def __init__(self, propertiesList, partPicture):
netlist = DeviceNetListLine(devicename='unknown')
Device.__init__(self, netlist, [
PartPropertyCategory('Unknowns'),
PartPropertyPartName('Unknown'),
PartPropertyDefaultReferenceDesignator('U?')
] + propertiesList, partPicture)
def __init__(self):
netlist=DeviceNetListLine(devicename='output',showReference=False,showports=False)
Device.__init__(self,netlist,[PartPropertyCategory('Special'),PartPropertyPartName('Output'),PartPropertyDefaultReferenceDesignator('VO?'),PartPropertyDescription('Output'),
PartPropertyVoltageGain(1.0),PartPropertyVoltageOffset(0.0),PartPropertyDelay(0.0)],PartPictureVariableProbe())
self['gain']['Visible']=False
self['offset']['Visible']=False
self['td']['Visible']=False
def __init__(self,propertiesList,partPicture):
netlist=DeviceNetListLine(partname='telegrapher',
values=[('rp',True),('rsep',True),('lp',True),('gp',True),('cp',True),('dfp',True),
('rn',True),('rsen',True),('ln',True),('gn',True),('cn',True),('dfn',True),
('lm',True),('gm',True),('cm',True),('dfm',True),('sect',True)])
Device.__init__(self,netlist,[PartPropertyCategory('TransmissionLines'),
PartPropertyPartName('Telegrapher'),
PartPropertyDefaultReferenceDesignator('T?'),
PartPropertyResistance(keyword='rp',descriptionPrefix='positive ',resistance=0.0),
PartPropertyResistanceSkinEffect(keyword='rsep',descriptionPrefix='positive '),
PartPropertyInductance(keyword='lp',descriptionPrefix='positive '),
PartPropertyConductance(keyword='gp',descriptionPrefix='positive '),
PartPropertyCapacitance(keyword='cp',descriptionPrefix='positive '),
PartPropertyDissipationFactor(keyword='dfp',descriptionPrefix='positive '),
PartPropertyResistance(keyword='rn',descriptionPrefix='negative ',resistance=0.0),
PartPropertyResistanceSkinEffect(keyword='rsen',descriptionPrefix='negative '),
PartPropertyInductance(keyword='ln',descriptionPrefix='negative '),
PartPropertyConductance(keyword='gn',descriptionPrefix='negative '),
PartPropertyCapacitance(keyword='cn',descriptionPrefix='negative '),
PartPropertyDissipationFactor(keyword='dfn',descriptionPrefix='negative '),
PartPropertyConductance(keyword='gm',descriptionPrefix='mutual '),
PartPropertyInductance(keyword='lm',descriptionPrefix='mutual '),
PartPropertyCapacitance(keyword='cm',descriptionPrefix='mutual '),
PartPropertyDissipationFactor(keyword='dfm',descriptionPrefix='mutual '),
PartPropertySections(sections=0)]+propertiesList,partPicture)
def __init__(self, propertiesList, partPicture):
netlist = DeviceNetListLine(partname='directionalcoupler')
Device.__init__(self, netlist, [
PartPropertyCategory('Miscellaneous'),
PartPropertyPartName('Directional Coupler'),
PartPropertyDefaultReferenceDesignator('D?')
] + propertiesList, partPicture)
def __init__(self):
netlist=DeviceNetListLine(devicename='currentoutput')
Device.__init__(self,netlist,[PartPropertyCategory('Special'),PartPropertyPartName('CurrentOutput'),PartPropertyDefaultReferenceDesignator('VO?'),PartPropertyDescription('Current Probe'),PartPropertyPorts(2),
PartPropertyTransresistance(1.0),PartPropertyVoltageOffset(0.0),PartPropertyDelay(0.0)],PartPictureVariableCurrentProbe())
self['gain']['Visible']=False
self['offset']['Visible']=False
self['td']['Visible']=False
def __init__(self, propertiesList, partPicture):
netlist = DeviceNetListLine(partname='L', values=[('l', False)])
Device.__init__(self, netlist, [
PartPropertyCategory('Inductors'),
PartPropertyPartName('Inductor'),
PartPropertyDefaultReferenceDesignator('L?'),
PartPropertyInductance()
] + propertiesList, partPicture)
def __init__(self, propertiesList, partPicture):
netlist = DeviceNetListLine(values=[('file', True)])
Device.__init__(self, netlist, [
PartPropertyCategory('Files'),
PartPropertyPartName('File'),
PartPropertyDefaultReferenceDesignator('D?'),
PartPropertyFileName()
] + propertiesList, partPicture)
def __init__(self):
netlist = DeviceNetListLine(partname='mixedmode voltage')
Device.__init__(self, netlist, [
PartPropertyCategory('Miscellaneous'),
PartPropertyPartName('Voltage Mixed Mode Converter'),
PartPropertyDefaultReferenceDesignator('MM?'),
PartPropertyDescription('Voltage Mixed Mode Converter'),
PartPropertyPorts(4)
], PartPictureVariableVoltageMixedModeConverter())
def __init__(self, propertiesList, partPicture):
netlist = DeviceNetListLine(devicename='currentsource')
Device.__init__(self, netlist, [
PartPropertyCategory('Sources'),
PartPropertyPartName('Current Source'),
PartPropertyDefaultReferenceDesignator('CS?'),
PartPropertyWaveformFileName(),
PartPropertyWaveformType('file'),
PartPropertyWaveformProjectName()
] + propertiesList, partPicture)
def __init__(self, propertiesList, partPicture):
netlist = DeviceNetListLine(partname='tline',
values=[('zc', True), ('td', True)])
Device.__init__(self, netlist, [
PartPropertyCategory('TransmissionLines'),
PartPropertyPartName('TransmissionLine'),
PartPropertyDefaultReferenceDesignator('T?'),
PartPropertyDelay(),
PartPropertyCharacteristicImpedance()
] + propertiesList, partPicture)
def __init__(self, propertiesList):
netlist = DeviceNetListLine(partname='currentcontrolledvoltagesource',
values=[('gain', False)])
Device.__init__(
self, netlist, [
PartPropertyCategory('Dependent Sources'),
PartPropertyPartName('CurrentControlledVoltageSource'),
PartPropertyDefaultReferenceDesignator('D?'),
PartPropertyTransresistance(1.0)
] + propertiesList,
PartPictureVariableCurrentControlledVoltageSourceFourPort())
def __init__(self):
netlist = DeviceNetListLine(devicename='stim',
showReference=False,
showports=False)
Device.__init__(self, netlist, [
PartPropertyCategory('Special'),
PartPropertyPartName('Stim'),
PartPropertyDefaultReferenceDesignator('M?'),
PartPropertyWeight(1.),
PartPropertyDescription('Stim')
], PartPictureVariableStim())
def __init__(self, propertiesList, partPicture):
netlist = DeviceNetListLine(devicename='system',
showReference=False,
showports=False,
values=[('file', True)])
Device.__init__(self, netlist, [
PartPropertyCategory('Systems'),
PartPropertyPartName('System'),
PartPropertyDefaultReferenceDesignator('D?'),
PartPropertyFileName()
] + propertiesList, partPicture)
def __init__(self):
netlist = DeviceNetListLine(partname='open')
Device.__init__(self,
netlist, [
PartPropertyCategory('Miscellaneous'),
PartPropertyPartName('Open'),
PartPropertyDefaultReferenceDesignator('O?'),
PartPropertyDescription('Open'),
PartPropertyPorts(1)
],
partPicture=PartPictureVariableOpen())
def __init__(self,propertiesList,partPicture):
netlist=DeviceNetListLine(partname='telegrapher',values=[('r',True),('rse',True),('l',True),('g',True),('c',True),('df',True),('sect',True)])
Device.__init__(self,netlist,[PartPropertyCategory('TransmissionLines'),
PartPropertyPartName('Telegrapher'),
PartPropertyDefaultReferenceDesignator('T?'),
PartPropertyResistance(resistance=0.0),
PartPropertyResistanceSkinEffect(),
PartPropertyInductance(),
PartPropertyConductance(),
PartPropertyCapacitance(),
PartPropertyDissipationFactor(),
PartPropertySections(sections=0)]+propertiesList,partPicture)
def __init__(self, propertiesList, partPicture):
netlist = DeviceNetListLine(partname='C',
values=[('c', False), ('esr', True),
('df', True)])
Device.__init__(self, netlist, [
PartPropertyCategory('Capacitors'),
PartPropertyPartName('Capacitor'),
PartPropertyDefaultReferenceDesignator('C?'),
PartPropertyCapacitance(),
PartPropertyDissipationFactor(),
PartPropertyESR()
] + propertiesList, partPicture)
def __init__(self, propertiesList, partPicture):
netlist = DeviceNetListLine(devicename='voltagesource')
Device.__init__(self, netlist, [
PartPropertyCategory('Generators'),
PartPropertyPartName('Voltage Noise Source'),
PartPropertyDefaultReferenceDesignator('VG?'),
PartPropertyHorizontalOffset(),
PartPropertyDuration(),
PartPropertySampleRate(),
PartPropertyVoltageRms(),
PartPropertyWaveformType('noise')
] + propertiesList, partPicture)
def __init__(self, propertiesList):
netlist = DeviceNetListLine(partname='currentamplifier',
values=[('gain', True), ('zi', True),
('zo', True)])
Device.__init__(self, netlist, [
PartPropertyCategory('Amplifiers'),
PartPropertyPartName('CurrentAmplifier'),
PartPropertyDefaultReferenceDesignator('D?'),
PartPropertyCurrentGain(1.0),
PartPropertyInputImpedance(0.),
PartPropertyOutputImpedance(1e8)
] + propertiesList, PartPictureVariableCurrentAmplifierFourPort())
def __init__(self, propertiesList):
netlist = DeviceNetListLine(partname='opamp',
values=[('gain', True), ('zi', True),
('zo', True)])
Device.__init__(self, netlist, [
PartPropertyCategory('Amplifiers'),
PartPropertyPartName('OperationalAmplifier'),
PartPropertyDefaultReferenceDesignator('D?'),
PartPropertyVoltageGain(100e3),
PartPropertyInputImpedance(1e8),
PartPropertyOutputImpedance(0.)
] + propertiesList, PartPictureVariableOperationalAmplifier())
def __init__(self, propertiesList):
netlist = DeviceNetListLine(partname='npntransistor',
values=[('gm', True), ('rpi', True),
('ro', True)])
Device.__init__(self, netlist, [
PartPropertyCategory('Amplifiers'),
PartPropertyPartName('NPN Transistor'),
PartPropertyDefaultReferenceDesignator('Q?'),
PartPropertyGm(200.0),
PartPropertyRpi(200e3),
PartPropertyOutputResistance(200e3),
PartPropertyPorts(3)
] + propertiesList, PartPictureVariableNPNTransister())
def __init__(self, propertiesList):
netlist = DeviceNetListLine(partname='transresistanceamplifier',
values=[('gain', True), ('zi', True),
('zo', True)])
Device.__init__(self, netlist, [
PartPropertyCategory('Amplifiers'),
PartPropertyPartName('TransresistanceAmplifier'),
PartPropertyDefaultReferenceDesignator('D?'),
PartPropertyTransresistance(1.0),
PartPropertyInputImpedance(0.),
PartPropertyOutputImpedance(0.)
] + propertiesList,
PartPictureVariableTransresistanceAmplifierTwoPort())
def __init__(self, propertiesList, partPicture):
netlist = DeviceNetListLine(devicename='currentsource')
Device.__init__(self, netlist, [
PartPropertyCategory('Generators'),
PartPropertyPartName('Current Step Generator'),
PartPropertyDefaultReferenceDesignator('CG?'),
PartPropertyHorizontalOffset(),
PartPropertyDuration(),
PartPropertyStartTime(),
PartPropertySampleRate(),
PartPropertyCurrentAmplitude(),
PartPropertyWaveformType('step')
] + propertiesList, partPicture)
def __init__(self):
netlist = DeviceNetListLine(partname='M', values=[('l', False)])
Device.__init__(
self,
netlist, [
PartPropertyCategory('Inductors'),
PartPropertyPartName('Mutual'),
PartPropertyDefaultReferenceDesignator('M?'),
PartPropertyPorts(4),
PartPropertyInductance(),
PartPropertyDescription('Four Port Mutual Inductance')
],
partPicture=PartPictureVariableMutual())
def __init__(self):
netlist = DeviceNetListLine(devicename='meas',
showReference=False,
showports=False)
Device.__init__(self, netlist, [
PartPropertyCategory('Special'),
PartPropertyPartName('Measure'),
PartPropertyDefaultReferenceDesignator('VM?'),
PartPropertyDescription('Measure'),
PartPropertyWaveformFileName(),
PartPropertyWaveformType('file'),
PartPropertyWaveformProjectName()
], PartPictureVariableMeasureProbe())
def __init__(self, portNumber=1):
netlist = DeviceNetListLine(devicename='port',
showReference=False,
showports=False,
values=[('pn', False)])
Device.__init__(self,
netlist, [
PartPropertyCategory('Special'),
PartPropertyPartName('Port'),
PartPropertyDescription('Port'),
PartPropertyPorts(1),
PartPropertyPortNumber(portNumber)
],
partPicture=PartPictureVariablePort())
def __init__(self):
netlist = DeviceNetListLine(partname='idealtransformer',
values=[('tr', False)])
Device.__init__(
self,
netlist, [
PartPropertyCategory('Inductors'),
PartPropertyPartName('IdealTransformer'),
PartPropertyDefaultReferenceDesignator('D?'),
PartPropertyPorts(4),
PartPropertyTurnsRatio(),
PartPropertyDescription('Four Port IdealTransformer')
],
partPicture=PartPictureVariableIdealTransformer())
def __init__(self,propertiesList,partPicture):
netlist=DeviceNetListLine(devicename='voltagesource')
Device.__init__(self,netlist,[PartPropertyCategory('Generators'),PartPropertyPartName('Voltage Clock Generator'),PartPropertyDefaultReferenceDesignator('VG?'),
PartPropertyHorizontalOffset(),PartPropertyDuration(),PartPropertyStartTime(),PartPropertyFrequency(),PartPropertyRisetime(),PartPropertySampleRate(),PartPropertyVoltageAmplitude(),PartPropertyWaveformType('clock')]+propertiesList,partPicture)
