a TString data type
    
    Since:
    
    3.1.0
  - setRFCoherent
```
public void setRFCoherent(TString value)
```
    Set In Data Item RFCoherent (US), indicate if the observed RF signal is coherent, non-coherent, or unknown..
    
    Parameters:
    
    value - the RFCoherent value in a TString data type
    
    Since:
    
    3.1.0
  - isSetRFCoherent
```
public boolean isSetRFCoherent()
```
    Determine if the RFCoherent 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
  - getRFContinuous
```
public TString getRFContinuous()
```
    Get whether pulse-to-pulse RF variations are Discrete or Continuous. Discrete uses a finite number of fixed values separated by ranges of unused values. Continuous potentially uses an infinite number of values within one or more ranges..
    
    Returns:
    
    the RFContinuous value in a TString data type
    
    Since:
    
    3.1.0
  - setRFContinuous
```
public void setRFContinuous(TString value)
```
    Set whether pulse-to-pulse RF variations are Discrete or Continuous. Discrete uses a finite number of fixed values separated by ranges of unused values. Continuous potentially uses an infinite number of values within one or more ranges..
    
    Parameters:
    
    value - the RFContinuous value in a TString data type
    
    Since:
    
    3.1.0
  - isSetRFContinuous
```
public boolean isSetRFContinuous()
```
    Determine if the RFContinuous 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
  - getRFFreqMax
```
public FreqM getRFFreqMax()
```
    Get the typical highest RF value observed on a single intercept.
    [XSL ERR MINMAX] If US:RFFreqMax is used, it MUST be greater than US:RFFreqMin..
    
    Returns:
    
    a FreqM instance
    
    Since:
    
    3.1.0
  - setRFFreqMax
```
public void setRFFreqMax(FreqM value)
```
    Set the typical highest RF value observed on a single intercept.
    [XSL ERR MINMAX] If US:RFFreqMax is used, it MUST be greater than US:RFFreqMin..
    
    Parameters:
    
    value - a FreqM instance
    
    Since:
    
    3.1.0
  - isSetRFFreqMax
```
public boolean isSetRFFreqMax()
```
    Determine if the RFFreqMax is configured.
    
    Returns:
    
    TRUE if the field is set, FALSE if the field is null
  - getRFFreqMin
```
public FreqM getRFFreqMin()
```
    Get the typical lowest RF value observed on a single intercept..
    
    Returns:
    
    a FreqM instance
    
    Since:
    
    3.1.0
  - setRFFreqMin
```
public void setRFFreqMin(FreqM value)
```
    Set the typical lowest RF value observed on a single intercept..
    
    Parameters:
    
    value - a FreqM instance
    
    Since:
    
    3.1.0
  - isSetRFFreqMin
```
public boolean isSetRFFreqMin()
```
    Determine if the RFFreqMin is configured.
    
    Returns:
    
    TRUE if the field is set, FALSE if the field is null
  - getRFMean
```
public FreqM getRFMean()
```
    Get the average RF of a signal which changes RFs on a non-patterned basis..
    
    Returns:
    
    a FreqM instance
    
    Since:
    
    3.1.0
  - setRFMean
```
public void setRFMean(FreqM value)
```
    Set the average RF of a signal which changes RFs on a non-patterned basis..
    
    Parameters:
    
    value - a FreqM instance
    
    Since:
    
    3.1.0
  - isSetRFMean
```
public boolean isSetRFMean()
```
    Determine if the RFMean is configured.
    
    Returns:
    
    TRUE if the field is set, FALSE if the field is null
  - getRFMedian
```
public FreqM getRFMedian()
```
    Get the most probable RF values..
    
    Returns:
    
    a FreqM instance
    
    Since:
    
    3.1.0
  - setRFMedian
```
public void setRFMedian(FreqM value)
```
    Set the most probable RF values..
    
    Parameters:
    
    value - a FreqM instance
    
    Since:
    
    3.1.0
  - isSetRFMedian
```
public boolean isSetRFMedian()
```
    Determine if the RFMedian is configured.
    
    Returns:
    
    TRUE if the field is set, FALSE if the field is null
  - getRFPatternPeriod
```
public microsecs getRFPatternPeriod()
```
    Get the duration of one cycle of the pattern for patterned RF variations..
    
    Returns:
    
    a microsecs instance
    
    Since:
    
    3.1.0
  - setRFPatternPeriod
```
public void setRFPatternPeriod(microsecs value)
```
    Set the duration of one cycle of the pattern for patterned RF variations..
    
    Parameters:
    
    value - a microsecs instance
    
    Since:
    
    3.1.0
  - isSetRFPatternPeriod
```
public boolean isSetRFPatternPeriod()
```
    Determine if the RFPatternPeriod is configured.
    
    Returns:
    
    TRUE if the field is set, FALSE if the field is null
  - getRFPatternType
```
public TString getRFPatternType()
```
    Get In Data Item RFPatternType (US), Indicate whether RF is unmodulated or pulse-to-pulse RF variations are Patterned, Non-Patterned, or Adaptive..
    
    Returns:
    
    the RFPatternType value in a TString data type
    
    Since:
    
    3.1.0
  - setRFPatternType
```
public void setRFPatternType(TString value)
```
    Set In Data Item RFPatternType (US), Indicate whether RF is unmodulated or pulse-to-pulse RF variations are Patterned, Non-Patterned, or Adaptive..
    
    Parameters:
    
    value - the RFPatternType value in a TString data type
    
    Since:
    
    3.1.0
  - isSetRFPatternType
```
public boolean isSetRFPatternType()
```
    Determine if the RFPatternType 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
  - getRFRestFreq
```
public FreqM getRFRestFreq()
```
    Get the observed carrier or rest frequency when the modulation is off. Applies mostly to Electronic Attack (EA) signals..
    
    Returns:
    
    a FreqM instance
    
    Since:
    
    3.1.0
  - setRFRestFreq
```
public void setRFRestFreq(FreqM value)
```
    Set the observed carrier or rest frequency when the modulation is off. Applies mostly to Electronic Attack (EA) signals..
    
    Parameters:
    
    value - a FreqM instance
    
    Since:
    
    3.1.0
  - isSetRFRestFreq
```
public boolean isSetRFRestFreq()
```
    Determine if the RFRestFreq is configured.
    
    Returns:
    
    TRUE if the field is set, FALSE if the field is null
  - getRFSequenceDesc
```
public S500 getRFSequenceDesc()
```
    Get a free text description of the RF Sequence..
    
    Returns:
    
    a S500 instance
    
    Since:
    
    3.1.0
  - setRFSequenceDesc
```
public void setRFSequenceDesc(S500 value)
```
    Set a free text description of the RF Sequence..
    
    Parameters:
    
    value - a S500 instance
    
    Since:
    
    3.1.0
  - isSetRFSequenceDesc
```
public boolean isSetRFSequenceDesc()
```
    Determine if the RFSequenceDesc is configured.
    
    Returns:
    
    TRUE if the field is set, FALSE if the field is null
  - getRFSlotDuration
```
public microsecs getRFSlotDuration()
```
    Get the duration of a single time slot for the hop dwell. Applies mostly to spread spectrum..
    
    Returns:
    
    a microsecs instance
    
    Since:
    
    3.1.0
  - setRFSlotDuration
```
public void setRFSlotDuration(microsecs value)
```
    Set the duration of a single time slot for the hop dwell. Applies mostly to spread spectrum..
    
    Parameters:
    
    value - a microsecs instance
    
    Since:
    
    3.1.0
  - isSetRFSlotDuration
```
public boolean isSetRFSlotDuration()
```
    Determine if the RFSlotDuration is configured.
    
    Returns:
    
    TRUE if the field is set, FALSE if the field is null
  - getRFFreqTolerance
```
public UN18_6 getRFFreqTolerance()
```
    Get the drift in Hz or in ppm using the formula: Frequency tolerance (ppm) = Maximum drift (Hz) / Center frequency (MHz). Enter the units (Hz or ppm) in FreqToleranceUnit..
    
    Returns:
    
    a UN18_6 instance
    
    Since:
    
    3.1.0
  - setRFFreqTolerance
```
public void setRFFreqTolerance(UN18_6 value)
```
    Set the drift in Hz or in ppm using the formula: Frequency tolerance (ppm) = Maximum drift (Hz) / Center frequency (MHz). Enter the units (Hz or ppm) in FreqToleranceUnit..
    
    Parameters:
    
    value - a UN18_6 instance
    
    Since:
    
    3.1.0
  - isSetRFFreqTolerance
```
public boolean isSetRFFreqTolerance()
```
    Determine if the RFFreqTolerance is configured.
    
    Returns:
    
    TRUE if the field is set, FALSE if the field is null
  - getRFFreqToleranceUnit
```
public TString getRFFreqToleranceUnit()
```
    Get the units in which the Frequency Tolerance is expressed..
    
    Returns:
    
    the RFFreqToleranceUnit value in a TString data type
    
    Since:
    
    3.1.0
  - setRFFreqToleranceUnit
```
public void setRFFreqToleranceUnit(TString value)
```
    Set the units in which the Frequency Tolerance is expressed..
    
    Parameters:
    
    value - the RFFreqToleranceUnit value in a TString data type
    
    Since:
    
    3.1.0
  - isSetRFFreqToleranceUnit
```
public boolean isSetRFFreqToleranceUnit()
```
    Determine if the RFFreqToleranceUnit 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
  - getRFFreqToleranceInterval
```
public microsecs getRFFreqToleranceInterval()
```
    Get In Data Item:RFFreqToleranceInterval (US), enter the time interval over which the RF stability measurements were taken..
    
    Returns:
    
    a microsecs instance
    
    Since:
    
    3.1.0
  - setRFFreqToleranceInterval
```
public void setRFFreqToleranceInterval(microsecs value)
```
    Set In Data Item:RFFreqToleranceInterval (US), enter the time interval over which the RF stability measurements were taken..
    
    Parameters:
    
    value - a microsecs instance
    
    Since:
    
    3.1.0
  - isSetRFFreqToleranceInterval
```
public boolean isSetRFFreqToleranceInterval()
```
    Determine if the RFFreqToleranceInterval is configured.
    
    Returns:
    
    TRUE if the field is set, FALSE if the field is null
  - getRFStandardDeviation
```
public FreqM getRFStandardDeviation()
```
    Get the standard deviation of the data set used to calculate RF Mean..
    
    Returns:
    
    a FreqM instance
    
    Since:
    
    3.1.0
  - setRFStandardDeviation
```
public void setRFStandardDeviation(FreqM value)
```
    Set the standard deviation of the data set used to calculate RF Mean..
    
    Parameters:
    
    value - a FreqM instance
    
    Since:
    
    3.1.0
  - isSetRFStandardDeviation
```
public boolean isSetRFStandardDeviation()
```
    Determine if the RFStandardDeviation is configured.
    
    Returns:
    
    TRUE if the field is set, FALSE if the field is null
  - getRFTuningStep
```
public FreqM getRFTuningStep()
```
    Get the separation between the mean RF values of adjacent RFs in signal with discrete RF channels..
    
    Returns:
    
    a FreqM instance
    
    Since:
    
    3.1.0
  - setRFTuningStep
```
public void setRFTuningStep(FreqM value)
```
    Set the separation between the mean RF values of adjacent RFs in signal with discrete RF channels..
    
    Parameters:
    
    value - a FreqM instance
    
    Since:
    
    3.1.0
  - isSetRFTuningStep
```
public boolean isSetRFTuningStep()
```
    Determine if the RFTuningStep is configured.
    
    Returns:
    
    TRUE if the field is set, FALSE if the field is null
  - getTuningStep
```
public FreqM getTuningStep()
```
    Get the separation between the mean RF values of adjacent RFs in signal with discrete RF channels..
    
    Returns:
    
    a FreqM instance
    
    Since:
    
    3.1.0
  - setTuningStep
```
public void setTuningStep(FreqM value)
```
    Set the separation between the mean RF values of adjacent RFs in signal with discrete RF channels..
    
    Parameters:
    
    value - a FreqM instance
    
    Since:
    
    3.1.0
  - isSetTuningStep
```
public boolean isSetTuningStep()
```
    Determine if the TuningStep is configured.
    
    Returns:
    
    TRUE if the field is set, FALSE if the field is null
  - getObservedRFValues
```
public Set<ObservedRFValues> getObservedRFValues()
```
    Get the US:ObservedRFValues
    Complex element ObservedRFValues (US) contains details of actual RF observations..
    
    Returns:
    
    a ObservedRFValues instance
    
    Since:
    
    3.1.0
  - isSetObservedRFValues
```
public boolean isSetObservedRFValues()
```
    Determine if the ObservedRFValues is configured.
    
    Returns:
    
    TRUE if the field is set, FALSE if the field is null
  - unsetObservedRFValues
```
public void unsetObservedRFValues()
```
    Clear the ObservedRFValues field. This sets the field to null.
  - withChipRate
```
public ObservedRFAnalysis withChipRate(Double value)
```
    Set the chip rate. Pertains mostly to spread spectrum.
    
    Parameters:
    
    value - An instances of type Double.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withDwellTime
```
public ObservedRFAnalysis withDwellTime(Double value)
```
    Set the dwell time at any RF when the RF dwells at particular values for more than one pulse in a row.
    
    Parameters:
    
    value - An instances of type Double.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withFreqMax
```
public ObservedRFAnalysis withFreqMax(Double value)
```
    Set the upper end of the range of RF values that represent 100% of observed signals.
    [XSL ERR MINMAX] If US:FreqMax is used, it MUST be greater than US:FreqMin.
    
    Parameters:
    
    value - An instances of type Double.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withFreqMin
```
public ObservedRFAnalysis withFreqMin(Double value)
```
    Set the lower end of the range of RF values that represent 100% of observed signals.
    
    Parameters:
    
    value - An instances of type Double.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withGuardBand
```
public ObservedRFAnalysis withGuardBand(Double value)
```
    Set the RF band between carriers which is not used. Pertains mostly to spread spectrum.
    
    Parameters:
    
    value - An instances of type Double.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withInstantRFBW03
```
public ObservedRFAnalysis withInstantRFBW03(Double value)
```
    Set the transmitter pulse bandwidth (burst or instantaneous) measured at the 3 dB points (min)
    
    Parameters:
    
    value - An instances of type Double.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withInstantRFBW06
```
public ObservedRFAnalysis withInstantRFBW06(Double value)
```
    Set the transmitter pulse bandwidth (burst or instantaneous) measured at the 6 dB points (min)
    
    Parameters:
    
    value - An instances of type Double.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withInstantRFBW10
```
public ObservedRFAnalysis withInstantRFBW10(Double value)
```
    Set the transmitter pulse bandwidth (burst or instantaneous) measured at the 10 dB points (min)
    
    Parameters:
    
    value - An instances of type Double.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withInstantRFBW20
```
public ObservedRFAnalysis withInstantRFBW20(Double value)
```
    Set the transmitter pulse bandwidth (burst or instantaneous) measured at the 20 dB points (min)
    
    Parameters:
    
    value - An instances of type Double.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withNumRFChannels
```
public ObservedRFAnalysis withNumRFChannels(Integer value)
```
    Set the number of channels into which the RF range of the emitter is divided.
    
    Parameters:
    
    value - An instances of type Integer.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withNumRFElements
```
public ObservedRFAnalysis withNumRFElements(Integer value)
```
    Set the number of discrete RFs (channels) a multiple RF signal contains.
    
    Parameters:
    
    value - An instances of type Integer.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withNumRFPositions
```
public ObservedRFAnalysis withNumRFPositions(Integer value)
```
    Set the number of RF values in a signal RF sequence before it repeats.
    
    Parameters:
    
    value - An instances of type Integer.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withNumRFSimultaneous
```
public ObservedRFAnalysis withNumRFSimultaneous(Integer value)
```
    Set The number of frequencies simultaneously used by the emitter.
    
    Parameters:
    
    value - An instances of type Integer.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withOperationalRFBW
```
public ObservedRFAnalysis withOperationalRFBW(Double value)
```
    Set the delta (aka. separation) from the signals lowest-min RF value to its highest-max RF value; only pertains to signals which have RF changes between pulses or groups of pulses (aka. RF agile signals) or signals which use a changing RF continuous waveform (CW); e.g., a CW signal with a sweeping RF.
    
    Parameters:
    
    value - An instances of type Double.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withRFAdaptiveDriver
```
public ObservedRFAnalysis withRFAdaptiveDriver(String value)
```
    Set the condition controlling the choice of RF for Adaptive RF variations (e.g., least jammed frequency)
    
    Parameters:
    
    value - An instances of type String.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withRFAdaptiveRule
```
public ObservedRFAnalysis withRFAdaptiveRule(String value)
```
    Set In Data Item RFAdaptiveRule (US), indicate how the RF is chosen for Adaptive RF variations.
    
    Parameters:
    
    value - An instances of type String.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withRFBasicClockPeriod
```
public ObservedRFAnalysis withRFBasicClockPeriod(Double 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).
    
    Parameters:
    
    value - An instances of type Double.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withRFChangeRate
```
public ObservedRFAnalysis withRFChangeRate(Double value)
```
    Set the RF change per unit of time, measured over a significant portion of the waveform. Applies to Continuous RF variations.
    
    Parameters:
    
    value - An instances of type Double.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withRFChannelFreqMax
```
public ObservedRFAnalysis withRFChannelFreqMax(Double value)
```
    Set the maximum RF channel values.
    [XSL ERR MINMAX] If US:RFChannelFreqMax is used, it MUST be greater than US:RFChannelFreqMin.
    
    Parameters:
    
    value - An instances of type Double.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withRFChannelFreqMin
```
public ObservedRFAnalysis withRFChannelFreqMin(Double value)
```
    Set the minimum RF channel values.
    
    Parameters:
    
    value - An instances of type Double.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withRFCoherent
```
public ObservedRFAnalysis withRFCoherent(ListUSY value)
```
    Set In Data Item RFCoherent (US), indicate if the observed RF signal is coherent, non-coherent, or unknown.
    
    Parameters:
    
    value - An instances of type ListUSY.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withRFContinuous
```
public ObservedRFAnalysis withRFContinuous(ListCBO value)
```
    Set whether pulse-to-pulse RF variations are Discrete or Continuous. Discrete uses a finite number of fixed values separated by ranges of unused values. Continuous potentially uses an infinite number of values within one or more ranges.
    
    Parameters:
    
    value - An instances of type ListCBO.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withRFFreqMax
```
public ObservedRFAnalysis withRFFreqMax(Double value)
```
    Set the typical highest RF value observed on a single intercept.
    [XSL ERR MINMAX] If US:RFFreqMax is used, it MUST be greater than US:RFFreqMin.
    
    Parameters:
    
    value - An instances of type Double.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withRFFreqMin
```
public ObservedRFAnalysis withRFFreqMin(Double value)
```
    Set the typical lowest RF value observed on a single intercept.
    
    Parameters:
    
    value - An instances of type Double.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withRFMean
```
public ObservedRFAnalysis withRFMean(Double value)
```
    Set the average RF of a signal which changes RFs on a non-patterned basis.
    
    Parameters:
    
    value - An instances of type Double.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withRFMedian
```
public ObservedRFAnalysis withRFMedian(Double value)
```
    Set the most probable RF values.
    
    Parameters:
    
    value - An instances of type Double.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withRFPatternPeriod
```
public ObservedRFAnalysis withRFPatternPeriod(Double value)
```
    Set the duration of one cycle of the pattern for patterned RF variations.
    
    Parameters:
    
    value - An instances of type Double.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withRFPatternType
```
public ObservedRFAnalysis withRFPatternType(ListUS7 value)
```
    Set In Data Item RFPatternType (US), Indicate whether RF is unmodulated or pulse-to-pulse RF variations are Patterned, Non-Patterned, or Adaptive.
    
    Parameters:
    
    value - An instances of type ListUS7.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withRFRestFreq
```
public ObservedRFAnalysis withRFRestFreq(Double value)
```
    Set the observed carrier or rest frequency when the modulation is off. Applies mostly to Electronic Attack (EA) signals.
    
    Parameters:
    
    value - An instances of type Double.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withRFSequenceDesc
```
public ObservedRFAnalysis withRFSequenceDesc(String value)
```
    Set a free text description of the RF Sequence.
    
    Parameters:
    
    value - An instances of type String.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withRFSlotDuration
```
public ObservedRFAnalysis withRFSlotDuration(Double value)
```
    Set the duration of a single time slot for the hop dwell. Applies mostly to spread spectrum.
    
    Parameters:
    
    value - An instances of type Double.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withRFFreqTolerance
```
public ObservedRFAnalysis withRFFreqTolerance(Double value)
```
    Set the drift in Hz or in ppm using the formula: Frequency tolerance (ppm) = Maximum drift (Hz) / Center frequency (MHz). Enter the units (Hz or ppm) in FreqToleranceUnit.
    
    Parameters:
    
    value - An instances of type Double.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withRFFreqToleranceUnit
```
public ObservedRFAnalysis withRFFreqToleranceUnit(ListCFO value)
```
    Set the units in which the Frequency Tolerance is expressed.
    
    Parameters:
    
    value - An instances of type ListCFO.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withRFFreqToleranceInterval
```
public ObservedRFAnalysis withRFFreqToleranceInterval(Double value)
```
    Set In Data Item:RFFreqToleranceInterval (US), enter the time interval over which the RF stability measurements were taken.
    
    Parameters:
    
    value - An instances of type Double.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withRFStandardDeviation
```
public ObservedRFAnalysis withRFStandardDeviation(Double value)
```
    Set the standard deviation of the data set used to calculate RF Mean.
    
    Parameters:
    
    value - An instances of type Double.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withRFTuningStep
```
public ObservedRFAnalysis withRFTuningStep(Double value)
```
    Set the separation between the mean RF values of adjacent RFs in signal with discrete RF channels.
    
    Parameters:
    
    value - An instances of type Double.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withTuningStep
```
public ObservedRFAnalysis withTuningStep(Double value)
```
    Set the separation between the mean RF values of adjacent RFs in signal with discrete RF channels.
    
    Parameters:
    
    value - An instances of type Double.
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withObservedRFValues
```
public ObservedRFAnalysis withObservedRFValues(ObservedRFValues... values)
```
    Set the US:ObservedRFValues
    Complex element ObservedRFValues (US) contains details of actual RF observations.
    
    Parameters:
    
    values - One or more instances of type ObservedRFValues....
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - withObservedRFValues
```
public ObservedRFAnalysis withObservedRFValues(Collection<ObservedRFValues> values)
```
    Set the US:ObservedRFValues
    Complex element ObservedRFValues (US) contains details of actual RF observations.
    
    Parameters:
    
    values - A collection of ObservedRFValues instances
    
    Returns:
    
    The current ObservedRFAnalysis object instance.
    
    Since:
    
    3.1.0
  - toString
```
public String toString()
```
    Get a string representation of this ObservedRFAnalysis instance configuration.
    
    Overrides:
    
    toString in class Object
    
    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.
    ObservedRFAnalysis has no configuration requirements.
    
    Returns:
    
    TRUE

Class ObservedRFAnalysis

Constructor Summary

Method Summary

Methods inherited from class java.lang.Object

Constructor Detail

ObservedRFAnalysis

Method Detail

getChipRate

setChipRate

isSetChipRate

getDwellTime

setDwellTime

isSetDwellTime

getFreqMax

setFreqMax

isSetFreqMax

getFreqMin

setFreqMin

isSetFreqMin

getGuardBand

setGuardBand

isSetGuardBand

getInstantRFBW03

setInstantRFBW03

isSetInstantRFBW03

getInstantRFBW06

setInstantRFBW06

isSetInstantRFBW06

getInstantRFBW10

setInstantRFBW10

isSetInstantRFBW10

getInstantRFBW20

setInstantRFBW20

isSetInstantRFBW20

getNumRFChannels

setNumRFChannels

isSetNumRFChannels

getNumRFElements

setNumRFElements

isSetNumRFElements

getNumRFPositions

setNumRFPositions

isSetNumRFPositions

getNumRFSimultaneous

setNumRFSimultaneous

isSetNumRFSimultaneous

getOperationalRFBW

setOperationalRFBW

isSetOperationalRFBW

getRFAdaptiveDriver

setRFAdaptiveDriver

isSetRFAdaptiveDriver

getRFAdaptiveRule

setRFAdaptiveRule

isSetRFAdaptiveRule

getRFBasicClockPeriod

setRFBasicClockPeriod

isSetRFBasicClockPeriod

getRFChangeRate

setRFChangeRate

isSetRFChangeRate

getRFChannelFreqMax

setRFChannelFreqMax

isSetRFChannelFreqMax

getRFChannelFreqMin

setRFChannelFreqMin

isSetRFChannelFreqMin

getRFCoherent

setRFCoherent

isSetRFCoherent

getRFContinuous

setRFContinuous

isSetRFContinuous

getRFFreqMax

setRFFreqMax

isSetRFFreqMax

getRFFreqMin

setRFFreqMin

isSetRFFreqMin

getRFMean