def __init__(self, address, name='', defaults=False, reset=False):
# The instrument needs an delay otherwise he will timeout
PyVisaInstrument.__init__(self, address, name, delay=0.01)
self._instrument = AmetekInstrument(self._instrument)
# Setting the termination characters
self._instrument.read_termination = self._instrument.LF
# Channels
x_channel = _Ametek7270LockInAmplifierChannel(self._instrument, 'X')
self.__setitem__('x', x_channel)
y_channel = _Ametek7270LockInAmplifierChannel(self._instrument, 'Y')
self.__setitem__('y', y_channel)
mag_channel = _Ametek7270LockInAmplifierChannel(
self._instrument, 'MAG')
self.__setitem__('mag', mag_channel)
pha_channel = _Ametek7270LockInAmplifierChannel(
self._instrument, 'PHA')
self.__setitem__('phase', pha_channel)
osc_channel = _Ametek7270LockInAmplifierOscillator(self._instrument)
self.__setitem__('oscillator', osc_channel)
def __init__(self, address, name='', defaults=False, reset=False, **pyvisa):
PyVisaInstrument.__init__(self, address, name, **pyvisa)
# Setting the termination characters
term_chars = self._instrument.CR + self._instrument.LF
self._instrument.read_termination = term_chars
# Channels
x_channel = _Egg7260LockInAmplifierChannel(self._instrument, 'X')
self.__setitem__('x', x_channel)
y_channel = _Egg7260LockInAmplifierChannel(self._instrument, 'Y')
self.__setitem__('y', y_channel)
mag_channel = _Egg7260LockInAmplifierChannel(self._instrument, 'MAG')
self.__setitem__('mag', mag_channel)
pha_channel = _Egg7260LockInAmplifierChannel(self._instrument, 'PHA')
self.__setitem__('phase', pha_channel)
osc_channel = _Egg7260LockInAmplifierOscillator(self._instrument)
self.__setitem__('oscillator', osc_channel)
# Subsystems
self.auto = _Egg7260LockInAmplifierAutoSubsystem(self._instrument)
self.signal = _Egg7260LockInAmplifierSignalSubsystem(self._instrument)
self.rear_panel = _Egg7260LockInAmplifierRearPanelSubsystem(self._instrument)
if reset:
self.reset()
elif defaults:
self.defaults()
def __init__(self, rm, address, name='', defaults=False, reset=False):
PyVisaInstrument.__init__(self, rm, address, name)
# Setting the termination characters
term_chars = self._instrument.CR + self._instrument.LF
self._instrument.read_termination = term_chars
# Channels
x_channel = _Egg7260LockInAmplifierChannel(self._instrument, 'X')
self.__setitem__('x', x_channel)
y_channel = _Egg7260LockInAmplifierChannel(self._instrument, 'Y')
self.__setitem__('y', y_channel)
mag_channel = _Egg7260LockInAmplifierChannel(self._instrument, 'MAG')
self.__setitem__('mag', mag_channel)
pha_channel = _Egg7260LockInAmplifierChannel(self._instrument, 'PHA')
self.__setitem__('phase', pha_channel)
osc_channel = _Egg7260LockInAmplifierOscillator(self._instrument)
self.__setitem__('oscillator', osc_channel)
# Subsystems
self.auto = _Egg7260LockInAmplifierAutoSubsystem(self._instrument)
self.signal = _Egg7260LockInAmplifierSignalSubsystem(self._instrument)
self.rear_panel = _Egg7260LockInAmplifierRearPanelSubsystem(self._instrument)
if reset:
self.reset()
elif defaults:
self.defaults()
def __init__(self, resource_manager, address, name='', defaults=False, reset=False):
PyVisaInstrument.__init__(self, resource_manager, address, name, baud_rate=115200)
term = self._instrument.LF + self._instrument.CR
self._instrument.read_termination = term
# Channels
self.__setitem__('1a', _Ad5791DacChannel(self._instrument, '1 A'))
self.__setitem__('1b', _Ad5791DacChannel(self._instrument, '1 B'))
self.__setitem__('2a', _Ad5791DacChannel(self._instrument, '2 A'))
self.__setitem__('2b', _Ad5791DacChannel(self._instrument, '2 B'))
self.__setitem__('3a', _Ad5791DacChannel(self._instrument, '3 A'))
self.__setitem__('3b', _Ad5791DacChannel(self._instrument, '3 B'))
self.__setitem__('4a', _Ad5791DacChannel(self._instrument, '4 A'))
self.__setitem__('4b', _Ad5791DacChannel(self._instrument, '4 B'))
self.__setitem__('5a', _Ad5791DacChannel(self._instrument, '5 A'))
self.__setitem__('5b', _Ad5791DacChannel(self._instrument, '5 B'))
self.__setitem__('6a', _Ad5791DacChannel(self._instrument, '6 A'))
self.__setitem__('6b', _Ad5791DacChannel(self._instrument, '6 B'))
if reset:
self.reset()
if defaults:
self.defaults()
def __init__(self, address, name='', defaults=False, reset=False):
# The instrument needs an delay otherwise he will timeout
PyVisaInstrument.__init__(self, address, name, delay=0.01)
# Channels
x_channel = _Egg5302LockInAmplifierChannel(self._instrument, 'X')
self.__setitem__('x', x_channel)
y_channel = _Egg5302LockInAmplifierChannel(self._instrument, 'Y')
self.__setitem__('y', y_channel)
mag_channel = _Egg5302LockInAmplifierChannel(self._instrument, 'MAG')
self.__setitem__('mag', mag_channel)
pha_channel = _Egg5302LockInAmplifierChannel(self._instrument, 'PHA')
self.__setitem__('phase', pha_channel)
osc_channel = _Egg5302LockInAmplifierOscillator(self._instrument)
self.__setitem__('oscillator', osc_channel)
# Subsystems
self.auto = _Egg5302LockInAmplifierAutoSubsystem(self._instrument)
self.signal = _Egg5302LockInAmplifierSignalSubsystem(self._instrument)
self.rear_panel = _Egg5302LockInAmplifierRearPanelSubsystem(self._instrument)
if reset:
self.reset()
elif defaults:
self.defaults()
def __init__(self, rm, address, name='', defaults=False, reset=False):
PyVisaInstrument.__init__(self, rm, address, name)
# Setting the termination characters
#self._instrument.read_termination = self._instrument.LF
# Subsystems
self.display = _Keithley2000MultimeterSubsystemDisplay(
self._instrument)
self.format = _Keithley2000MultimeterSubsystemFormat(self._instrument)
self.trigger = _Keithley2000MultimeterSubsystemTrigger(
self._instrument)
self.buffer = _Keithley2000MultimeterSubsystemBuffer(self._instrument)
self.system = _Keithley2000MultimeterSubsystemSystem(self._instrument)
# Channels
volt_dc = _Keithley2000MultimeterChannelVoltageDC(self._instrument)
self.__setitem__('voltage_dc', volt_dc)
curr_dc = _Keithley2000MultimeterChannelCurrentDC(self._instrument)
self.__setitem__('current_dc', curr_dc)
res = _Keithley2000MultimeterChannelResistance(self._instrument)
self.__setitem__('resistance', res)
if reset:
self.reset()
if defaults:
self.defaults()
def __init__(self, rm, address, name='', defaults=False, reset=False):
PyVisaInstrument.__init__(self, rm, address, name)
# Setting the termination characters
term_chars = self._instrument.CR
self._instrument.read_termination = term_chars
#Setting the input term char at the instrument and for the driver
self._instrument.write('DD 13')
# Channels
x_channel = _Egg5210LockInAmplifierChannel(self._instrument, 'X')
self.__setitem__('x', x_channel)
y_channel = _Egg5210LockInAmplifierChannel(self._instrument, 'Y')
self.__setitem__('y', y_channel)
mag_channel = _Egg5210LockInAmplifierChannel(self._instrument, 'MAG')
self.__setitem__('mag', mag_channel)
pha_channel = _Egg5210LockInAmplifierChannel(self._instrument, 'PHA')
self.__setitem__('phase', pha_channel)
osc_channel = _Egg5210LockInAmplifierOscillator(self._instrument)
self.__setitem__('oscillator', osc_channel)
# Subsystems
self.auto = _Egg5210LockInAmplifierAutoSubsystem(self._instrument)
self.signal = _Egg5210LockInAmplifierSignalSubsystem(self._instrument)
self.rear_panel = _Egg5210LockInAmplifierRearPanelSubsystem(self._instrument)
if reset:
self.reset()
elif defaults:
self.defaults()
def __init__(self, rm, address, name='', defaults=False, reset=False):
PyVisaInstrument.__init__(self, rm, address, name)
# Setting the termination characters
#self._instrument.read_termination = self._instrument.LF
# Subsystems
self.display = _Keithley2000MultimeterSubsystemDisplay(self._instrument)
self.format = _Keithley2000MultimeterSubsystemFormat(self._instrument)
self.trigger = _Keithley2000MultimeterSubsystemTrigger(self._instrument)
self.buffer = _Keithley2000MultimeterSubsystemBuffer(self._instrument)
self.system = _Keithley2000MultimeterSubsystemSystem(self._instrument)
# Channels
volt_dc = _Keithley2000MultimeterChannelVoltageDC(self._instrument)
self.__setitem__('voltage_dc', volt_dc)
curr_dc = _Keithley2000MultimeterChannelCurrentDC(self._instrument)
self.__setitem__('current_dc', curr_dc)
res = _Keithley2000MultimeterChannelResistance(self._instrument)
self.__setitem__('resistance', res)
if reset:
self.reset()
if defaults:
self.defaults()
def __init__(self,
resource_manager,
address,
name='',
defaults=False,
reset=False):
PyVisaInstrument.__init__(self,
resource_manager,
address,
name,
baud_rate=115200)
term = self._instrument.LF + self._instrument.CR
self._instrument.read_termination = term
# Channels
self.__setitem__('1a', _Ad5791DacChannel(self._instrument, '1 A'))
self.__setitem__('1b', _Ad5791DacChannel(self._instrument, '1 B'))
self.__setitem__('2a', _Ad5791DacChannel(self._instrument, '2 A'))
self.__setitem__('2b', _Ad5791DacChannel(self._instrument, '2 B'))
self.__setitem__('3a', _Ad5791DacChannel(self._instrument, '3 A'))
self.__setitem__('3b', _Ad5791DacChannel(self._instrument, '3 B'))
self.__setitem__('4a', _Ad5791DacChannel(self._instrument, '4 A'))
self.__setitem__('4b', _Ad5791DacChannel(self._instrument, '4 B'))
self.__setitem__('5a', _Ad5791DacChannel(self._instrument, '5 A'))
self.__setitem__('5b', _Ad5791DacChannel(self._instrument, '5 B'))
self.__setitem__('6a', _Ad5791DacChannel(self._instrument, '6 A'))
self.__setitem__('6b', _Ad5791DacChannel(self._instrument, '6 B'))
if reset:
self.reset()
if defaults:
self.defaults()
def __init__(self, resource_manager, address, name='', defaults=False, reset=False):
PyVisaInstrument.__init__(self, resource_manager, address, name, baud_rate=115200)
self.__setitem__('X', PiezoControlMDT693AChannel(self._instrument, 'X'))
self.__setitem__('Y', PiezoControlMDT693AChannel(self._instrument, 'Y'))
self.__setitem__('Z', PiezoControlMDT693AChannel(self._instrument, 'Z'))
# self.__setitem__('Master', PiezoControlMDT693AChannel(self._instrument, 'A'))
""" This is the master channel, which will write all of the XYZ
def __init__(self, resource_manager, address, name=''):
PyVisaInstrument.__init__(self, resource_manager, address, name)
term = self._instrument.LF + self._instrument.CR
self._instrument.read_termination = term
self._instrument.timeout = 100
self.__setitem__('percent', _PercentChannel(self._instrument))
self.__setitem__('position', _PositionChannel(self._instrument))
self.__setitem__('pressure', _PressureChannel(self._instrument))
def __init__(self, resource_manager, address, name=''):
PyVisaInstrument.__init__(self, resource_manager, address, name)
term = self._instrument.LF + self._instrument.CR
self._instrument.read_termination = term
self._instrument.timeout = 100
self.__setitem__('percent', _PercentChannel(self._instrument))
self.__setitem__('position', _PositionChannel(self._instrument))
self.__setitem__('pressure', _PressureChannel(self._instrument))
def __init__(self, resource_manager, address, name=''):
PyVisaInstrument.__init__(self, resource_manager, address, name)
term = self._instr.LF + self._instr.CR
self._instr.read_termination = term
self._instr.write_termination = self._instr.CR
self.__setitem__('valve', ValveChannel(self._instr))
self.__setitem__('pressure1', He3Channel(self._instr, 'pressure1'))
self.__setitem__('pressure2', He3Channel(self._instr, 'pressure2'))
self.__setitem__('pressure3', He3Channel(self._instr, 'pressure3'))
def __init__(self, rm, address, name='', defaults=True):
PyVisaInstrument.__init__(self, rm, address, name)
self._instrument = OxfordInstrument(self._instrument)
self._instrument.read_termination = self._instrument.CR
# Set the communication protocol to normal
self._instr.write('Q0')
# Channels
self.__setitem__('bfield', _OxfordPS120FieldChannel(self._instrument))
if defaults is True:
self.defaults()
def __init__(self, address, name='', reset=True, defaults=True, isobus=6):
PyVisaInstrument.__init__(self, address, name)
self._isobus = isobus
self._instrument = OxfordInstrument(self._instrument, isobus = self._isobus)
self._instrument.timeout = 200
self._instrument.read_termination = '\r'
self._instrument.write_termination = '\r'
self._instrument.write('C3')
# Channels
self.__setitem__('helium', _QxfordILMChannel(self._instrument))
if defaults is True:
self.defaults()
def __init__(self, address, name='', defaults=False, reset=False):
PyVisaInstrument.__init__(self, address, name)
# Channels
self.__setitem__('port1', _IoTechDac488HrChannel(self._instrument, 1))
self.__setitem__('port2', _IoTechDac488HrChannel(self._instrument, 2))
self.__setitem__('port3', _IoTechDac488HrChannel(self._instrument, 3))
self.__setitem__('port4', _IoTechDac488HrChannel(self._instrument, 4))
if defaults:
self.defaults()
if reset:
self.reset()
def __init__(self, address, name='', reset=True, defaults=True, isobus=1):
PyVisaInstrument.__init__(self, address, name)
self._isobus = isobus
self._instrument = OxfordInstrument(self._instrument, isobus = self._isobus)
self._instrument.timeout = 200
self._instrument.read_termination = '\r'
self._instrument.write_termination = '\r'
self._instrument.write('C1')
# Channels
self.__setitem__('temperature', _QxfordITCChannel(self._instrument))
self.__setitem__('needle_valve', _OxfordITCValve(self._instrument))
if defaults is True:
self.defaults()
def __init__(self, rm, address, name='', reset=True, defaults=True):
PyVisaInstrument.__init__(self, rm, address, name)
self._instrument = OxfordInstrument(self._instrument)
self._instrument.timeout = 5
self._instrument.read_termination = self._instrument.CR
self._instrument.write('C1')
# Set the communication protocol to normal
#self._instr.write('Q0')
# Channels
self.__setitem__('bfield', _OxfordIPSFieldChannel(self._instrument))
if defaults is True:
self.defaults()
def __init__(self, address, name='', reset=True, defaults=True, isobus=1):
PyVisaInstrument.__init__(self, address, name)
self._isobus = isobus
self._instrument = OxfordInstrument(self._instrument,
isobus=self._isobus)
self._instrument.timeout = 200
self._instrument.read_termination = '\r'
self._instrument.write_termination = '\r'
self._instrument.write('C1')
# Channels
self.__setitem__('temperature', _QxfordITCChannel(self._instrument))
self.__setitem__('needle_valve', _OxfordITCValve(self._instrument))
if defaults is True:
self.defaults()
def __init__(self, address, name='', reset=False, defaults=True, **pyvisa):
PyVisaInstrument.__init__(self, address, name, **pyvisa)
self._instrument = OxfordInstrument(self._instrument, delay=0.02)
self._instrument.read_termination = self._instrument.CR
self._instrument.timeout = 1
# Set the communication protocol to normal
self._instrument.write('Q0')
# Channels
self.__setitem__('bfield', _OxfordPS120FieldChannel(self._instrument))
if defaults is True:
self.defaults()
if reset is True:
self.reset()
def __init__(self, rm, address, name='', defaults=False, reset=False):
PyVisaInstrument.__init__(self, rm, address, name)
# Setting the termination characters
self._instrument.read_termination = self._instrument.LF
# Channels
self.__setitem__('source_voltage_dc', _Keithley2400SourceMeterChannelSourceVoltageDc(self._instrument))
self.__setitem__('source_current_dc', _Keithley2400SourceMeterChannelSourceCurrentDc(self._instrument))
self.__setitem__('measure_voltage_dc', _Keithley2400SourceMeterChannelMeasureVoltage(self._instrument))
self.__setitem__('measure_current_dc', _Keithley2400SourceMeterChannelMeasureCurrent(self._instrument))
#self.__setitem__('measure_resistance', _Keithley2400SourceMeterChannelMeasureResistance(self._instrument))
if defaults:
self.defaults()
if reset:
self.reset()
def __init__(self, rm, address, name=''):
PyVisaInstrument.__init__(self, rm, address, name)
self._instrument.read_termination = self._instrument.LF
self._instrument.write_termination = self._instrument.LF
#self._instrument.timeout = 4000
self._instrument.write('*CLS')
self._instrument.write('OUTX0')
self._instrument.write('ALRM 0')
self._instrument.write('AOVL 0')
self.__setitem__('spectrum1', Spectrum(self._instrument, 0))
self.__setitem__('spectrum2', Spectrum(self._instrument, 1))
self.__setitem__('both', Spectrum(self._instrument, 2))
self.__setitem__('transferfunction', TransferFunction(self._instrument))
self.__setitem__('sweptsine1', SweptSine(self._instrument, 0))
self.__setitem__('sweptsine2', SweptSine(self._instrument, 1))
self.__setitem__('sinesource1', Source(self._instrument, 0))
self.__setitem__('sinesource2', Source(self._instrument, 1))
def __init__(self, rm, address, name=''):
PyVisaInstrument.__init__(self, rm, address, name)
self._instrument.read_termination = self._instrument.LF
self._instrument.write_termination = self._instrument.LF
#self._instrument.timeout = 4000
self._instrument.write('*CLS')
self._instrument.write('OUTX0')
self._instrument.write('ALRM 0')
self._instrument.write('AOVL 0')
self.__setitem__('spectrum1', Spectrum(self._instrument, 0))
self.__setitem__('spectrum2', Spectrum(self._instrument, 1))
self.__setitem__('both', Spectrum(self._instrument, 2))
self.__setitem__('transferfunction',
TransferFunction(self._instrument))
self.__setitem__('sweptsine1', SweptSine(self._instrument, 0))
self.__setitem__('sweptsine2', SweptSine(self._instrument, 1))
self.__setitem__('sinesource1', Source(self._instrument, 0))
self.__setitem__('sinesource2', Source(self._instrument, 1))
def __init__(self,
resource_manager,
address,
name='',
defaults=False,
reset=False):
PyVisaInstrument.__init__(self,
resource_manager,
address,
name,
baud_rate=115200)
# self.echo_mode()
self.__setitem__('X',
PiezoControlMDT693AChannel(self._instrument, 'X'))
self.__setitem__('Y',
PiezoControlMDT693AChannel(self._instrument, 'Y'))
self.__setitem__('Z',
PiezoControlMDT693AChannel(self._instrument, 'Z'))
# self.__setitem__('Master', PiezoControlMDT693AChannel(self._instrument, 'A'))
""" This is the master channel, which will write all of the XYZ
def __init__(self, address, name='', defaults=False, reset=False):
# The instrument needs an delay otherwise he will timeout
PyVisaInstrument.__init__(self, address, name, delay=0.01)
self._instrument = AmetekInstrument(self._instrument)
# Setting the termination characters
self._instrument.read_termination = self._instrument.LF
# Channels
x_channel = _Ametek7270LockInAmplifierChannel(self._instrument, 'X')
self.__setitem__('x', x_channel)
y_channel = _Ametek7270LockInAmplifierChannel(self._instrument, 'Y')
self.__setitem__('y', y_channel)
mag_channel = _Ametek7270LockInAmplifierChannel(self._instrument, 'MAG')
self.__setitem__('mag', mag_channel)
pha_channel = _Ametek7270LockInAmplifierChannel(self._instrument, 'PHA')
self.__setitem__('phase', pha_channel)
osc_channel = _Ametek7270LockInAmplifierOscillator(self._instrument)
self.__setitem__('oscillator', osc_channel)