IGpsCommunicationsReceiverConfiguration | DME Component Libraries for Java 2024 r1

All Known Implementing Classes:

GpsCommunicationsFrontEnd
```
public interface IGpsCommunicationsReceiverConfiguration
```
An interface defining the required parameters for a GpsCommunicationsFrontEnd.

Method Summary

All Methods Instance Methods Abstract Methods
Modifier and Type	Method and Description
`double`	`getAntennaEfficiency()` Gets the efficiency of the front end's antenna, as a ratio between zero and one.
`double`	`getAntennaNoiseTemperature()` Gets the effective noise temperature resulting from effects outside the antenna; galactic noise, Earth's albedo, etc., in kelvin.
`double`	`getCorrelatorSpacing()` Gets the spacing between the early and late correlator peaks, in chips.
`double`	`getDelayLockLoopFilterBandwidth()` Gets the bandwidth of the DLL tracking loop, in hertz.
`double`	`getFrontEndBandwidth()` Gets the bandwidth of the front end used to track all signals, in hertz.
`boolean`	`getIsDualFrequency()` Gets a value indicating whether this receiver uses signals from two frequencies.
`double`	`getLnaGain()` Gets the gain of the Low Noise Amplifier (LNA).
`double`	`getNoiseFactor()` Gets the noise factor value this receiver uses to calculate noise in the communication signals.
`Polarization`	`getPolarization()` Gets the antenna polarization.
`double`	`getPostLnaGain()` Gets the gain of the cabling after the Low Noise Amplifier (LNA).
`double`	`getPreLnaGain()` Gets the gain of the cabling and filtering prior to reaching the Low Noise Amplifier (LNA).
`RadioFrequencyGainPattern`	`getReceiverAntennaGainPattern()` Gets the front end's antenna gain pattern.
`double`	`getReceiverOperatingTemperature()` Gets the ambient temperature where the front end is operating, in kelvin.
`void`	`setAntennaEfficiency(double value)` Sets the efficiency of the front end's antenna, as a ratio between zero and one.
`void`	`setAntennaNoiseTemperature(double value)` Sets the effective noise temperature resulting from effects outside the antenna; galactic noise, Earth's albedo, etc., in kelvin.
`void`	`setCorrelatorSpacing(double value)` Sets the spacing between the early and late correlator peaks, in chips.
`void`	`setDelayLockLoopFilterBandwidth(double value)` Sets the bandwidth of the DLL tracking loop, in hertz.
`void`	`setFrontEndBandwidth(double value)` Sets the bandwidth of the front end used to track all signals, in hertz.
`void`	`setIsDualFrequency(boolean value)` Sets a value indicating whether this receiver uses signals from two frequencies.
`void`	`setLnaGain(double value)` Sets the gain of the Low Noise Amplifier (LNA).
`void`	`setNoiseFactor(double value)` Sets the noise factor value this receiver uses to calculate noise in the communication signals.
`void`	`setPolarization(Polarization value)` Sets the antenna polarization.
`void`	`setPostLnaGain(double value)` Sets the gain of the cabling after the Low Noise Amplifier (LNA).
`void`	`setPreLnaGain(double value)` Sets the gain of the cabling and filtering prior to reaching the Low Noise Amplifier (LNA).
`void`	`setReceiverAntennaGainPattern(RadioFrequencyGainPattern value)` Sets the front end's antenna gain pattern.
`void`	`setReceiverOperatingTemperature(double value)` Sets the ambient temperature where the front end is operating, in kelvin.

- Method Detail
  - getReceiverAntennaGainPattern
```
RadioFrequencyGainPattern getReceiverAntennaGainPattern()
```
    Gets the front end's antenna gain pattern.
  - setReceiverAntennaGainPattern
```
void setReceiverAntennaGainPattern(RadioFrequencyGainPattern value)
```
    Sets the front end's antenna gain pattern.
  - getPolarization
```
Polarization getPolarization()
```
    Gets the antenna polarization.
  - setPolarization
```
void setPolarization(Polarization value)
```
    Sets the antenna polarization.
  - getAntennaEfficiency
```
double getAntennaEfficiency()
```
    Gets the efficiency of the front end's antenna, as a ratio between zero and one.
  - setAntennaEfficiency
```
void setAntennaEfficiency(double value)
```
    Sets the efficiency of the front end's antenna, as a ratio between zero and one.
  - getNoiseFactor
```
double getNoiseFactor()
```
    Gets the noise factor value this receiver uses to calculate noise in the communication signals. Note that this is set by the values supplied for the Low Noise Amplifier gains, reference temperature and antenna temperature.
  - setNoiseFactor
```
void setNoiseFactor(double value)
```
    Sets the noise factor value this receiver uses to calculate noise in the communication signals. Note that this is set by the values supplied for the Low Noise Amplifier gains, reference temperature and antenna temperature.
  - getIsDualFrequency
```
boolean getIsDualFrequency()
```
    Gets a value indicating whether this receiver uses signals from two frequencies.
  - setIsDualFrequency
```
void setIsDualFrequency(boolean value)
```
    Sets a value indicating whether this receiver uses signals from two frequencies.
  - getPreLnaGain
```
double getPreLnaGain()
```
    Gets the gain of the cabling and filtering prior to reaching the Low Noise Amplifier (LNA). Linear units.
  - setPreLnaGain
```
void setPreLnaGain(double value)
```
    Sets the gain of the cabling and filtering prior to reaching the Low Noise Amplifier (LNA). Linear units.
  - getLnaGain
```
double getLnaGain()
```
    Gets the gain of the Low Noise Amplifier (LNA). Linear units.
  - setLnaGain
```
void setLnaGain(double value)
```
    Sets the gain of the Low Noise Amplifier (LNA). Linear units.
  - getPostLnaGain
```
double getPostLnaGain()
```
    Gets the gain of the cabling after the Low Noise Amplifier (LNA). Linear units.
  - setPostLnaGain
```
void setPostLnaGain(double value)
```
    Sets the gain of the cabling after the Low Noise Amplifier (LNA). Linear units.
  - getAntennaNoiseTemperature
```
double getAntennaNoiseTemperature()
```
    Gets the effective noise temperature resulting from effects outside the antenna; galactic noise, Earth's albedo, etc., in kelvin.
  - setAntennaNoiseTemperature
```
void setAntennaNoiseTemperature(double value)
```
    Sets the effective noise temperature resulting from effects outside the antenna; galactic noise, Earth's albedo, etc., in kelvin.
  - getReceiverOperatingTemperature
```
double getReceiverOperatingTemperature()
```
    Gets the ambient temperature where the front end is operating, in kelvin.
  - setReceiverOperatingTemperature
```
void setReceiverOperatingTemperature(double value)
```
    Sets the ambient temperature where the front end is operating, in kelvin.
  - getFrontEndBandwidth
```
double getFrontEndBandwidth()
```
    Gets the bandwidth of the front end used to track all signals, in hertz.
  - setFrontEndBandwidth
```
void setFrontEndBandwidth(double value)
```
    Sets the bandwidth of the front end used to track all signals, in hertz.
  - getCorrelatorSpacing
```
double getCorrelatorSpacing()
```
    Gets the spacing between the early and late correlator peaks, in chips. Typically 0.125-1.0 chips.
  - setCorrelatorSpacing
```
void setCorrelatorSpacing(double value)
```
    Sets the spacing between the early and late correlator peaks, in chips. Typically 0.125-1.0 chips.
  - getDelayLockLoopFilterBandwidth
```
double getDelayLockLoopFilterBandwidth()
```
    Gets the bandwidth of the DLL tracking loop, in hertz. Typically 1-18 Hz.
  - setDelayLockLoopFilterBandwidth
```
void setDelayLockLoopFilterBandwidth(double value)
```
    Sets the bandwidth of the DLL tracking loop, in hertz. Typically 1-18 Hz.

Interface IGpsCommunicationsReceiverConfiguration

Method Summary

Method Detail

getReceiverAntennaGainPattern

setReceiverAntennaGainPattern

getPolarization

setPolarization

getAntennaEfficiency

setAntennaEfficiency

getNoiseFactor

setNoiseFactor

getIsDualFrequency

setIsDualFrequency

getPreLnaGain

setPreLnaGain

getLnaGain

setLnaGain

getPostLnaGain

setPostLnaGain

getAntennaNoiseTemperature

setAntennaNoiseTemperature

getReceiverOperatingTemperature

setReceiverOperatingTemperature

getFrontEndBandwidth

setFrontEndBandwidth

getCorrelatorSpacing

setCorrelatorSpacing

getDelayLockLoopFilterBandwidth

setDelayLockLoopFilterBandwidth