RFExplorer.RFE6GEN_CalibrationData.RFE6GEN_CalibrationData Class Reference

Public Member Functions
def	__init__ (self)
def	GetCalSize (self)
def	DeleteCal (self)
def	InitializeCal (self, nSize, sLine)
def	GetEstimatedAmplitudeArray (self, dFrequencyMHZ)
def	GetClosestFrequencyIndex (self, dFrequencyMHZ)
def	GetEstimatedAmplitude (self, dFrequencyMHZ, bHighPowerSwitch, nPowerLevel)

Public Attributes
	m_arrSignalGeneratorEmbeddedCalibrationActual30DBM
	m_arrSignalGeneratorCalRanges_KHZ
	m_arrDeltaAmplitude
	arrFirmware

Detailed Description

note this is shared with RFEGenTest

Constructor & Destructor Documentation

__init__()

def RFExplorer.RFE6GEN_CalibrationData.RFE6GEN_CalibrationData.__init__

(

self

)

Member Function Documentation

DeleteCal()

def RFExplorer.RFE6GEN_CalibrationData.RFE6GEN_CalibrationData.DeleteCal

(

self

)

Delete calibration data collection 

GetCalSize()

def RFExplorer.RFE6GEN_CalibrationData.RFE6GEN_CalibrationData.GetCalSize

(

self

)

Return the number of calibraton data if any, otherwise -1 

Returns:
    Integer the number of calibraton data if any, otherwise -1  

GetClosestFrequencyIndex()

def RFExplorer.RFE6GEN_CalibrationData.RFE6GEN_CalibrationData.GetClosestFrequencyIndex	(		self,
			dFrequencyMHZ
	)

Return the index of the calibration data collection based on specific frequency 

Parameters:
    dFrequencyMHZ -- Frequency of interest 
Returns:
    Integer the closet frequency Index

GetEstimatedAmplitude()

def RFExplorer.RFE6GEN_CalibrationData.RFE6GEN_CalibrationData.GetEstimatedAmplitude	(		self,
			dFrequencyMHZ,
			bHighPowerSwitch,
			nPowerLevel
	)

Returns best matching amplitude value based on internal -30dBm calibration table, and configured power switch/attenuator
If not available, this returns the estimated value based on hardcoded measured amplitude values

Parameters:
    dFrequencyMHZ    -- Frequency of interest
    bHighPowerSwitch -- True if it is disable, otherwise False
    nPowerLevel      -- Power level from min. 4 to max. 0
Returns:
    Float Estimated amplitude in dBm

GetEstimatedAmplitudeArray()

def RFExplorer.RFE6GEN_CalibrationData.RFE6GEN_CalibrationData.GetEstimatedAmplitudeArray	(		self,
			dFrequencyMHZ
	)

Return estimated output power level array with 8 different power position for specific frequency

Parameters:
    dFrequencyMHZ -- Frequency of interest 
Returns:
    List Amplitude array

InitializeCal()

def RFExplorer.RFE6GEN_CalibrationData.RFE6GEN_CalibrationData.InitializeCal	(		self,
			nSize,
			sLine
	)

Initialize calibration data collection 

Parameters:   
    nSize   -- Size of the collection
    sLine   -- Line of text to process and create the collection
Returns:
    String Embedded calibration Signal Generator data received

Member Data Documentation

arrFirmware

RFExplorer.RFE6GEN_CalibrationData.RFE6GEN_CalibrationData.arrFirmware

m_arrDeltaAmplitude

RFExplorer.RFE6GEN_CalibrationData.RFE6GEN_CalibrationData.m_arrDeltaAmplitude

m_arrSignalGeneratorCalRanges_KHZ

RFExplorer.RFE6GEN_CalibrationData.RFE6GEN_CalibrationData.m_arrSignalGeneratorCalRanges_KHZ

m_arrSignalGeneratorEmbeddedCalibrationActual30DBM

RFExplorer.RFE6GEN_CalibrationData.RFE6GEN_CalibrationData.m_arrSignalGeneratorEmbeddedCalibrationActual30DBM

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The documentation for this class was generated from the following file:

• R:/git/linux/Python/deploy_pip/RFExplorer/RFExplorer/RFE6GEN_CalibrationData.py