A virtual class representing a cartridge. More...

#include <cartridge.h>

Inheritance diagram for Cartridge:

Collaboration diagram for Cartridge:

Public Slots
void	resetBand ()
	Reset cartridge to warm-up conditions. More...

void	run ()
	Start up a cartridge. More...

virtual void	initBand (bool withDeflux)=0
	Initialize a band. More...

virtual void	shutdownBand ()=0
	Shut down a band. More...

virtual void	tuneLO (double ghz)
	Tune the LO using tuning table. More...

virtual void	tuneMixer (Mixer::Polarization pol)
	Tune a mixer. More...

void	tuneSystem (double ghz)
	Tune both LO and mixers to a given LO frequency using tuning table. More...

virtual void	demagnetize (Mixer::Polarization pol, Mixer::Element sis)=0
	De-magnetize a mixer element. More...

virtual void	deflux (Mixer::Polarization pol)=0
	De-flux both mixer elements of given polarization. More...

void	disable ()
	Disable band.

void	enable ()
	Enable band.

void	demagnetizeMixers (bool p0s1, bool p0s2, bool p1s1, bool p1s2)
	De-magnetize specified mixer elements. More...

void	defluxMixers (bool p0, bool p1)
	De-flux both specified polarizations. More...

void	setLNADefaults ()
	Set LNA voltages to the values given in configuration file.

void	cleanup ()
	Clean up cartridge operations as part of band shutdown. More...

void	updateYIG (int value)
	Set a new YIG value. More...

void	changeSynthFreq (double ghz)
	Set synthesizer frequency. More...

void	changeSynthLevel (double dBm)
	Set synthesizer level. More...

void	switchSynth (bool flag)
	Turn Synthesizer on/off. More...

void	IVscan (Mixer::Polarization pol, Mixer::Element sis, double from, double to, int steps, bool withPower)
	Perform an IV scan on one mixer. More...

void	scanMixers (double from, double to, int steps)
	Perform an IV scan on all mixers. More...

void	resetSisVoltages ()
	Set all SiS voltages to 0.0 mV in the recommended way.

void	resetCoilCurrents ()
	Set all magnetic coil currents to 0.0 mA in the recommended way.

void	resetLNAs ()
	Sets all LNA drain voltages and currents to zero.

void	setCoilCurrents ()
	Set magnetic coil currents to the values given in configuration file.

void	setPaGateVoltages ()
	Set PA gate voltages to prescribed values in configuration file.

void	showCurve (Mixer::Polarization pol, Mixer::Element sis, QVector< double > x, QVector< double > y, QVector< double > z, const QString &xlab=QString::fromUtf8("mixer bias [mV]"), const QString &ylab=QString::fromUtf8("mixer current [µA]"))
	Signal GUI to display results from IV scan. More...

bool	pllControl (float vcorr, float vlock)
	Check status of PLL. More...

void	cryoControl (bool flag)
	Turn cryo control loop on/off. More...

void	preparePLL (bool upper)
	Prepare PLL for locking. More...

void	addChannel (Sepia::Channel channel)

void	removeChannel (Sepia::Channel channel)

float	getRealValue (QString name)
	Get a float value via its name. More...

bool	getFlag (QString name)
	Get a boolean value via its name. More...

unsigned short	getWord (QString name)
	Get a 16 bit unsigned integer via its name. More...

Signals
void	demagnetized (Mixer::Polarization pol, Mixer::Element sis, bool ok)
	A signal emitted when the mixer element is de-magnetized . More...

void	defluxed (Mixer::Polarization pol, bool ok)
	A signal emitted when a mixer polarization is defluxed. More...

void	faulted (Sepia::ErrorCode code)
	A signal emitted when an error has occured.

void	pllStatus (bool locked, float Vlock, float Vcorr)
	Signal the PLL signal. More...

void	updateMonitorItem (const QString &name, DWORD addr, float v, char unit, int gain)
	Send latest reading of a monitor item. More...

void	percentDone (int percent)
	Report how many percentof an operation is done. More...

void	statusMessage (const QString &msg)
	Send a status message. More...

void	synthConnected (bool flag)
	A signal emitted to indicate synthesizer connection status. More...

void	synthSwitched (bool on)
	A signal emitted to indicate synthesizer status. More...

void	synthFreqChanged (double ghz)
	A signal emitted when synthesizer frequency changed. More...

void	synthLevelChanged (double dbm)
	A signal emitted when synthesizer level changed. More...

void	yigChanged (int value)
	A signal emitted when YIG setting changed. More...

void	pointReady (Mixer::Polarization pol, Mixer::Element sis, int i, double mV, double mA, double mW)
	A signal emitted when a new point of an IV scan has been taken. More...

void	traceReady (Mixer::Polarization pol, Mixer::Element sis, QVector< double > x, QVector< double > y, QVector< double > z, const QString &xlab, const QString &ylab)
	A signal emitted when a new trace, i.e. data from a mixer scan, is available. More...

void	LOtuned (bool ok)
	A signal emitted when LO tuning is done. More...

void	LOmodified (bool flag)
	A signal emitted when LO tuning was modified. More...

void	newCmdLOfrequency (double ghz)
	Signal a new commanded LO frequency. More...

void	newCmdHarmonic (int harmonic)
	Signal a new harmonic for LO tuning. More...

void	mixerTuned (Mixer::Polarization pol, bool ok)
	A signal emitted when mixer tuning is done. More...

void	systemTuned (bool ok)
	A signal emitted when system tuning (i.e. both LO and mixer) is done. More...

void	newMixerCurrent (Mixer::Polarization pol, Mixer::Element sis, float mA)
	Signal a new actual mixer current. More...

void	newCmdMixerBias (Mixer::Polarization pol, Mixer::Element sis, float mV)
	Signal a new commanded mixer bias. More...

void	newMixerBias (Mixer::Polarization pol, Mixer::Element sis, float mV)
	Signal a new actual mixer bias. More...

void	newMixerPower (Mixer::Polarization pol, Mixer::Element sis, float mW)
	Signal a new total power reading. More...

void	newCoilCurrent (Mixer::Polarization pol, Mixer::Element sis, float mA)
	Signal a new actual coil current. More...

void	newCmdCoilCurrent (Mixer::Polarization pol, Mixer::Element sis, float mA)
	Signal a new commanded coil current. More...

void	newDrainVoltage (Mixer::Polarization pol, Mixer::Element sis, LNA::Stage stage, float V)
	Signal a new actual drain voltage for an LNA. More...

void	newCmdDrainVoltage (Mixer::Polarization pol, Mixer::Element sis, LNA::Stage stage, float V)
	Signal a new commanded drain voltage for an LNA. More...

void	newDrainCurrent (Mixer::Polarization pol, Mixer::Element sis, LNA::Stage stage, float mA)
	Signal a new actual drain current for an LNA. More...

void	newCmdDrainCurrent (Mixer::Polarization pol, Mixer::Element sis, LNA::Stage stage, float mA)
	Signal a new commanded drain current for an LNA. More...

void	newGateVoltage (Mixer::Polarization pol, Mixer::Element sis, LNA::Stage stage, float V)
	Signal a new actual gate voltage for an LNA. More...

void	newCmdPaDrainVoltage (Mixer::Polarization pol, float V)
	Signal a new actual gate voltage for a given PA. More...

void	stabilize (double T)
	A signal emitted when temperature stabilization should be turned on.

Public Member Functions
	Cartridge (const QString &name, Sepia::Channel channel, double WCAmultiplier, double YIGmultiplier, double lowerYigLimit, double upperYigLimit, QObject *parent=0)
	Construct a Cartridge object. More...

virtual	~Cartridge ()
	Destructor.

void	setMonitorChannels (const QStringList &channels)
	Define the list of CANbus addressable items which should be monitored. More...

double	lowerLimit () const
	Return the lower limit of the LO tuning range in GHz. More...

double	upperLimit () const
	Return the upper limit of the LO tuning range in GHz. More...

float	biasOffset (int pol, int sis) const
	Return the bias offset. More...

float	currentOffset (int pol, int sis) const
	Return the current offset. More...

float	coilCurrentPreset (int pol, int sis) const
	Return the default setting of the coil current. More...

float	gateVoltagePreset (int pol) const
	Return the default setting of the gate voltage. More...

QVector< double >	biasTrace (int pol, int sis) const
	Retrieve the results for the mixer bias from the latest IV scan. More...

QVector< double >	currentTrace (int pol, int sis) const
	Retrieve the results for the mixer current from the latest IV scan. More...

QVector< double >	powerTrace (int pol, int sis) const
	Retrieve the results for the total power from the latest IV scan. More...

int	getYIG () const
	Get the lates YIG setting. More...

double	synthFreq () const
	Get the current synthesizer frequency. More...

double	synthLevel () const
	Get the current synthesizer level setting. More...

float	sisCurrent (Mixer::Polarization pol, Mixer::Element sis)
	Get the mixer current. More...

float	sisVoltage (Mixer::Polarization pol, Mixer::Element sis)
	Get the mixer bias. More...

float	sisPower (Mixer::Polarization pol, Mixer::Element sis)
	Get the mixer total power. More...

float	drainVoltage (Mixer::Polarization pol, Mixer::Element sis, LNA::Stage stage)
	Get the drain voltage of an LNA. More...

float	drainCurrent (Mixer::Polarization pol, Mixer::Element sis, LNA::Stage stage)
	Get the drain current of an LNA. More...

float	gateVoltage (Mixer::Polarization pol, Mixer::Element sis, LNA::Stage stage)
	Get the gate voltage of an LNA. More...

float	paGateVoltage (Mixer::Polarization pol)
	Get the gate voltage of a PA. More...

float	paDrainVoltage (Mixer::Polarization pol)
	Get the drain voltage of a PA. More...

float	paDrainCurrent (Mixer::Polarization pol)
	Get the drain current of a PA. More...

void	setCoilCurrent (Mixer::Polarization pol, Mixer::Element sis, float mA, bool fast=false)
	Set a new coil current value of a mixer element. More...

void	setSisVoltage (Mixer::Polarization pol, Mixer::Element sis, float mV, bool fast=false)
	Set a new bias voltage of a mixer element. More...

bool	sisOpenLoop (Mixer::Polarization pol, Mixer::Element sis)
	Get the open loop mode of a mixer element. More...

void	setSisOpenLoop (Mixer::Polarization pol, Mixer::Element sis, bool flag)
	Switch a mixer element to open loop mode. More...

void	setDrainVoltage (Mixer::Polarization pol, Mixer::Element sis, LNA::Stage stage, float V)
	Set the drain voltage for given LNA. More...

void	setDrainCurrent (Mixer::Polarization pol, Mixer::Element sis, LNA::Stage, float mA)
	Set the drain current for given LNA. More...

void	setLNAenable (Mixer::Polarization pol, Mixer::Element sis, bool flag)
	Enable LNA operation. More...

void	setPaGateVoltage (Mixer::Polarization pol, float V)
	Set the gate voltage for given PA. More...

void	setPaDrainVoltage (Mixer::Polarization pol, float V)
	Set the drain voltage for given PA. More...

void	setAmcADrainVoltage (float V)
	Set the AMC-A drain voltage. More...

void	setAmcBDrainVoltage (float V)
	Set the AMC-B drain voltage. More...

void	setAmcEDrainVoltage (float V)
	Set the AMC-E drain voltage. More...

void	setAmcAGateVoltage (float V)
	Set the AMC-A gate voltage. More...

void	setAmcBGateVoltage (float V)
	Set the AMC-B gate voltage. More...

void	setAmcEGateVoltage (float V)
	Set the AMC-E gate voltage. More...

void	setAmcDMultVoltage (float V)
	Set the AMC-MULT_D voltage. More...

float	amcAGateVoltage ()
	Get the current AMC_A gate voltage. More...

float	amcADrainVoltage ()
	Get the current AMC_A drain voltage. More...

float	amcADrainCurrent ()
	Get the current AMC_A drain current. More...

float	amcBGateVoltage ()
	Get the current AMC_B gate voltage. More...

float	amcBDrainVoltage ()
	Get the current AMC_B drain voltage. More...

float	amcBDrainCurrent ()
	Get the current AMC_B drain current. More...

float	amcEGateVoltage ()
	Get the current AMC_E gate voltage. More...

float	amcEDrainVoltage ()
	Get the current AMC_E drain voltage. More...

float	amcEDrainCurrent ()
	Get the current AMC_E drain current. More...

float	amcMultiDVoltage ()
	Get the current AMC-MULT_D voltage. More...

float	amcMonitor5V ()
	Get the AMC 5V monitor signal. More...

float	coilCurrent (Mixer::Polarization pol, Mixer::Element sis)
	Get a coil current reading. More...

float	coilVoltage (Mixer::Polarization pol, Mixer::Element sis)
	Get a coil voltage reading. More...

float	heaterCurrent (Mixer::Polarization pol)
	Get a reading of the heater current. More...

float	mixerTemperature (Mixer::Polarization pol)
	Get a reading of the mixer temperature. More...

void	heaterState (Mixer::Polarization pol, bool on)
	Set the heater state. More...

void	toggleHeater (Mixer::Polarization pol)
	Toggle the heater state, i.e. switch off, then on. More...

float	pllLockVoltage ()
	Get the PLL lock voltage. More...

float	pllCorrVoltage ()
	Get the PLL correction voltage. More...

float	pllRefTotalPower ()
	Get the PLL reference total power. More...

float	pllIfTotalPower ()
	Get the PLL IF total power. More...

float	pllAssemblyTemperature ()
	Get the PLL assembly temperature. More...

bool	LOlockLatch ()
	Get the state of the PLL lock latch. More...

void	LOclearLatch ()
	Clear the PLL lock latch.

void	setNullPllIntegrator (bool flag)
	Set/clear null PLL integrator. More...

void	setPllLoopBandwidth (bool flag)
	Set/clear PLL loop bandwidth. More...

void	setPllSideband (bool lower)
	Set PLL sideband. More...

void	setCoarseTune (unsigned short value)
	update YIG oscillator setting More...

virtual void	tuneLO (double ghz, int harmonic)=0
	Tune local oscillator. More...

virtual void	tuneMixer (Mixer::Polarization pol, float bias[2], float Igoal, float power, float maxPower)=0
	Tune a mixer. More...

void	tuneSynthesizer (double WCAfreq, int harmonic, bool upper)
	Pure virtual method to tune the synthesize. More...

Protected Member Functions
void	setFlag (QString name, bool flag)
	Set a boolean value via its name. More...

void	setRealValue (QString name, float v)
	Set a float value via its name. More...

void	setWord (QString name, unsigned short w)
	Set a 16 bit value via its name. More...

Friends
class	BiasSetter

class	CoilSetter

Detailed Description

A virtual class representing a cartridge.

A virtual class to describe an abstract SEPIA receiver.

This is an abstract class from which each of the three SEPIA bands inherit, namely Sepia180, Sepia345 and Sepia660. It implements many oprations which are in common for all three bands, but has only pure virtual functions for operations which may differ in their implementation between bands, currently:

Constructor & Destructor Documentation

◆ Cartridge()

Cartridge::Cartridge	(	const QString &	name,
		Sepia::Channel	channel,
		double	WCAmultiplier,
		double	YIGmultiplier,
		double	lowerYigLimit,
		double	upperYigLimit,
		QObject *	parent = `0`
	)

Construct a Cartridge object.

The constructor will initialize band specific variables and will set up a QFileSystemWatcher for being notified of changes to the band specific settings file (sepiaXXX.conf), which reside in directory /home/apex/.config/APEX.

Parameters

name	the object name to use, this will be visible from scripts.
channel	the Sepia::Channel
WCAmultiplier
YIGmultiplier
lowerYigLimit	the lower limit of the YIG oscillator in GHz
upperYigLimit	the upper limit of the YIG oscillator in GHz
parent	a pointer to the parent object

Member Function Documentation

◆ addChannel

void Cartridge::addChannel ( Sepia::Channel channel )

slot

Enable operations on an additional channel via CANbus.

◆ amcADrainCurrent()

float Cartridge::amcADrainCurrent ( )

inline

Get the current AMC_A drain current.

Returns: drain current in mA

◆ amcADrainVoltage()

float Cartridge::amcADrainVoltage ( )

inline

Get the current AMC_A drain voltage.

Returns: drain voltage in V

◆ amcAGateVoltage()

float Cartridge::amcAGateVoltage ( )

inline

Get the current AMC_A gate voltage.

Returns: gate voltage in V

◆ amcBDrainCurrent()

float Cartridge::amcBDrainCurrent ( )

inline

Get the current AMC_B drain current.

Returns: drian current in mA

◆ amcBDrainVoltage()

float Cartridge::amcBDrainVoltage ( )

inline

Get the current AMC_B drain voltage.

Returns: drain voltage in V

◆ amcBGateVoltage()

float Cartridge::amcBGateVoltage ( )

inline

Get the current AMC_B gate voltage.

Returns: gate voltage in V

◆ amcEDrainCurrent()

float Cartridge::amcEDrainCurrent ( )

inline

Get the current AMC_E drain current.

Returns: drian current in mA

◆ amcEDrainVoltage()

float Cartridge::amcEDrainVoltage ( )

inline

Get the current AMC_E drain voltage.

Returns: drain voltage in V

◆ amcEGateVoltage()

float Cartridge::amcEGateVoltage ( )

inline

Get the current AMC_E gate voltage.

Returns: gate voltage in V

◆ amcMonitor5V()

float Cartridge::amcMonitor5V ( )

inline

Get the AMC 5V monitor signal.

Returns: voltage in V

◆ amcMultiDVoltage()

float Cartridge::amcMultiDVoltage ( )

inline

Get the current AMC-MULT_D voltage.

Returns: voltage in V

◆ biasOffset()

float Cartridge::biasOffset	(	int	pol,
		int	sis
	)		const

inline

Return the bias offset.

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use

Returns: bias offset in mV

◆ biasTrace()

QVector<double> Cartridge::biasTrace	(	int	pol,
		int	sis
	)		const

inline

Retrieve the results for the mixer bias from the latest IV scan.

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use

Returns: a QVector<double> holding the mixer bias settings of the scan

◆ changeSynthFreq

void Cartridge::changeSynthFreq ( double ghz )

slot

Set synthesizer frequency.

Parameters

ghz	requested synthesizer frequency in GHz

◆ changeSynthLevel

void Cartridge::changeSynthLevel ( double dBm )

slot

Set synthesizer level.

Parameters

dBm	requested synthesizer level in dBm

◆ cleanup

void Cartridge::cleanup ( )

slot

Clean up cartridge operations as part of band shutdown.

This slot is connected to the hardware thread's finished signal. It will

stop the timer
turn the cryo cooler control off
set all PA drain and gate voltages to zero
switch the Anritsu synthesizer off

◆ coilCurrent()

float Cartridge::coilCurrent	(	Mixer::Polarization	pol,
		Mixer::Element	sis
	)

Get a coil current reading.

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use

Returns: the requested coil current in mA

◆ coilCurrentPreset()

float Cartridge::coilCurrentPreset	(	int	pol,
		int	sis
	)		const

inline

Return the default setting of the coil current.

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use

Returns: default coil current in mA

◆ coilVoltage()

float Cartridge::coilVoltage	(	Mixer::Polarization	pol,
		Mixer::Element	sis
	)

Get a coil voltage reading.

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use

Returns: the requested coil voltage in V

◆ cryoControl

void Cartridge::cryoControl ( bool flag )

slot

Turn cryo control loop on/off.

Parameters

flag	true: turn on, false: turn off.

◆ currentOffset()

float Cartridge::currentOffset	(	int	pol,
		int	sis
	)		const

inline

Return the current offset.

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use

Returns: current offset in mA

◆ currentTrace()

QVector<double> Cartridge::currentTrace	(	int	pol,
		int	sis
	)		const

inline

Retrieve the results for the mixer current from the latest IV scan.

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use

Returns: a QVector<double> holding the mixer current readings of the scan

◆ deflux

virtual void Cartridge::deflux ( Mixer::Polarization pol )

pure virtualslot

De-flux both mixer elements of given polarization.

Parameters

pol	the Mixer::Polarization to use

◆ defluxed

void Cartridge::defluxed	(	Mixer::Polarization	pol,
		bool	ok
	)

signal

A signal emitted when a mixer polarization is defluxed.

Parameters

pol	the Mixer::Polarization to use
ok	true, if operation succeeded

◆ defluxMixers

void Cartridge::defluxMixers	(	bool	p0,
		bool	p1
	)

slot

De-flux both specified polarizations.

Parameters

p0	true, if POL0 should be de-fluxed
p1	true, if POL1 should be de-fluxed

◆ demagnetize

virtual void Cartridge::demagnetize	(	Mixer::Polarization	pol,
		Mixer::Element	sis
	)

pure virtualslot

De-magnetize a mixer element.

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use

◆ demagnetized

void Cartridge::demagnetized	(	Mixer::Polarization	pol,
		Mixer::Element	sis,
		bool	ok
	)

signal

A signal emitted when the mixer element is de-magnetized .

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use
ok	true, if operation succeeded

◆ demagnetizeMixers

void Cartridge::demagnetizeMixers	(	bool	p0s1,
		bool	p0s2,
		bool	p1s1,
		bool	p1s2
	)

slot

De-magnetize specified mixer elements.

Parameters

p0s1	true, if POL0 SIS1 should be de-magnetized
p0s2	true, if POL0 SIS2 should be de-magnetized
p1s1	true, if POL1 SIS1 should be de-magnetized
p1s2	true, if POL1 SIS2 should be de-magnetized

◆ drainCurrent()

float Cartridge::drainCurrent	(	Mixer::Polarization	pol,
		Mixer::Element	sis,
		LNA::Stage	stage
	)

Get the drain current of an LNA.

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use
stage	the LNA::Stage to use

Returns: drain current in mA

◆ drainVoltage()

float Cartridge::drainVoltage	(	Mixer::Polarization	pol,
		Mixer::Element	sis,
		LNA::Stage	stage
	)

Get the drain voltage of an LNA.

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use
stage	the LNA::Stage to use

Returns: drain voltage in V

◆ gateVoltage()

float Cartridge::gateVoltage	(	Mixer::Polarization	pol,
		Mixer::Element	sis,
		LNA::Stage	stage
	)

Get the gate voltage of an LNA.

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use
stage	the LNA::Stage to use

Returns: gate voltage in V

◆ gateVoltagePreset()

float Cartridge::gateVoltagePreset ( int pol ) const

inline

Return the default setting of the gate voltage.

Parameters

pol	the Mixer::Polarization to use

Returns: default gate voltage in V

◆ getFlag

bool Cartridge::getFlag ( QString name )

slot

Get a boolean value via its name.

Parameters

name	the shortName of the entry we want to read.

Returns: a boolean.

◆ getRealValue

float Cartridge::getRealValue ( QString name )

slot

Get a float value via its name.

Parameters

name	the shortName of the entry we want to read.

Returns: a 32-bit floating point value.

◆ getWord

unsigned short Cartridge::getWord ( QString name )

slot

Get a 16 bit unsigned integer via its name.

Parameters

name	the shortName of the entry we want to read.

Returns: a 16-bit unsigned integer.

◆ getYIG()

int Cartridge::getYIG ( ) const

inline

Get the lates YIG setting.

Returns: latest YIG setting as an integer step (0 - 4095)

◆ heaterCurrent()

float Cartridge::heaterCurrent ( Mixer::Polarization pol )

Get a reading of the heater current.

Parameters

pol	the Mixer::Polarization to use

Returns: the heater current in mA

◆ heaterState()

void Cartridge::heaterState	(	Mixer::Polarization	pol,
		bool	on
	)

Set the heater state.

Parameters

pol	the Mixer::Polarization to use
on	true or false, for on and off, respectively

◆ initBand

virtual void Cartridge::initBand ( bool withDeflux )

pure virtualslot

Initialize a band.

This is a pure virtual function, inherited by all sepiaXXX child classes. This function will

set the PA gate voltages, LNAs and coil currents to their default values specified in the configuration file. Optionally perform a demagnetization and defluxing procedure followed by an IV scan over a default interval.

Parameters

withDeflux a boolean parameter specifying if defluxing should be performed, default is true.

◆ IVscan

void Cartridge::IVscan	(	Mixer::Polarization	pol,
		Mixer::Element	sis,
		double	from,
		double	to,
		int	steps,
		bool	withPower
	)

slot

Perform an IV scan on one mixer.

Parameters

pol	the used polarization: 0 or 1
sis	the used SIS element: 1 or 2
from	starting mixer bias in mV
to	ending mixer bias in mV
steps	number of samples to take.

◆ LOlockLatch()

bool Cartridge::LOlockLatch ( )

inline

Get the state of the PLL lock latch.

Returns: state of the lock latch as a boolean

◆ LOmodified

void Cartridge::LOmodified ( bool flag )

signal

A signal emitted when LO tuning was modified.

Parameters

flag	true, tuning changed significantly and re-calibration is necessary

◆ LOtuned

void Cartridge::LOtuned ( bool ok )

signal

A signal emitted when LO tuning is done.

Parameters

ok	true, if tuning was successful

◆ lowerLimit()

double Cartridge::lowerLimit ( ) const

inline

Return the lower limit of the LO tuning range in GHz.

Returns: lowest LO tuning frequency in GHz

◆ mixerTemperature()

float Cartridge::mixerTemperature ( Mixer::Polarization pol )

Get a reading of the mixer temperature.

Parameters

pol	the Mixer::Polarization to use

Returns: float the mixer temperature in K

◆ mixerTuned

void Cartridge::mixerTuned	(	Mixer::Polarization	pol,
		bool	ok
	)

signal

A signal emitted when mixer tuning is done.

Parameters

pol	the Mixer::Polarization which was tuned
ok	true, if tuning was successful

◆ newCmdCoilCurrent

void Cartridge::newCmdCoilCurrent	(	Mixer::Polarization	pol,
		Mixer::Element	sis,
		float	mA
	)

signal

Signal a new commanded coil current.

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use
mA

◆ newCmdDrainCurrent

void Cartridge::newCmdDrainCurrent	(	Mixer::Polarization	pol,
		Mixer::Element	sis,
		LNA::Stage	stage,
		float	mA
	)

signal

Signal a new commanded drain current for an LNA.

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use
stage	the LNA::Stage to use
mA

◆ newCmdDrainVoltage

void Cartridge::newCmdDrainVoltage	(	Mixer::Polarization	pol,
		Mixer::Element	sis,
		LNA::Stage	stage,
		float	V
	)

signal

Signal a new commanded drain voltage for an LNA.

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use
stage	the LNA::Stage to use
V

◆ newCmdHarmonic

void Cartridge::newCmdHarmonic ( int harmonic )

signal

Signal a new harmonic for LO tuning.

Parameters

harmonic the new commanded harmonic

◆ newCmdLOfrequency

void Cartridge::newCmdLOfrequency ( double ghz )

signal

Signal a new commanded LO frequency.

Parameters

ghz	the commanded LO frequency in GHz

◆ newCmdMixerBias

void Cartridge::newCmdMixerBias	(	Mixer::Polarization	pol,
		Mixer::Element	sis,
		float	mV
	)

signal

Signal a new commanded mixer bias.

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use
mV

◆ newCmdPaDrainVoltage

void Cartridge::newCmdPaDrainVoltage	(	Mixer::Polarization	pol,
		float	V
	)

signal

Signal a new actual gate voltage for a given PA.

Parameters

pol	the Mixer::Polarization to use
V

◆ newCoilCurrent

void Cartridge::newCoilCurrent	(	Mixer::Polarization	pol,
		Mixer::Element	sis,
		float	mA
	)

signal

Signal a new actual coil current.

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use
mA

◆ newDrainCurrent

void Cartridge::newDrainCurrent	(	Mixer::Polarization	pol,
		Mixer::Element	sis,
		LNA::Stage	stage,
		float	mA
	)

signal

Signal a new actual drain current for an LNA.

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use
stage	the LNA::Stage to use
mA

◆ newDrainVoltage

void Cartridge::newDrainVoltage	(	Mixer::Polarization	pol,
		Mixer::Element	sis,
		LNA::Stage	stage,
		float	V
	)

signal

Signal a new actual drain voltage for an LNA.

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use
stage	the LNA::Stage to use
V

◆ newGateVoltage

void Cartridge::newGateVoltage	(	Mixer::Polarization	pol,
		Mixer::Element	sis,
		LNA::Stage	stage,
		float	V
	)

signal

Signal a new actual gate voltage for an LNA.

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use
stage	the LNA::Stage to use
V

◆ newMixerBias

void Cartridge::newMixerBias	(	Mixer::Polarization	pol,
		Mixer::Element	sis,
		float	mV
	)

signal

Signal a new actual mixer bias.

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use
mV

◆ newMixerCurrent

void Cartridge::newMixerCurrent	(	Mixer::Polarization	pol,
		Mixer::Element	sis,
		float	mA
	)

signal

Signal a new actual mixer current.

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use
mA

◆ newMixerPower

void Cartridge::newMixerPower	(	Mixer::Polarization	pol,
		Mixer::Element	sis,
		float	mW
	)

signal

Signal a new total power reading.

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use
mW

◆ paDrainCurrent()

float Cartridge::paDrainCurrent ( Mixer::Polarization pol )

Get the drain current of a PA.

Parameters

pol	the Mixer::Polarization to use

Returns: drain current in mA

◆ paDrainVoltage()

float Cartridge::paDrainVoltage ( Mixer::Polarization pol )

Get the drain voltage of a PA.

Parameters

pol	the Mixer::Polarization to use

Returns: drain voltage in V

◆ paGateVoltage()

float Cartridge::paGateVoltage ( Mixer::Polarization pol )

Get the gate voltage of a PA.

Parameters

pol	the Mixer::Polarization to use

Returns: gate voltage in V

◆ percentDone

void Cartridge::percentDone ( int percent )

signal

Report how many percentof an operation is done.

Parameters

percent

◆ pllAssemblyTemperature()

float Cartridge::pllAssemblyTemperature ( )

inline

Get the PLL assembly temperature.

Returns: PLL assembly temperature in degrees Celsius

◆ pllControl

bool Cartridge::pllControl	(	float *	vcorr,
		float *	vlock
	)

slot

Check status of PLL.

Parameters

vcorr	output: will receive current correction voltage
vlock	output: will receive current lock voltage

Returns: bool true, if PLL is locked, false if unlocked

◆ pllCorrVoltage()

float Cartridge::pllCorrVoltage ( )

inline

Get the PLL correction voltage.

Returns: the PLL correction voltage in V

◆ pllIfTotalPower()

float Cartridge::pllIfTotalPower ( )

inline

Get the PLL IF total power.

Returns: PLL IF total power in V

◆ pllLockVoltage()

float Cartridge::pllLockVoltage ( )

inline

Get the PLL lock voltage.

Returns: the PLL lock voltage in V

◆ pllRefTotalPower()

float Cartridge::pllRefTotalPower ( )

inline

Get the PLL reference total power.

Returns: PLL reference total power in V

◆ pllStatus

void Cartridge::pllStatus	(	bool	locked,
		float	Vlock,
		float	Vcorr
	)

signal

Signal the PLL signal.

Parameters

locked	true: PLL is locked, false: PLL is unlocked
Vlock	latest reading of the PLL lock voltage
Vcorr	latest reading of the PLL correction voltaeg

◆ pointReady

void Cartridge::pointReady	(	Mixer::Polarization	pol,
		Mixer::Element	sis,
		int	i,
		double	mV,
		double	mA,
		double	mW
	)

signal

A signal emitted when a new point of an IV scan has been taken.

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use
i	index of the point taken (0..steps-1)
mV	the bias voltage of this point
mA	the mixer current of this point
mW	the total power of this point

◆ powerTrace()

QVector<double> Cartridge::powerTrace	(	int	pol,
		int	sis
	)		const

inline

Retrieve the results for the total power from the latest IV scan.

(This is not yet implemented, will return a vector with all zeros.)

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use

Returns: a QVector<double> holding the total power readings of the scan

◆ preparePLL

void Cartridge::preparePLL ( bool upper )

slot

Prepare PLL for locking.

Parameters

upper true: use upper sideband, false: use lower sideband

◆ removeChannel

void Cartridge::removeChannel ( Sepia::Channel channel )

slot

Disable operations on a channel via CANbus.

◆ resetBand

void Cartridge::resetBand ( )

slot

Reset cartridge to warm-up conditions.

This method will

read default settings for band from sepiaXXX.conf files
reset SIS voltages, LNA settings and coil currents
preset PA gate voltages

◆ run

void Cartridge::run ( )

slot

Start up a cartridge.

This slot is connected to the hardware thread's start signal. It will

switch the Anritsu synthesizer on
turn the cryo cooler control loop on
start a timer to
1. perform regular health checks (every 60 seconds)
2. retrieve of monitor items (every 10 seconds)
3. read SIS biases and currents and PLL status (every second)

◆ scanMixers

void Cartridge::scanMixers	(	double	from,
		double	to,
		int	steps
	)

slot

Perform an IV scan on all mixers.

Parameters

from	starting mixer bias in mV
to	ending mixer bias in mV
steps	number of samples to take.

◆ setAmcADrainVoltage()

void Cartridge::setAmcADrainVoltage ( float V )

inline

Set the AMC-A drain voltage.

Parameters

V	the requested drain voltage in V

◆ setAmcAGateVoltage()

void Cartridge::setAmcAGateVoltage ( float V )

inline

Set the AMC-A gate voltage.

Parameters

V	the requested gate voltage in V

◆ setAmcBDrainVoltage()

void Cartridge::setAmcBDrainVoltage ( float V )

inline

Set the AMC-B drain voltage.

Parameters

V	the requested drain voltage in V

◆ setAmcBGateVoltage()

void Cartridge::setAmcBGateVoltage ( float V )

inline

Set the AMC-B gate voltage.

Parameters

V	the requested gate voltage in V

◆ setAmcDMultVoltage()

void Cartridge::setAmcDMultVoltage ( float V )

inline

Set the AMC-MULT_D voltage.

Parameters

V	the requested voltage in V

◆ setAmcEDrainVoltage()

void Cartridge::setAmcEDrainVoltage ( float V )

inline

Set the AMC-E drain voltage.

Parameters

V	the requested drain voltage in V

◆ setAmcEGateVoltage()

void Cartridge::setAmcEGateVoltage ( float V )

inline

Set the AMC-E gate voltage.

Parameters

V	the requested gate voltage in V

◆ setCoarseTune()

void Cartridge::setCoarseTune ( unsigned short value )

inline

update YIG oscillator setting

Parameters

value an integer (0-4095) defining a new commanded YIG setting

◆ setCoilCurrent()

void Cartridge::setCoilCurrent	(	Mixer::Polarization	pol,
		Mixer::Element	sis,
		float	mA,
		bool	fast = `false`
	)

Set a new coil current value of a mixer element.

This method will set the mixer coil current to a new commanded value. Unless the parameter fast is set to true, this will happen in a safe way by performing the setting in small steps of 0.1 mA with a delay of 10 ms between steps.

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use
mA	the requested coil current in mA
fast	true if setting should occur in one step, default is false.

◆ setDrainCurrent()

void Cartridge::setDrainCurrent	(	Mixer::Polarization	pol,
		Mixer::Element	sis,
		LNA::Stage	stage,
		float	mA
	)

Set the drain current for given LNA.

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use
stage	the LNA::Stage to use
mA	the requested drain current in mA

◆ setDrainVoltage()

void Cartridge::setDrainVoltage	(	Mixer::Polarization	pol,
		Mixer::Element	sis,
		LNA::Stage	stage,
		float	V
	)

Set the drain voltage for given LNA.

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use
stage	the LNA::Stage to use
V	the requested drain voltage in V

◆ setFlag()

void Cartridge::setFlag	(	QString	name,
		bool	flag
	)

protected

Set a boolean value via its name.

Parameters

name	the shortName of the entry we want to set.
flag	a boolean.

◆ setLNAenable()

void Cartridge::setLNAenable	(	Mixer::Polarization	pol,
		Mixer::Element	sis,
		bool	flag
	)

Enable LNA operation.

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use
flag	enable (true) or disable (false)

◆ setMonitorChannels()

void Cartridge::setMonitorChannels ( const QStringList & channels )

Define the list of CANbus addressable items which should be monitored.

See function SEPIA::setupModel where a list of strings is set up in order to control which CANbus read access items should be monitored.

Parameters

channels a QStringList defining a list of channel names.

◆ setNullPllIntegrator()

void Cartridge::setNullPllIntegrator ( bool flag )

inline

Set/clear null PLL integrator.

Parameters

flag	true to set, false to clear

◆ setPaDrainVoltage()

void Cartridge::setPaDrainVoltage	(	Mixer::Polarization	pol,
		float	V
	)

Set the drain voltage for given PA.

Parameters

pol	the Mixer::Polarization to use
V	the requested drain voltage in V

◆ setPaGateVoltage()

void Cartridge::setPaGateVoltage	(	Mixer::Polarization	pol,
		float	V
	)

Set the gate voltage for given PA.

Parameters

pol	the Mixer::Polarization to use
V	the requested drain voltage in V

◆ setPllLoopBandwidth()

void Cartridge::setPllLoopBandwidth ( bool flag )

inline

Set/clear PLL loop bandwidth.

Parameters

flag	true to set, false to clear

◆ setPllSideband()

void Cartridge::setPllSideband ( bool lower )

inline

Set PLL sideband.

Parameters

lower true: use lower sideband, false: use upper sideband

◆ setRealValue()

void Cartridge::setRealValue	(	QString	name,
		float	v
	)

protected

Set a float value via its name.

Parameters

name	the shortName of the entry we want to set.
v	a 32-bit floating point value.

◆ setSisOpenLoop()

void Cartridge::setSisOpenLoop	(	Mixer::Polarization	pol,
		Mixer::Element	sis,
		bool	flag
	)

Switch a mixer element to open loop mode.

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use
flag	turn open loop on (true) or off (false)

◆ setSisVoltage()

void Cartridge::setSisVoltage	(	Mixer::Polarization	pol,
		Mixer::Element	sis,
		float	mV,
		bool	fast = `false`
	)

Set a new bias voltage of a mixer element.

This method will set the mixer bias to a new commanded value. Unless the parameter fast is set to true, this will happen in a safe way by performing the setting in small steps of 0.1 mV.

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use
mV	the SIS bias in mV to set
fast	true if setting should occur in one step, default is false.

◆ setWord()

void Cartridge::setWord	(	QString	name,
		unsigned short	w
	)

protected

Set a 16 bit value via its name.

Parameters

name	the shortName of the entry we want to set.
w	a 16-bit unsigned integer.

◆ showCurve

void Cartridge::showCurve	(	Mixer::Polarization	pol,
		Mixer::Element	sis,
		QVector< double >	x,
		QVector< double >	y,
		QVector< double >	z,
		const QString &	xlab = `QString::fromUtf8("mixer bias [mV]")`,
		const QString &	ylab = `QString::fromUtf8("mixer current [µA]")`
	)

slot

Signal GUI to display results from IV scan.

Parameters

pol	the Mixer::Polarization to show
sis	the Mixer::Element to show
x	trace data for x-axis of resulting plot (typically bias voltage)
y	trace data for y-axis of resulting plot (typically current)
z	trace data for 2nd y-axis of resulting plot (typically power)
xlab	label text for x-axis
ylab	label text for y-axis

◆ shutdownBand

virtual void Cartridge::shutdownBand ( )

pure virtualslot

Shut down a band.

This is a pure virtual function, inherited by all sepiaXXX child classes. The function will reset SIS biases, coil currents and LNA settings.

◆ sisCurrent()

float Cartridge::sisCurrent	(	Mixer::Polarization	pol,
		Mixer::Element	sis
	)

Get the mixer current.

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use

Returns: current mixer current in mA

◆ sisOpenLoop()

bool Cartridge::sisOpenLoop	(	Mixer::Polarization	pol,
		Mixer::Element	sis
	)

Get the open loop mode of a mixer element.

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use

Returns: open loop mode on (true) or off (false)

◆ sisPower()

float Cartridge::sisPower	(	Mixer::Polarization	pol,
		Mixer::Element	sis
	)

Get the mixer total power.

(This is not yet implemented, will return value of zero.)

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use

Returns: current total power in mW

◆ sisVoltage()

float Cartridge::sisVoltage	(	Mixer::Polarization	pol,
		Mixer::Element	sis
	)

Get the mixer bias.

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use

Returns: current mixer bias in mV

◆ statusMessage

void Cartridge::statusMessage ( const QString & msg )

signal

Send a status message.

Parameters

msg	text string describing the new status

◆ switchSynth

void Cartridge::switchSynth ( bool flag )

slot

Turn Synthesizer on/off.

Parameters

flag	true: switch on, false: switch off

◆ synthConnected

void Cartridge::synthConnected ( bool flag )

signal

A signal emitted to indicate synthesizer connection status.

Parameters

flag	true: synthesizer is connected, false: synthesizer is disconnected

◆ synthFreq()

double Cartridge::synthFreq ( ) const

inline

Get the current synthesizer frequency.

Returns: current synthesizer frequency in GHz.

◆ synthFreqChanged

void Cartridge::synthFreqChanged ( double ghz )

signal

A signal emitted when synthesizer frequency changed.

Parameters

ghz	new actual frequency

◆ synthLevel()

double Cartridge::synthLevel ( ) const

inline

Get the current synthesizer level setting.

Returns: current synthesizer level in dBm

◆ synthLevelChanged

void Cartridge::synthLevelChanged ( double dbm )

signal

A signal emitted when synthesizer level changed.

Parameters

dbm	new actual signal level

◆ synthSwitched

void Cartridge::synthSwitched ( bool on )

signal

A signal emitted to indicate synthesizer status.

Parameters

on	true: synthesizer is on, false: synthesizer is off

◆ systemTuned

void Cartridge::systemTuned ( bool ok )

signal

A signal emitted when system tuning (i.e. both LO and mixer) is done.

Parameters

ok	true, if tuning was successful

◆ toggleHeater()

void Cartridge::toggleHeater ( Mixer::Polarization pol )

Toggle the heater state, i.e. switch off, then on.

Parameters

pol	the Mixer::Polarization to use

◆ traceReady

void Cartridge::traceReady	(	Mixer::Polarization	pol,
		Mixer::Element	sis,
		QVector< double >	x,
		QVector< double >	y,
		QVector< double >	z,
		const QString &	xlab,
		const QString &	ylab
	)

signal

A signal emitted when a new trace, i.e. data from a mixer scan, is available.

Parameters

pol	the Mixer::Polarization to use
sis	the Mixer::Element to use
x	the data for the x-axis of the plot, typically mixer bias
y	the data for the y-axis of the plot, typically mixer current
z	the data for the 2nd y-axis of the plot, typically mixer total power
xlab	the text for labelling of the x-axis
ylab	the text for labelling of the y-axis

◆ tuneLO() [1/2]

virtual void Cartridge::tuneLO	(	double	ghz,
		int	harmonic
	)

pure virtual

Tune local oscillator.

This is a pure virtual function, inherited by all sepiaXXX child classes. This function will not use the tuning table, but use the given harmonic.

Parameters

ghz	requested local oscillator frequency in GHz.
harmonic	the harmonic of the synthesizer signal to be used

◆ tuneLO [2/2]

void Cartridge::tuneLO ( double ghz )

virtualslot

Tune the LO using tuning table.

This is a pure virtual function, inherited by all sepiaXXX child classes. This function will look up the harmonic to be used in the corresponding tuning table.

Parameters

ghz	the requested LO frequency in GHz

◆ tuneMixer() [1/2]

virtual void Cartridge::tuneMixer	(	Mixer::Polarization	pol,
		float	bias[2],
		float	Igoal,
		float	power,
		float	maxPower
	)

pure virtual

Tune a mixer.

This is a pure virtual function, inherited by all sepiaXXX child classes. Tuning will use given values and will override values in the corresponding tuning table.

Parameters

pol	the Mixer::Polarization of the mixer
bias[]	the bias voltages to be used for the two mixer elements
Igoal	the mixer current in mA to aim for
power	the resulting LO power according to tuning table
maxPower	the maximum allowed LO power

◆ tuneMixer [2/2]

void Cartridge::tuneMixer ( Mixer::Polarization pol )

virtualslot

Tune a mixer.

This is a pure virtual function, inherited by all sepiaXXX child classes. Tuning will be done based on values in the corresponding tuning table.

Parameters

pol	the polarization for which tuning is to be performed

◆ tuneSynthesizer()

void Cartridge::tuneSynthesizer	(	double	WCAfreq,
		int	harmonic,
		bool	upper
	)

Pure virtual method to tune the synthesize.

Parameters

WCAfreq	the frequency of the WCA in GHz
harmonic	the harmonic of the synthesizer signal to be used
upper	true: use upper sideband of the PLL, false: use lower sideband

◆ tuneSystem

void Cartridge::tuneSystem ( double ghz )

slot

Tune both LO and mixers to a given LO frequency using tuning table.

Parameters

ghz	the commanded LO frequency in GHz

◆ updateMonitorItem

void Cartridge::updateMonitorItem	(	const QString &	name,
		DWORD	addr,
		float	v,
		char	unit,
		int	gain
	)

signal

Send latest reading of a monitor item.

Parameters

name	the short name of the item
addr	the CANbus address of the item
v	the actual value
unit	a character designating the physical unit of the item
gain	the gain factor to apply to the physical unit

◆ updateYIG

void Cartridge::updateYIG ( int value )

slot

Set a new YIG value.

This method will

set the null PLL integrator
set the YIG value
wait 5 ms
clear the null PLL integrator the new setting is emitted via signal (Cartridge::yigChanged)

Parameters

value integer step to set (range 0 to 4095)

◆ upperLimit()

double Cartridge::upperLimit ( ) const

inline

Return the upper limit of the LO tuning range in GHz.

Returns: highest LO tuning frequency in GHz

◆ yigChanged

void Cartridge::yigChanged ( int value )

signal

A signal emitted when YIG setting changed.

Parameters

value the new YIG seatting (as an integer step)

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

cartridge.h
cartridge.cpp

Public Slots

Signals

Public Member Functions

Protected Member Functions

Friends

Detailed Description

Constructor & Destructor Documentation

◆ Cartridge()

Member Function Documentation

◆ addChannel

◆ amcADrainCurrent()

◆ amcADrainVoltage()

◆ amcAGateVoltage()

◆ amcBDrainCurrent()

◆ amcBDrainVoltage()

◆ amcBGateVoltage()

◆ amcEDrainCurrent()

◆ amcEDrainVoltage()

◆ amcEGateVoltage()

◆ amcMonitor5V()

◆ amcMultiDVoltage()

◆ biasOffset()

◆ biasTrace()

◆ changeSynthFreq

◆ changeSynthLevel

◆ cleanup

◆ coilCurrent()

◆ coilCurrentPreset()

◆ coilVoltage()

◆ cryoControl

◆ currentOffset()

◆ currentTrace()

◆ deflux

◆ defluxed

◆ defluxMixers

◆ demagnetize

◆ demagnetized

◆ demagnetizeMixers

◆ drainCurrent()

◆ drainVoltage()

◆ gateVoltage()

◆ gateVoltagePreset()

◆ getFlag

◆ getRealValue

◆ getWord

◆ getYIG()

◆ heaterCurrent()

◆ heaterState()

◆ initBand

◆ IVscan

◆ LOlockLatch()

◆ LOmodified

◆ LOtuned

◆ lowerLimit()

◆ mixerTemperature()

◆ mixerTuned

◆ newCmdCoilCurrent

◆ newCmdDrainCurrent

◆ newCmdDrainVoltage

◆ newCmdHarmonic

◆ newCmdLOfrequency

◆ newCmdMixerBias

◆ newCmdPaDrainVoltage

◆ newCoilCurrent

◆ newDrainCurrent

◆ newDrainVoltage

◆ newGateVoltage

◆ newMixerBias

◆ newMixerCurrent

◆ newMixerPower

◆ paDrainCurrent()

◆ paDrainVoltage()

◆ paGateVoltage()

◆ percentDone

◆ pllAssemblyTemperature()

◆ pllControl

◆ pllCorrVoltage()

◆ pllIfTotalPower()

◆ pllLockVoltage()

◆ pllRefTotalPower()