[python source code]

dmm

The dmm commands module.

These commands are used in the following models: DAQ6510

THIS FILE IS AUTO-GENERATED, IT SHOULD NOT BE MANUALLY MODIFIED.

Please report an issue if one is found.

Attributes and Functions 
- dmm.digitize.analogtrigger.edge.level
- dmm.digitize.analogtrigger.edge.slope
- dmm.digitize.analogtrigger.mode
- dmm.digitize.analogtrigger.window.direction
- dmm.digitize.analogtrigger.window.levelhigh
- dmm.digitize.analogtrigger.window.levellow
- dmm.digitize.aperture
- dmm.digitize.count
- dmm.digitize.dbmreference
- dmm.digitize.dbreference
- dmm.digitize.displaydigits
- dmm.digitize.func
- dmm.digitize.inputimpedance
- dmm.digitize.limit[Y].audible
- dmm.digitize.limit[Y].autoclear
- dmm.digitize.limit[Y].enable
- dmm.digitize.limit[Y].fail
- dmm.digitize.limit[Y].high.value
- dmm.digitize.limit[Y].low.value
- dmm.digitize.math.enable
- dmm.digitize.math.format
- dmm.digitize.math.mxb.bfactor
- dmm.digitize.math.mxb.mfactor
- dmm.digitize.math.percent
- dmm.digitize.range
- dmm.digitize.read()
- dmm.digitize.readwithtime()
- dmm.digitize.rel.acquire()
- dmm.digitize.rel.enable
- dmm.digitize.rel.level
- dmm.digitize.samplerate
- dmm.digitize.unit
- dmm.digitize.userdelay[N]
- dmm.measure.analogtrigger.edge.level
- dmm.measure.analogtrigger.edge.slope
- dmm.measure.analogtrigger.mode
- dmm.measure.analogtrigger.window.direction
- dmm.measure.analogtrigger.window.levelhigh
- dmm.measure.analogtrigger.window.levellow
- dmm.measure.aperture
- dmm.measure.autodelay
- dmm.measure.autorange
- dmm.measure.autozero.enable
- dmm.measure.bias.level
- dmm.measure.configlist.catalog()
- dmm.measure.configlist.create()
- dmm.measure.configlist.delete()
- dmm.measure.configlist.query()
- dmm.measure.configlist.recall()
- dmm.measure.configlist.size()
- dmm.measure.configlist.store()
- dmm.measure.configlist.storefunc()
- dmm.measure.count
- dmm.measure.dbmreference
- dmm.measure.dbreference
- dmm.measure.detectorbandwidth
- dmm.measure.displaydigits
- dmm.measure.filter.count
- dmm.measure.filter.enable
- dmm.measure.filter.type
- dmm.measure.filter.window
- dmm.measure.fourrtd
- dmm.measure.func
- dmm.measure.getattribute()
- dmm.measure.inputimpedance
- dmm.measure.limit[Y].audible
- dmm.measure.limit[Y].autoclear
- dmm.measure.limit[Y].enable
- dmm.measure.limit[Y].fail
- dmm.measure.limit[Y].high.value
- dmm.measure.limit[Y].low.value
- dmm.measure.linesync
- dmm.measure.math.enable
- dmm.measure.math.format
- dmm.measure.math.mxb.bfactor
- dmm.measure.math.mxb.mfactor
- dmm.measure.math.percent
- dmm.measure.nplc
- dmm.measure.offsetcompensation.enable
- dmm.measure.opendetector
- dmm.measure.range
- dmm.measure.read()
- dmm.measure.readwithtime()
- dmm.measure.refjunction
- dmm.measure.rel.enable
- dmm.measure.rel.level
- dmm.measure.rel.method
- dmm.measure.rtdalpha
- dmm.measure.rtdbeta
- dmm.measure.rtddelta
- dmm.measure.rtdzero
- dmm.measure.sense.autorange
- dmm.measure.sense.range
- dmm.measure.setattribute()
- dmm.measure.simreftemperature
- dmm.measure.thermistor
- dmm.measure.thermocouple
- dmm.measure.threertd
- dmm.measure.threshold.autorange
- dmm.measure.threshold.range
- dmm.measure.transducer
- dmm.measure.twortd
- dmm.measure.unit
- dmm.measure.userdelay[N]
- dmm.reset()
- dmm.terminals

Dmm

Bases: BaseTSPCmd

The dmm command tree.

Constants
  • .APERTURE_AUTO: The aperture setting for the selected function.
  • .ATTR_DIGI_APERTURE: Aperture setting for digitize.
  • .ATTR_DIGI_ATRIG_EDGE_LEVEL: Analog trigger edge level.
  • .ATTR_DIGI_ATRIG_EDGE_SLOPE: Analog trigger edge slope.
  • .ATTR_DIGI_ATRIG_MODE: Analog trigger mode.
  • .ATTR_DIGI_ATRIG_WINDOW_DIRECTION: Analog trigger window direction.
  • .ATTR_DIGI_ATRIG_WINDOW_LEVEL_HIGH: Analog trigger window level high.
  • .ATTR_DIGI_ATRIG_WINDOW_LEVEL_LOW: Analog trigger window level low.
  • .ATTR_DIGI_COUNT: The number of measurements to digitize when a measurement is requested.
  • .ATTR_DIGI_DBM_REFERENCE: Decibel-milliwatts (dBm) reference for digitize voltage.
  • .ATTR_DIGI_DB_REFERENCE: Decibel (dB) reference for digitize voltage.
  • .ATTR_DIGI_DIGITS: Display digits setting for digitize.
  • .ATTR_DIGI_FUNCTION: Digitize function.
  • .ATTR_DIGI_INPUT_IMPEDANCE: Input impedance setting.
  • .ATTR_DIGI_LIMIT_AUDIBLE_1: Set limit 1 audible.
  • .ATTR_DIGI_LIMIT_AUDIBLE_2: Set limit 2 audible.
  • .ATTR_DIGI_LIMIT_AUTO_CLEAR_1: Enable or disable limit 1 autoclear.
  • .ATTR_DIGI_LIMIT_AUTO_CLEAR_2: Enable or disable limit 2 autoclear.
  • .ATTR_DIGI_LIMIT_ENABLE_1: Enable or disable limit 1.
  • .ATTR_DIGI_LIMIT_ENABLE_2: Limit 2 enable.
  • .ATTR_DIGI_LIMIT_FAIL_1: Limit 1 fail.
  • .ATTR_DIGI_LIMIT_FAIL_2: Limit 2 fail.
  • .ATTR_DIGI_LIMIT_HIGH_1: Set limit 1 high value.
  • .ATTR_DIGI_LIMIT_HIGH_2: Set limit 2 high value.
  • .ATTR_DIGI_LIMIT_LOW_1: Set limit 1 low value.
  • .ATTR_DIGI_LIMIT_LOW_2: Set limit 2 low value.
  • .ATTR_DIGI_MATH_ENABLE: Enable math operations for the selected measurement function.
  • .ATTR_DIGI_MATH_FORMAT: Math format.
  • .ATTR_DIGI_MATH_MXB_BF: b (offset) value.
  • .ATTR_DIGI_MATH_MXB_MF: m (scalar) value.
  • .ATTR_DIGI_MATH_PERCENT: Percent.
  • .ATTR_DIGI_RANGE: Measure range setting for digitize.
  • .ATTR_DIGI_REL_ENABLE: Relative enable.
  • .ATTR_DIGI_REL_LEVEL: Relative level.
  • .ATTR_DIGI_SAMPLE_RATE: Sample rate for digitize.
  • .ATTR_DIGI_UNIT: Measure unit setting for digitize.
  • .ATTR_DIGI_USER_DELAY_1: User delay 1 setting for digitize.
  • .ATTR_DIGI_USER_DELAY_2: User delay 2 setting for digitize.
  • .ATTR_DIGI_USER_DELAY_3: User delay 3 setting for digitize.
  • .ATTR_DIGI_USER_DELAY_4: User delay 4 setting for digitize.
  • .ATTR_DIGI_USER_DELAY_5: User delay 5 setting for digitize.
  • .ATTR_DIGI_WINDOW_DIRECTION: Defines if the analog trigger occurs when the signal enters or leaves the defined high and low analog signal level boundaries.
  • .ATTR_DIGI_WINDOW_LEVEL_HIGH: The upper boundary of the analog trigger window.
  • .ATTR_DIGI_WINDOW_LEVEL_LOW: The lower boundary of the analog trigger window.
  • .ATTR_MEAS_APERTURE: Aperture setting.
  • .ATTR_MEAS_ATRIG_EDGE_LEVEL: Analog trigger edge level.
  • .ATTR_MEAS_ATRIG_EDGE_SLOPE: Analog trigger edge slope.
  • .ATTR_MEAS_ATRIG_MODE: Analog trigger mode.
  • .ATTR_MEAS_ATRIG_WINDOW_DIRECTION: Analog trigger window direction.
  • .ATTR_MEAS_ATRIG_WINDOW_LEVEL_HIGH: Analog trigger window level high.
  • .ATTR_MEAS_ATRIG_WINDOW_LEVEL_LOW: Analog trigger window level low.
  • .ATTR_MEAS_AUTO_DELAY: Autodelay setting.
  • .ATTR_MEAS_AUTO_ZERO: Autozero setting.
  • .ATTR_MEAS_BIAS_LEVEL: Bias level.
  • .ATTR_MEAS_COUNT: Measure count setting.
  • .ATTR_MEAS_DBM_REFERENCE: dBm reference setting.
  • .ATTR_MEAS_DB_REFERENCE: dB reference setting.
  • .ATTR_MEAS_DETECTBW: Detector bandwidth setting.
  • .ATTR_MEAS_DIGITS: Display digits setting.
  • .ATTR_MEAS_FILTER_COUNT: Set filter count.
  • .ATTR_MEAS_FILTER_ENABLE: Enable or disable filter.
  • .ATTR_MEAS_FILTER_TYPE: Set filter type.
  • .ATTR_MEAS_FILTER_WINDOW: Filter window.
  • .ATTR_MEAS_FOUR_RTD: 4-wire RTD type.
  • .ATTR_MEAS_INPUT_IMPEDANCE: Input impedance setting.
  • .ATTR_MEAS_LIMIT_AUDIBLE_1: Set limit 1 audible.
  • .ATTR_MEAS_LIMIT_AUDIBLE_2: Set limit 2 audible.
  • .ATTR_MEAS_LIMIT_AUTO_CLEAR_1: Enable or disable limit 1 autoclear.
  • .ATTR_MEAS_LIMIT_AUTO_CLEAR_2: Enable or disable limit 2 autoclear.
  • .ATTR_MEAS_LIMIT_ENABLE_1: Enable or disable limit 1.
  • .ATTR_MEAS_LIMIT_ENABLE_2: Limit 2 enable.
  • .ATTR_MEAS_LIMIT_FAIL_1: Limit 1 fail.
  • .ATTR_MEAS_LIMIT_FAIL_2: Limit 2 fail.
  • .ATTR_MEAS_LIMIT_HIGH_1: Set limit 1 high value.
  • .ATTR_MEAS_LIMIT_HIGH_2: Set limit 2 high value.
  • .ATTR_MEAS_LIMIT_LOW_1: Set limit 1 low value.
  • .ATTR_MEAS_LIMIT_LOW_2: Set limit 2 low value.
  • .ATTR_MEAS_LINE_SYNC: Line sync setting.
  • .ATTR_MEAS_MATH_ENABLE: Enable math operations for the selected measurement function.
  • .ATTR_MEAS_MATH_FORMAT: Math format.
  • .ATTR_MEAS_MATH_MXB_BF: b (offset) value.
  • .ATTR_MEAS_MATH_MXB_MF: m (scalar) value.
  • .ATTR_MEAS_MATH_PERCENT: Percent.
  • .ATTR_MEAS_NPLC: NPLC setting.
  • .ATTR_MEAS_OFFCOMP_ENABLE: Offset compensation.
  • .ATTR_MEAS_OPEN_DETECTOR: Open lead detector.
  • .ATTR_MEAS_RANGE: Measure range setting.
  • .ATTR_MEAS_RANGE_AUTO: Autorange setting.
  • .ATTR_MEAS_REF_JUNCTION: Reference junction.
  • .ATTR_MEAS_REL_ENABLE: Relative offset enable.
  • .ATTR_MEAS_REL_LEVEL: Relative offset level.
  • .ATTR_MEAS_REL_METHOD: Relative offset method for DCV ratio measurements.
  • .ATTR_MEAS_RTD_ALPHA: RTD alpha.
  • .ATTR_MEAS_RTD_BETA: RTD beta.
  • .ATTR_MEAS_RTD_DELTA: RTD delta.
  • .ATTR_MEAS_RTD_ZERO: RTD zero.
  • .ATTR_MEAS_SENSE_RANGE: Sense range (read only).
  • .ATTR_MEAS_SIM_REF_TEMP: Simulated reference temperature.
  • .ATTR_MEAS_THERMISTOR: Thermistor.
  • .ATTR_MEAS_THERMOCOUPLE: Thermocouple.
  • .ATTR_MEAS_THREE_RTD: 3-wire RTD type.
  • .ATTR_MEAS_THRESHOLD_RANGE: Threshold range.
  • .ATTR_MEAS_THRESHOLD_RANGE_AUTO: Threshold autorange.
  • .ATTR_MEAS_TRANSDUCER: Transducer.
  • .ATTR_MEAS_TWO_RTD: 2-wire RTD type.
  • .ATTR_MEAS_UNIT: Measure unit setting.
  • .ATTR_MEAS_USER_DELAY_1: User delay 1 setting.
  • .ATTR_MEAS_USER_DELAY_2: User delay 2 setting.
  • .ATTR_MEAS_USER_DELAY_3: User delay 3 setting.
  • .ATTR_MEAS_USER_DELAY_4: User delay 4 setting.
  • .ATTR_MEAS_USER_DELAY_5: User delay 5 setting.
  • .AUDIBLE_FAIL: Sound a beeper when a limit test passes or fails.
  • .AUDIBLE_NONE: Do not sound a beeper when a limit test passes or fails.
  • .AUDIBLE_PASS: Sound a beeper when a limit test passes or passes.
  • .DELAY_OFF: Disable the delay.
  • .DELAY_ON: Enable the delay.
  • .DETECTBW_300HZ: Sets the detector bandwidth to 300 Hz for AC current and AC voltage measurements.
  • .DETECTBW_30HZ: Sets the detector bandwidth to 30 Hz for AC current and AC voltage measurements.
  • .DETECTBW_3HZ: Sets the detector bandwidth to 3 Hz for AC current and AC voltage measurements.
  • .DIGITS_3_5: 3½ display digits.
  • .DIGITS_4_5: 4½ display digits.
  • .DIGITS_5_5: 5½ display digits.
  • .DIGITS_6_5: 6½ display digits.
  • .DIRECTION_ENTER: The analog trigger occurs when the signal enters the defined signal boundaries.
  • .DIRECTION_LEAVE: The analog trigger occurs when the signal leaves the defined signal boundaries.
  • .FAIL_BOTH: Test failed; measurement exceeded both limits.
  • .FAIL_HIGH: Test failed; measurement exceeded high limit.
  • .FAIL_LOW: Test failed; measurement exceeded low limit.
  • .FAIL_NONE: Test passed; measurement under or equal to the high limit.
  • .FILTER_HYBRID_AVG: Selects the hybrid filter when measurement filter is enabled.
  • .FILTER_MOVING_AVG: Selects the moving filter when measurement filter is enabled.
  • .FILTER_REPEAT_AVG: Selects the repeating filter when measurement filter is enabled.
  • .FUNC_4W_RESISTANCE: 4W resistance measurement function.
  • .FUNC_ACV_FREQUENCY: ACV frequency function.
  • .FUNC_ACV_PERIOD: ACV period function.
  • .FUNC_AC_CURRENT: AC current.
  • .FUNC_AC_VOLTAGE: AC voltage function.
  • .FUNC_CAPACITANCE: Capacitance function.
  • .FUNC_CONTINUITY: Continuity function.
  • .FUNC_DCV_RATIO: DCV ratio function.
  • .FUNC_DC_CURRENT: Current measurement function.
  • .FUNC_DC_VOLTAGE: DC voltage function.
  • .FUNC_DIGITIZE_CURRENT: Digitize current.
  • .FUNC_DIGITIZE_VOLTAGE: Digitize voltage.
  • .FUNC_DIODE: Diode function.
  • .FUNC_NONE: No digitize function selected (read only).
  • .FUNC_RESISTANCE: 2W resistance measurement function.
  • .FUNC_TEMPERATURE: Temperature.
  • .IMPEDANCE_10M: Enable the 10 MΩ input divider for all ranges.
  • .IMPEDANCE_AUTO: Automatically enable the 10 MΩ input divider.
  • .MATH_MXB: Perform y = mx+b operation on measurement.
  • .MATH_PERCENT: Perform percent operation on measurements.
  • .MATH_RECIPROCAL: Perform reciprocal math operation on measurements.
  • .METHOD_PARTS: Apply relative offset to the measurements before calculating the dc voltage ratio value.
  • .METHOD_RESULT: Do not apply relative offset to the measurements before calculating the dc voltage ratio value.
  • .MODE_EDGE: Set analog trigger event mode to edge (signal crosses one level).
  • .MODE_OFF: Set analog trigger event mode off.
  • .MODE_WINDOW: Set analog trigger event mode to window (signal enters or exits a window defined by two levels).
  • .OCOMP_AUTO: Set offset compensation automatically.
  • .OCOMP_OFF: Disable offset compensation.
  • .OCOMP_ON: Enable offset compensation (for 4-wire resistance, not available for ranges more than 10 kΩ).
  • .OFF: Set the threshold range manually.
  • .ON: Set the threshold range automatically.
  • .RTD_D100: D100 three-wire RTD.
  • .RTD_F100: F100 4-wire RTD.
  • .RTD_PT100: PT100 three-wire RTD.
  • .RTD_PT385: PT385 three-wire RTD.
  • .RTD_PT3916: PT3916 three-wire RTD.
  • .RTD_USER: User-specified three-wire RTD.
  • .SLOPE_FALLING: Falling slope for the analog trigger edge.
  • .SLOPE_RISING: Rising slope for the analog trigger edge.
  • .TERMINALS_FRONT: Instrument is using the front-panel input and output terminals.
  • .TERMINALS_REAR: Instrument is using the rear-panel input and output terminals.
  • .THERMOCOUPLE_B: B thermocouple type.
  • .THERMOCOUPLE_E: E thermocouple type.
  • .THERMOCOUPLE_J: J thermocouple type.
  • .THERMOCOUPLE_K: K thermocouple type.
  • .THERMOCOUPLE_N: N thermocouple type.
  • .THERMOCOUPLE_R: R thermocouple type.
  • .THERMOCOUPLE_S: S thermocouple type.
  • .THERMOCOUPLE_T: T thermocouple type.
  • .THERM_10000: 10000 ohm thermistor.
  • .THERM_2252: 2252 ohm thermistor.
  • .THERM_5000: 5000 ohm thermistor.
  • .TRANS_FOURRTD: Set the transducer type to four-wire RTD.
  • .TRANS_THERMISTOR: Set the transducer type to thermistor.
  • .TRANS_THERMOCOUPLE: Set the transducer type to thermocouple.
  • .TRANS_THREERTD: Set the transducer type to three-wire RTD.
  • .TRANS_TWORTD: Set the transducer type to two-wire RTD.
  • .UNIT_AMP: Set unit of measure to amps (only available for current measurements).
  • .UNIT_CELSIUS: Display Celsius as units of measurement.
  • .UNIT_DB: Display decibels as units for the measure voltage function.
  • .UNIT_DBM: Display decibel-millwatts as units for the voltage function.
  • .UNIT_FAHRENHEIT: Display Fahrenheit as units of measurement.
  • .UNIT_KELVIN: Display Kelvin as units of measurement.
  • .UNIT_VOLT: Display voltage as units for the voltage function.
Properties and methods
  • .digitize: The dmm.digitize command tree.
  • .measure: The dmm.measure command tree.
  • .reset(): The dmm.reset() function.
  • .terminals: The dmm.terminals attribute.

APERTURE_AUTO class-attribute instance-attribute 

APERTURE_AUTO = 'dmm.APERTURE_AUTO'

ATTR_DIGI_APERTURE class-attribute instance-attribute 

ATTR_DIGI_APERTURE = 'dmm.ATTR_DIGI_APERTURE'

ATTR_DIGI_ATRIG_EDGE_LEVEL class-attribute instance-attribute 

ATTR_DIGI_ATRIG_EDGE_LEVEL = 'dmm.ATTR_DIGI_ATRIG_EDGE_LEVEL'

ATTR_DIGI_ATRIG_EDGE_SLOPE class-attribute instance-attribute 

ATTR_DIGI_ATRIG_EDGE_SLOPE = 'dmm.ATTR_DIGI_ATRIG_EDGE_SLOPE'

ATTR_DIGI_ATRIG_MODE class-attribute instance-attribute 

ATTR_DIGI_ATRIG_MODE = 'dmm.ATTR_DIGI_ATRIG_MODE'

ATTR_DIGI_ATRIG_WINDOW_DIRECTION class-attribute instance-attribute 

ATTR_DIGI_ATRIG_WINDOW_DIRECTION = 'dmm.ATTR_DIGI_ATRIG_WINDOW_DIRECTION'

ATTR_DIGI_ATRIG_WINDOW_LEVEL_HIGH class-attribute instance-attribute 

ATTR_DIGI_ATRIG_WINDOW_LEVEL_HIGH = 'dmm.ATTR_DIGI_ATRIG_WINDOW_LEVEL_HIGH'

ATTR_DIGI_ATRIG_WINDOW_LEVEL_LOW class-attribute instance-attribute 

ATTR_DIGI_ATRIG_WINDOW_LEVEL_LOW = 'dmm.ATTR_DIGI_ATRIG_WINDOW_LEVEL_LOW'

ATTR_DIGI_COUNT class-attribute instance-attribute 

ATTR_DIGI_COUNT = 'dmm.ATTR_DIGI_COUNT'

ATTR_DIGI_DBM_REFERENCE class-attribute instance-attribute 

ATTR_DIGI_DBM_REFERENCE = 'dmm.ATTR_DIGI_DBM_REFERENCE'

ATTR_DIGI_DB_REFERENCE class-attribute instance-attribute 

ATTR_DIGI_DB_REFERENCE = 'dmm.ATTR_DIGI_DB_REFERENCE'

ATTR_DIGI_DIGITS class-attribute instance-attribute 

ATTR_DIGI_DIGITS = 'dmm.ATTR_DIGI_DIGITS'

ATTR_DIGI_FUNCTION class-attribute instance-attribute 

ATTR_DIGI_FUNCTION = 'dmm.ATTR_DIGI_FUNCTION'

ATTR_DIGI_INPUT_IMPEDANCE class-attribute instance-attribute 

ATTR_DIGI_INPUT_IMPEDANCE = 'dmm.ATTR_DIGI_INPUT_IMPEDANCE'

ATTR_DIGI_LIMIT_AUDIBLE_1 class-attribute instance-attribute 

ATTR_DIGI_LIMIT_AUDIBLE_1 = 'dmm.ATTR_DIGI_LIMIT_AUDIBLE_1'

ATTR_DIGI_LIMIT_AUDIBLE_2 class-attribute instance-attribute 

ATTR_DIGI_LIMIT_AUDIBLE_2 = 'dmm.ATTR_DIGI_LIMIT_AUDIBLE_2'

ATTR_DIGI_LIMIT_AUTO_CLEAR_1 class-attribute instance-attribute 

ATTR_DIGI_LIMIT_AUTO_CLEAR_1 = 'dmm.ATTR_DIGI_LIMIT_AUTO_CLEAR_1'

ATTR_DIGI_LIMIT_AUTO_CLEAR_2 class-attribute instance-attribute 

ATTR_DIGI_LIMIT_AUTO_CLEAR_2 = 'dmm.ATTR_DIGI_LIMIT_AUTO_CLEAR_2'

ATTR_DIGI_LIMIT_ENABLE_1 class-attribute instance-attribute 

ATTR_DIGI_LIMIT_ENABLE_1 = 'dmm.ATTR_DIGI_LIMIT_ENABLE_1'

ATTR_DIGI_LIMIT_ENABLE_2 class-attribute instance-attribute 

ATTR_DIGI_LIMIT_ENABLE_2 = 'dmm.ATTR_DIGI_LIMIT_ENABLE_2'

ATTR_DIGI_LIMIT_FAIL_1 class-attribute instance-attribute 

ATTR_DIGI_LIMIT_FAIL_1 = 'dmm.ATTR_DIGI_LIMIT_FAIL_1'

ATTR_DIGI_LIMIT_FAIL_2 class-attribute instance-attribute 

ATTR_DIGI_LIMIT_FAIL_2 = 'dmm.ATTR_DIGI_LIMIT_FAIL_2'

ATTR_DIGI_LIMIT_HIGH_1 class-attribute instance-attribute 

ATTR_DIGI_LIMIT_HIGH_1 = 'dmm.ATTR_DIGI_LIMIT_HIGH_1'

ATTR_DIGI_LIMIT_HIGH_2 class-attribute instance-attribute 

ATTR_DIGI_LIMIT_HIGH_2 = 'dmm.ATTR_DIGI_LIMIT_HIGH_2'

ATTR_DIGI_LIMIT_LOW_1 class-attribute instance-attribute 

ATTR_DIGI_LIMIT_LOW_1 = 'dmm.ATTR_DIGI_LIMIT_LOW_1'

ATTR_DIGI_LIMIT_LOW_2 class-attribute instance-attribute 

ATTR_DIGI_LIMIT_LOW_2 = 'dmm.ATTR_DIGI_LIMIT_LOW_2'

ATTR_DIGI_MATH_ENABLE class-attribute instance-attribute 

ATTR_DIGI_MATH_ENABLE = 'dmm.ATTR_DIGI_MATH_ENABLE'

ATTR_DIGI_MATH_FORMAT class-attribute instance-attribute 

ATTR_DIGI_MATH_FORMAT = 'dmm.ATTR_DIGI_MATH_FORMAT'

ATTR_DIGI_MATH_MXB_BF class-attribute instance-attribute 

ATTR_DIGI_MATH_MXB_BF = 'dmm.ATTR_DIGI_MATH_MXB_BF'

ATTR_DIGI_MATH_MXB_MF class-attribute instance-attribute 

ATTR_DIGI_MATH_MXB_MF = 'dmm.ATTR_DIGI_MATH_MXB_MF'

ATTR_DIGI_MATH_PERCENT class-attribute instance-attribute 

ATTR_DIGI_MATH_PERCENT = 'dmm.ATTR_DIGI_MATH_PERCENT'

ATTR_DIGI_RANGE class-attribute instance-attribute 

ATTR_DIGI_RANGE = 'dmm.ATTR_DIGI_RANGE'

ATTR_DIGI_REL_ENABLE class-attribute instance-attribute 

ATTR_DIGI_REL_ENABLE = 'dmm.ATTR_DIGI_REL_ENABLE'

ATTR_DIGI_REL_LEVEL class-attribute instance-attribute 

ATTR_DIGI_REL_LEVEL = 'dmm.ATTR_DIGI_REL_LEVEL'

ATTR_DIGI_SAMPLE_RATE class-attribute instance-attribute 

ATTR_DIGI_SAMPLE_RATE = 'dmm.ATTR_DIGI_SAMPLE_RATE'

ATTR_DIGI_UNIT class-attribute instance-attribute 

ATTR_DIGI_UNIT = 'dmm.ATTR_DIGI_UNIT'

ATTR_DIGI_USER_DELAY_1 class-attribute instance-attribute 

ATTR_DIGI_USER_DELAY_1 = 'dmm.ATTR_DIGI_USER_DELAY_1'

ATTR_DIGI_USER_DELAY_2 class-attribute instance-attribute 

ATTR_DIGI_USER_DELAY_2 = 'dmm.ATTR_DIGI_USER_DELAY_2'

ATTR_DIGI_USER_DELAY_3 class-attribute instance-attribute 

ATTR_DIGI_USER_DELAY_3 = 'dmm.ATTR_DIGI_USER_DELAY_3'

ATTR_DIGI_USER_DELAY_4 class-attribute instance-attribute 

ATTR_DIGI_USER_DELAY_4 = 'dmm.ATTR_DIGI_USER_DELAY_4'

ATTR_DIGI_USER_DELAY_5 class-attribute instance-attribute 

ATTR_DIGI_USER_DELAY_5 = 'dmm.ATTR_DIGI_USER_DELAY_5'

ATTR_DIGI_WINDOW_DIRECTION class-attribute instance-attribute 

ATTR_DIGI_WINDOW_DIRECTION = 'dmm.ATTR_DIGI_WINDOW_DIRECTION'

ATTR_DIGI_WINDOW_LEVEL_HIGH class-attribute instance-attribute 

ATTR_DIGI_WINDOW_LEVEL_HIGH = 'dmm.ATTR_DIGI_WINDOW_LEVEL_HIGH'

ATTR_DIGI_WINDOW_LEVEL_LOW class-attribute instance-attribute 

ATTR_DIGI_WINDOW_LEVEL_LOW = 'dmm.ATTR_DIGI_WINDOW_LEVEL_LOW'

ATTR_MEAS_APERTURE class-attribute instance-attribute 

ATTR_MEAS_APERTURE = 'dmm.ATTR_MEAS_APERTURE'

ATTR_MEAS_ATRIG_EDGE_LEVEL class-attribute instance-attribute 

ATTR_MEAS_ATRIG_EDGE_LEVEL = 'dmm.ATTR_MEAS_ATRIG_EDGE_LEVEL'

ATTR_MEAS_ATRIG_EDGE_SLOPE class-attribute instance-attribute 

ATTR_MEAS_ATRIG_EDGE_SLOPE = 'dmm.ATTR_MEAS_ATRIG_EDGE_SLOPE'

ATTR_MEAS_ATRIG_MODE class-attribute instance-attribute 

ATTR_MEAS_ATRIG_MODE = 'dmm.ATTR_MEAS_ATRIG_MODE'

ATTR_MEAS_ATRIG_WINDOW_DIRECTION class-attribute instance-attribute 

ATTR_MEAS_ATRIG_WINDOW_DIRECTION = 'dmm.ATTR_MEAS_ATRIG_WINDOW_DIRECTION'

ATTR_MEAS_ATRIG_WINDOW_LEVEL_HIGH class-attribute instance-attribute 

ATTR_MEAS_ATRIG_WINDOW_LEVEL_HIGH = 'dmm.ATTR_MEAS_ATRIG_WINDOW_LEVEL_HIGH'

ATTR_MEAS_ATRIG_WINDOW_LEVEL_LOW class-attribute instance-attribute 

ATTR_MEAS_ATRIG_WINDOW_LEVEL_LOW = 'dmm.ATTR_MEAS_ATRIG_WINDOW_LEVEL_LOW'

ATTR_MEAS_AUTO_DELAY class-attribute instance-attribute 

ATTR_MEAS_AUTO_DELAY = 'dmm.ATTR_MEAS_AUTO_DELAY'

ATTR_MEAS_AUTO_ZERO class-attribute instance-attribute 

ATTR_MEAS_AUTO_ZERO = 'dmm.ATTR_MEAS_AUTO_ZERO'

ATTR_MEAS_BIAS_LEVEL class-attribute instance-attribute 

ATTR_MEAS_BIAS_LEVEL = 'dmm.ATTR_MEAS_BIAS_LEVEL'

ATTR_MEAS_COUNT class-attribute instance-attribute 

ATTR_MEAS_COUNT = 'dmm.ATTR_MEAS_COUNT'

ATTR_MEAS_DBM_REFERENCE class-attribute instance-attribute 

ATTR_MEAS_DBM_REFERENCE = 'dmm.ATTR_MEAS_DBM_REFERENCE'

ATTR_MEAS_DB_REFERENCE class-attribute instance-attribute 

ATTR_MEAS_DB_REFERENCE = 'dmm.ATTR_MEAS_DB_REFERENCE'

ATTR_MEAS_DETECTBW class-attribute instance-attribute 

ATTR_MEAS_DETECTBW = 'dmm.ATTR_MEAS_DETECTBW'

ATTR_MEAS_DIGITS class-attribute instance-attribute 

ATTR_MEAS_DIGITS = 'dmm.ATTR_MEAS_DIGITS'

ATTR_MEAS_FILTER_COUNT class-attribute instance-attribute 

ATTR_MEAS_FILTER_COUNT = 'dmm.ATTR_MEAS_FILTER_COUNT'

ATTR_MEAS_FILTER_ENABLE class-attribute instance-attribute 

ATTR_MEAS_FILTER_ENABLE = 'dmm.ATTR_MEAS_FILTER_ENABLE'

ATTR_MEAS_FILTER_TYPE class-attribute instance-attribute 

ATTR_MEAS_FILTER_TYPE = 'dmm.ATTR_MEAS_FILTER_TYPE'

ATTR_MEAS_FILTER_WINDOW class-attribute instance-attribute 

ATTR_MEAS_FILTER_WINDOW = 'dmm.ATTR_MEAS_FILTER_WINDOW'

ATTR_MEAS_FOUR_RTD class-attribute instance-attribute 

ATTR_MEAS_FOUR_RTD = 'dmm.ATTR_MEAS_FOUR_RTD'

ATTR_MEAS_INPUT_IMPEDANCE class-attribute instance-attribute 

ATTR_MEAS_INPUT_IMPEDANCE = 'dmm.ATTR_MEAS_INPUT_IMPEDANCE'

ATTR_MEAS_LIMIT_AUDIBLE_1 class-attribute instance-attribute 

ATTR_MEAS_LIMIT_AUDIBLE_1 = 'dmm.ATTR_MEAS_LIMIT_AUDIBLE_1'

ATTR_MEAS_LIMIT_AUDIBLE_2 class-attribute instance-attribute 

ATTR_MEAS_LIMIT_AUDIBLE_2 = 'dmm.ATTR_MEAS_LIMIT_AUDIBLE_2'

ATTR_MEAS_LIMIT_AUTO_CLEAR_1 class-attribute instance-attribute 

ATTR_MEAS_LIMIT_AUTO_CLEAR_1 = 'dmm.ATTR_MEAS_LIMIT_AUTO_CLEAR_1'

ATTR_MEAS_LIMIT_AUTO_CLEAR_2 class-attribute instance-attribute 

ATTR_MEAS_LIMIT_AUTO_CLEAR_2 = 'dmm.ATTR_MEAS_LIMIT_AUTO_CLEAR_2'

ATTR_MEAS_LIMIT_ENABLE_1 class-attribute instance-attribute 

ATTR_MEAS_LIMIT_ENABLE_1 = 'dmm.ATTR_MEAS_LIMIT_ENABLE_1'

ATTR_MEAS_LIMIT_ENABLE_2 class-attribute instance-attribute 

ATTR_MEAS_LIMIT_ENABLE_2 = 'dmm.ATTR_MEAS_LIMIT_ENABLE_2'

ATTR_MEAS_LIMIT_FAIL_1 class-attribute instance-attribute 

ATTR_MEAS_LIMIT_FAIL_1 = 'dmm.ATTR_MEAS_LIMIT_FAIL_1'

ATTR_MEAS_LIMIT_FAIL_2 class-attribute instance-attribute 

ATTR_MEAS_LIMIT_FAIL_2 = 'dmm.ATTR_MEAS_LIMIT_FAIL_2'

ATTR_MEAS_LIMIT_HIGH_1 class-attribute instance-attribute 

ATTR_MEAS_LIMIT_HIGH_1 = 'dmm.ATTR_MEAS_LIMIT_HIGH_1'

ATTR_MEAS_LIMIT_HIGH_2 class-attribute instance-attribute 

ATTR_MEAS_LIMIT_HIGH_2 = 'dmm.ATTR_MEAS_LIMIT_HIGH_2'

ATTR_MEAS_LIMIT_LOW_1 class-attribute instance-attribute 

ATTR_MEAS_LIMIT_LOW_1 = 'dmm.ATTR_MEAS_LIMIT_LOW_1'

ATTR_MEAS_LIMIT_LOW_2 class-attribute instance-attribute 

ATTR_MEAS_LIMIT_LOW_2 = 'dmm.ATTR_MEAS_LIMIT_LOW_2'

ATTR_MEAS_LINE_SYNC class-attribute instance-attribute 

ATTR_MEAS_LINE_SYNC = 'dmm.ATTR_MEAS_LINE_SYNC'

ATTR_MEAS_MATH_ENABLE class-attribute instance-attribute 

ATTR_MEAS_MATH_ENABLE = 'dmm.ATTR_MEAS_MATH_ENABLE'

ATTR_MEAS_MATH_FORMAT class-attribute instance-attribute 

ATTR_MEAS_MATH_FORMAT = 'dmm.ATTR_MEAS_MATH_FORMAT'

ATTR_MEAS_MATH_MXB_BF class-attribute instance-attribute 

ATTR_MEAS_MATH_MXB_BF = 'dmm.ATTR_MEAS_MATH_MXB_BF'

ATTR_MEAS_MATH_MXB_MF class-attribute instance-attribute 

ATTR_MEAS_MATH_MXB_MF = 'dmm.ATTR_MEAS_MATH_MXB_MF'

ATTR_MEAS_MATH_PERCENT class-attribute instance-attribute 

ATTR_MEAS_MATH_PERCENT = 'dmm.ATTR_MEAS_MATH_PERCENT'

ATTR_MEAS_NPLC class-attribute instance-attribute 

ATTR_MEAS_NPLC = 'dmm.ATTR_MEAS_NPLC'

ATTR_MEAS_OFFCOMP_ENABLE class-attribute instance-attribute 

ATTR_MEAS_OFFCOMP_ENABLE = 'dmm.ATTR_MEAS_OFFCOMP_ENABLE'

ATTR_MEAS_OPEN_DETECTOR class-attribute instance-attribute 

ATTR_MEAS_OPEN_DETECTOR = 'dmm.ATTR_MEAS_OPEN_DETECTOR'

ATTR_MEAS_RANGE class-attribute instance-attribute 

ATTR_MEAS_RANGE = 'dmm.ATTR_MEAS_RANGE'

ATTR_MEAS_RANGE_AUTO class-attribute instance-attribute 

ATTR_MEAS_RANGE_AUTO = 'dmm.ATTR_MEAS_RANGE_AUTO'

ATTR_MEAS_REF_JUNCTION class-attribute instance-attribute 

ATTR_MEAS_REF_JUNCTION = 'dmm.ATTR_MEAS_REF_JUNCTION'

ATTR_MEAS_REL_ENABLE class-attribute instance-attribute 

ATTR_MEAS_REL_ENABLE = 'dmm.ATTR_MEAS_REL_ENABLE'

ATTR_MEAS_REL_LEVEL class-attribute instance-attribute 

ATTR_MEAS_REL_LEVEL = 'dmm.ATTR_MEAS_REL_LEVEL'

ATTR_MEAS_REL_METHOD class-attribute instance-attribute 

ATTR_MEAS_REL_METHOD = 'dmm.ATTR_MEAS_REL_METHOD'

ATTR_MEAS_RTD_ALPHA class-attribute instance-attribute 

ATTR_MEAS_RTD_ALPHA = 'dmm.ATTR_MEAS_RTD_ALPHA'

ATTR_MEAS_RTD_BETA class-attribute instance-attribute 

ATTR_MEAS_RTD_BETA = 'dmm.ATTR_MEAS_RTD_BETA'

ATTR_MEAS_RTD_DELTA class-attribute instance-attribute 

ATTR_MEAS_RTD_DELTA = 'dmm.ATTR_MEAS_RTD_DELTA'

ATTR_MEAS_RTD_ZERO class-attribute instance-attribute 

ATTR_MEAS_RTD_ZERO = 'dmm.ATTR_MEAS_RTD_ZERO'

ATTR_MEAS_SENSE_RANGE class-attribute instance-attribute 

ATTR_MEAS_SENSE_RANGE = 'dmm.ATTR_MEAS_SENSE_RANGE'

ATTR_MEAS_SIM_REF_TEMP class-attribute instance-attribute 

ATTR_MEAS_SIM_REF_TEMP = 'dmm.ATTR_MEAS_SIM_REF_TEMP'

ATTR_MEAS_THERMISTOR class-attribute instance-attribute 

ATTR_MEAS_THERMISTOR = 'dmm.ATTR_MEAS_THERMISTOR'

ATTR_MEAS_THERMOCOUPLE class-attribute instance-attribute 

ATTR_MEAS_THERMOCOUPLE = 'dmm.ATTR_MEAS_THERMOCOUPLE'

ATTR_MEAS_THREE_RTD class-attribute instance-attribute 

ATTR_MEAS_THREE_RTD = 'dmm.ATTR_MEAS_THREE_RTD'

ATTR_MEAS_THRESHOLD_RANGE class-attribute instance-attribute 

ATTR_MEAS_THRESHOLD_RANGE = 'dmm.ATTR_MEAS_THRESHOLD_RANGE'

ATTR_MEAS_THRESHOLD_RANGE_AUTO class-attribute instance-attribute 

ATTR_MEAS_THRESHOLD_RANGE_AUTO = 'dmm.ATTR_MEAS_THRESHOLD_RANGE_AUTO'

ATTR_MEAS_TRANSDUCER class-attribute instance-attribute 

ATTR_MEAS_TRANSDUCER = 'dmm.ATTR_MEAS_TRANSDUCER'

ATTR_MEAS_TWO_RTD class-attribute instance-attribute 

ATTR_MEAS_TWO_RTD = 'dmm.ATTR_MEAS_TWO_RTD'

ATTR_MEAS_UNIT class-attribute instance-attribute 

ATTR_MEAS_UNIT = 'dmm.ATTR_MEAS_UNIT'

ATTR_MEAS_USER_DELAY_1 class-attribute instance-attribute 

ATTR_MEAS_USER_DELAY_1 = 'dmm.ATTR_MEAS_USER_DELAY_1'

ATTR_MEAS_USER_DELAY_2 class-attribute instance-attribute 

ATTR_MEAS_USER_DELAY_2 = 'dmm.ATTR_MEAS_USER_DELAY_2'

ATTR_MEAS_USER_DELAY_3 class-attribute instance-attribute 

ATTR_MEAS_USER_DELAY_3 = 'dmm.ATTR_MEAS_USER_DELAY_3'

ATTR_MEAS_USER_DELAY_4 class-attribute instance-attribute 

ATTR_MEAS_USER_DELAY_4 = 'dmm.ATTR_MEAS_USER_DELAY_4'

ATTR_MEAS_USER_DELAY_5 class-attribute instance-attribute 

ATTR_MEAS_USER_DELAY_5 = 'dmm.ATTR_MEAS_USER_DELAY_5'

AUDIBLE_FAIL class-attribute instance-attribute 

AUDIBLE_FAIL = 'dmm.AUDIBLE_FAIL'

AUDIBLE_NONE class-attribute instance-attribute 

AUDIBLE_NONE = 'dmm.AUDIBLE_NONE'

AUDIBLE_PASS class-attribute instance-attribute 

AUDIBLE_PASS = 'dmm.AUDIBLE_PASS'

DELAY_OFF class-attribute instance-attribute 

DELAY_OFF = 'dmm.DELAY_OFF'

DELAY_ON class-attribute instance-attribute 

DELAY_ON = 'dmm.DELAY_ON'

DETECTBW_300HZ class-attribute instance-attribute 

DETECTBW_300HZ = 'dmm.DETECTBW_300HZ'

DETECTBW_30HZ class-attribute instance-attribute 

DETECTBW_30HZ = 'dmm.DETECTBW_30HZ'

DETECTBW_3HZ class-attribute instance-attribute 

DETECTBW_3HZ = 'dmm.DETECTBW_3HZ'

DIGITS_3_5 class-attribute instance-attribute 

DIGITS_3_5 = 'dmm.DIGITS_3_5'

DIGITS_4_5 class-attribute instance-attribute 

DIGITS_4_5 = 'dmm.DIGITS_4_5'

DIGITS_5_5 class-attribute instance-attribute 

DIGITS_5_5 = 'dmm.DIGITS_5_5'

DIGITS_6_5 class-attribute instance-attribute 

DIGITS_6_5 = 'dmm.DIGITS_6_5'

DIRECTION_ENTER class-attribute instance-attribute 

DIRECTION_ENTER = 'dmm.DIRECTION_ENTER'

DIRECTION_LEAVE class-attribute instance-attribute 

DIRECTION_LEAVE = 'dmm.DIRECTION_LEAVE'

FAIL_BOTH class-attribute instance-attribute 

FAIL_BOTH = 'dmm.FAIL_BOTH'

FAIL_HIGH class-attribute instance-attribute 

FAIL_HIGH = 'dmm.FAIL_HIGH'

FAIL_LOW class-attribute instance-attribute 

FAIL_LOW = 'dmm.FAIL_LOW'

FAIL_NONE class-attribute instance-attribute 

FAIL_NONE = 'dmm.FAIL_NONE'

FILTER_HYBRID_AVG class-attribute instance-attribute 

FILTER_HYBRID_AVG = 'dmm.FILTER_HYBRID_AVG'

FILTER_MOVING_AVG class-attribute instance-attribute 

FILTER_MOVING_AVG = 'dmm.FILTER_MOVING_AVG'

FILTER_REPEAT_AVG class-attribute instance-attribute 

FILTER_REPEAT_AVG = 'dmm.FILTER_REPEAT_AVG'

FUNC_4W_RESISTANCE class-attribute instance-attribute 

FUNC_4W_RESISTANCE = 'dmm.FUNC_4W_RESISTANCE'

FUNC_ACV_FREQUENCY class-attribute instance-attribute 

FUNC_ACV_FREQUENCY = 'dmm.FUNC_ACV_FREQUENCY'

FUNC_ACV_PERIOD class-attribute instance-attribute 

FUNC_ACV_PERIOD = 'dmm.FUNC_ACV_PERIOD'

FUNC_AC_CURRENT class-attribute instance-attribute 

FUNC_AC_CURRENT = 'dmm.FUNC_AC_CURRENT'

FUNC_AC_VOLTAGE class-attribute instance-attribute 

FUNC_AC_VOLTAGE = 'dmm.FUNC_AC_VOLTAGE'

FUNC_CAPACITANCE class-attribute instance-attribute 

FUNC_CAPACITANCE = 'dmm.FUNC_CAPACITANCE'

FUNC_CONTINUITY class-attribute instance-attribute 

FUNC_CONTINUITY = 'dmm.FUNC_CONTINUITY'

FUNC_DCV_RATIO class-attribute instance-attribute 

FUNC_DCV_RATIO = 'dmm.FUNC_DCV_RATIO'

FUNC_DC_CURRENT class-attribute instance-attribute 

FUNC_DC_CURRENT = 'dmm.FUNC_DC_CURRENT'

FUNC_DC_VOLTAGE class-attribute instance-attribute 

FUNC_DC_VOLTAGE = 'dmm.FUNC_DC_VOLTAGE'

FUNC_DIGITIZE_CURRENT class-attribute instance-attribute 

FUNC_DIGITIZE_CURRENT = 'dmm.FUNC_DIGITIZE_CURRENT'

FUNC_DIGITIZE_VOLTAGE class-attribute instance-attribute 

FUNC_DIGITIZE_VOLTAGE = 'dmm.FUNC_DIGITIZE_VOLTAGE'

FUNC_DIODE class-attribute instance-attribute 

FUNC_DIODE = 'dmm.FUNC_DIODE'

FUNC_NONE class-attribute instance-attribute 

FUNC_NONE = 'dmm.FUNC_NONE'

FUNC_RESISTANCE class-attribute instance-attribute 

FUNC_RESISTANCE = 'dmm.FUNC_RESISTANCE'

FUNC_TEMPERATURE class-attribute instance-attribute 

FUNC_TEMPERATURE = 'dmm.FUNC_TEMPERATURE'

IMPEDANCE_10M class-attribute instance-attribute 

IMPEDANCE_10M = 'dmm.IMPEDANCE_10M'

IMPEDANCE_AUTO class-attribute instance-attribute 

IMPEDANCE_AUTO = 'dmm.IMPEDANCE_AUTO'

MATH_MXB class-attribute instance-attribute 

MATH_MXB = 'dmm.MATH_MXB'

MATH_PERCENT class-attribute instance-attribute 

MATH_PERCENT = 'dmm.MATH_PERCENT'

MATH_RECIPROCAL class-attribute instance-attribute 

MATH_RECIPROCAL = 'dmm.MATH_RECIPROCAL'

METHOD_PARTS class-attribute instance-attribute 

METHOD_PARTS = 'dmm.METHOD_PARTS'

METHOD_RESULT class-attribute instance-attribute 

METHOD_RESULT = 'dmm.METHOD_RESULT'

MODE_EDGE class-attribute instance-attribute 

MODE_EDGE = 'dmm.MODE_EDGE'

MODE_OFF class-attribute instance-attribute 

MODE_OFF = 'dmm.MODE_OFF'

MODE_WINDOW class-attribute instance-attribute 

MODE_WINDOW = 'dmm.MODE_WINDOW'

OCOMP_AUTO class-attribute instance-attribute 

OCOMP_AUTO = 'dmm.OCOMP_AUTO'

OCOMP_OFF class-attribute instance-attribute 

OCOMP_OFF = 'dmm.OCOMP_OFF'

OCOMP_ON class-attribute instance-attribute 

OCOMP_ON = 'dmm.OCOMP_ON'

OFF class-attribute instance-attribute 

OFF = 'dmm.OFF'

ON class-attribute instance-attribute 

ON = 'dmm.ON'

RTD_D100 class-attribute instance-attribute 

RTD_D100 = 'dmm.RTD_D100'

RTD_F100 class-attribute instance-attribute 

RTD_F100 = 'dmm.RTD_F100'

RTD_PT100 class-attribute instance-attribute 

RTD_PT100 = 'dmm.RTD_PT100'

RTD_PT385 class-attribute instance-attribute 

RTD_PT385 = 'dmm.RTD_PT385'

RTD_PT3916 class-attribute instance-attribute 

RTD_PT3916 = 'dmm.RTD_PT3916'

RTD_USER class-attribute instance-attribute 

RTD_USER = 'dmm.RTD_USER'

SLOPE_FALLING class-attribute instance-attribute 

SLOPE_FALLING = 'dmm.SLOPE_FALLING'

SLOPE_RISING class-attribute instance-attribute 

SLOPE_RISING = 'dmm.SLOPE_RISING'

TERMINALS_FRONT class-attribute instance-attribute 

TERMINALS_FRONT = 'dmm.TERMINALS_FRONT'

TERMINALS_REAR class-attribute instance-attribute 

TERMINALS_REAR = 'dmm.TERMINALS_REAR'

THERMOCOUPLE_B class-attribute instance-attribute 

THERMOCOUPLE_B = 'dmm.THERMOCOUPLE_B'

THERMOCOUPLE_E class-attribute instance-attribute 

THERMOCOUPLE_E = 'dmm.THERMOCOUPLE_E'

THERMOCOUPLE_J class-attribute instance-attribute 

THERMOCOUPLE_J = 'dmm.THERMOCOUPLE_J'

THERMOCOUPLE_K class-attribute instance-attribute 

THERMOCOUPLE_K = 'dmm.THERMOCOUPLE_K'

THERMOCOUPLE_N class-attribute instance-attribute 

THERMOCOUPLE_N = 'dmm.THERMOCOUPLE_N'

THERMOCOUPLE_R class-attribute instance-attribute 

THERMOCOUPLE_R = 'dmm.THERMOCOUPLE_R'

THERMOCOUPLE_S class-attribute instance-attribute 

THERMOCOUPLE_S = 'dmm.THERMOCOUPLE_S'

THERMOCOUPLE_T class-attribute instance-attribute 

THERMOCOUPLE_T = 'dmm.THERMOCOUPLE_T'

THERM_10000 class-attribute instance-attribute 

THERM_10000 = 'dmm.THERM_10000'

THERM_2252 class-attribute instance-attribute 

THERM_2252 = 'dmm.THERM_2252'

THERM_5000 class-attribute instance-attribute 

THERM_5000 = 'dmm.THERM_5000'

TRANS_FOURRTD class-attribute instance-attribute 

TRANS_FOURRTD = 'dmm.TRANS_FOURRTD'

TRANS_THERMISTOR class-attribute instance-attribute 

TRANS_THERMISTOR = 'dmm.TRANS_THERMISTOR'

TRANS_THERMOCOUPLE class-attribute instance-attribute 

TRANS_THERMOCOUPLE = 'dmm.TRANS_THERMOCOUPLE'

TRANS_THREERTD class-attribute instance-attribute 

TRANS_THREERTD = 'dmm.TRANS_THREERTD'

TRANS_TWORTD class-attribute instance-attribute 

TRANS_TWORTD = 'dmm.TRANS_TWORTD'

UNIT_AMP class-attribute instance-attribute 

UNIT_AMP = 'dmm.UNIT_AMP'

UNIT_CELSIUS class-attribute instance-attribute 

UNIT_CELSIUS = 'dmm.UNIT_CELSIUS'

UNIT_DB class-attribute instance-attribute 

UNIT_DB = 'dmm.UNIT_DB'

UNIT_DBM class-attribute instance-attribute 

UNIT_DBM = 'dmm.UNIT_DBM'

UNIT_FAHRENHEIT class-attribute instance-attribute 

UNIT_FAHRENHEIT = 'dmm.UNIT_FAHRENHEIT'

UNIT_KELVIN class-attribute instance-attribute 

UNIT_KELVIN = 'dmm.UNIT_KELVIN'

UNIT_VOLT class-attribute instance-attribute 

UNIT_VOLT = 'dmm.UNIT_VOLT'

digitize property 

digitize: DmmDigitize

Return the dmm.digitize command tree.

Sub-properties and sub-methods
  • .analogtrigger: The dmm.digitize.analogtrigger command tree.
  • .aperture: The dmm.digitize.aperture attribute.
  • .count: The dmm.digitize.count attribute.
  • .dbmreference: The dmm.digitize.dbmreference attribute.
  • .dbreference: The dmm.digitize.dbreference attribute.
  • .displaydigits: The dmm.digitize.displaydigits attribute.
  • .func: The dmm.digitize.func attribute.
  • .inputimpedance: The dmm.digitize.inputimpedance attribute.
  • .limit: The dmm.digitize.limit[Y] command tree.
  • .math: The dmm.digitize.math command tree.
  • .range: The dmm.digitize.range attribute.
  • .read(): The dmm.digitize.read() function.
  • .readwithtime(): The dmm.digitize.readwithtime() function.
  • .rel: The dmm.digitize.rel command tree.
  • .samplerate: The dmm.digitize.samplerate attribute.
  • .unit: The dmm.digitize.unit attribute.
  • .userdelay: The dmm.digitize.userdelay[N] attribute.

measure property 

measure: DmmMeasure

Return the dmm.measure command tree.

Sub-properties and sub-methods
  • .analogtrigger: The dmm.measure.analogtrigger command tree.
  • .aperture: The dmm.measure.aperture attribute.
  • .autodelay: The dmm.measure.autodelay attribute.
  • .autorange: The dmm.measure.autorange attribute.
  • .autozero: The dmm.measure.autozero command tree.
  • .bias: The dmm.measure.bias command tree.
  • .configlist: The dmm.measure.configlist command tree.
  • .count: The dmm.measure.count attribute.
  • .dbmreference: The dmm.measure.dbmreference attribute.
  • .dbreference: The dmm.measure.dbreference attribute.
  • .detectorbandwidth: The dmm.measure.detectorbandwidth attribute.
  • .displaydigits: The dmm.measure.displaydigits attribute.
  • .filter: The dmm.measure.filter command tree.
  • .fourrtd: The dmm.measure.fourrtd attribute.
  • .func: The dmm.measure.func attribute.
  • .getattribute(): The dmm.measure.getattribute() function.
  • .inputimpedance: The dmm.measure.inputimpedance attribute.
  • .limit: The dmm.measure.limit[Y] command tree.
  • .linesync: The dmm.measure.linesync attribute.
  • .math: The dmm.measure.math command tree.
  • .nplc: The dmm.measure.nplc attribute.
  • .offsetcompensation: The dmm.measure.offsetcompensation command tree.
  • .opendetector: The dmm.measure.opendetector attribute.
  • .range: The dmm.measure.range attribute.
  • .read(): The dmm.measure.read() function.
  • .readwithtime(): The dmm.measure.readwithtime() function.
  • .refjunction: The dmm.measure.refjunction attribute.
  • .rel: The dmm.measure.rel command tree.
  • .rtdalpha: The dmm.measure.rtdalpha attribute.
  • .rtdbeta: The dmm.measure.rtdbeta attribute.
  • .rtddelta: The dmm.measure.rtddelta attribute.
  • .rtdzero: The dmm.measure.rtdzero attribute.
  • .sense: The dmm.measure.sense command tree.
  • .setattribute(): The dmm.measure.setattribute() function.
  • .simreftemperature: The dmm.measure.simreftemperature attribute.
  • .thermistor: The dmm.measure.thermistor attribute.
  • .thermocouple: The dmm.measure.thermocouple attribute.
  • .threertd: The dmm.measure.threertd attribute.
  • .threshold: The dmm.measure.threshold command tree.
  • .transducer: The dmm.measure.transducer attribute.
  • .twortd: The dmm.measure.twortd attribute.
  • .unit: The dmm.measure.unit attribute.
  • .userdelay: The dmm.measure.userdelay[N] attribute.

terminals property 

terminals: str

Access the dmm.terminals attribute.

Description
  • This attribute describes which set of input and output terminals the instrument is using.
Usage
  • Accessing this property will send the print(dmm.terminals) query.
TSP Syntax 
- print(dmm.terminals)
Raises:

reset 

reset() -> None

Run the dmm.reset() function.

Description
  • This function resets commands that begin with dmm. to their default settings.
TSP Syntax 
- dmm.reset()
Raises:

DmmDigitize

Bases: BaseTSPCmd

The dmm.digitize command tree.

Properties and methods
  • .analogtrigger: The dmm.digitize.analogtrigger command tree.
  • .aperture: The dmm.digitize.aperture attribute.
  • .count: The dmm.digitize.count attribute.
  • .dbmreference: The dmm.digitize.dbmreference attribute.
  • .dbreference: The dmm.digitize.dbreference attribute.
  • .displaydigits: The dmm.digitize.displaydigits attribute.
  • .func: The dmm.digitize.func attribute.
  • .inputimpedance: The dmm.digitize.inputimpedance attribute.
  • .limit: The dmm.digitize.limit[Y] command tree.
  • .math: The dmm.digitize.math command tree.
  • .range: The dmm.digitize.range attribute.
  • .read(): The dmm.digitize.read() function.
  • .readwithtime(): The dmm.digitize.readwithtime() function.
  • .rel: The dmm.digitize.rel command tree.
  • .samplerate: The dmm.digitize.samplerate attribute.
  • .unit: The dmm.digitize.unit attribute.
  • .userdelay: The dmm.digitize.userdelay[N] attribute.

analogtrigger property 

analogtrigger: DmmDigitizeAnalogtrigger

Return the dmm.digitize.analogtrigger command tree.

Sub-properties and sub-methods
  • .edge: The dmm.digitize.analogtrigger.edge command tree.
  • .mode: The dmm.digitize.analogtrigger.mode attribute.
  • .window: The dmm.digitize.analogtrigger.window command tree.

aperture property writable 

aperture: str

Access the dmm.digitize.aperture attribute.

Description
  • This attribute determines the aperture setting for the selected function.
Usage
  • Accessing this property will send the print(dmm.digitize.aperture) query.
  • Setting this property to a value will send the dmm.digitize.aperture = value command.
TSP Syntax 
- dmm.digitize.aperture = value
- print(dmm.digitize.aperture)
Raises:

count property writable 

count: str

Access the dmm.digitize.count attribute.

Description
  • This attribute sets the number of measurements to digitize when a measurement is requested.
Usage
  • Accessing this property will send the print(dmm.digitize.count) query.
  • Setting this property to a value will send the dmm.digitize.count = value command.
TSP Syntax 
- dmm.digitize.count = value
- print(dmm.digitize.count)
Raises:

dbmreference property writable 

dbmreference: str

Access the dmm.digitize.dbmreference attribute.

Description
  • This attribute defines the decibel-milliwatts (dBm) reference.
Usage
  • Accessing this property will send the print(dmm.digitize.dbmreference) query.
  • Setting this property to a value will send the dmm.digitize.dbmreference = value command.
TSP Syntax 
- dmm.digitize.dbmreference = value
- print(dmm.digitize.dbmreference)
Raises:

dbreference property writable 

dbreference: str

Access the dmm.digitize.dbreference attribute.

Description
  • This attribute defines the decibel (dB) reference setting for the DMM in volts.
Usage
  • Accessing this property will send the print(dmm.digitize.dbreference) query.
  • Setting this property to a value will send the dmm.digitize.dbreference = value command.
TSP Syntax 
- dmm.digitize.dbreference = value
- print(dmm.digitize.dbreference)
Raises:

displaydigits property writable 

displaydigits: str

Access the dmm.digitize.displaydigits attribute.

Description
  • This attribute describes the number of digits that are displayed on the front panel for the selected function.
Usage
  • Accessing this property will send the print(dmm.digitize.displaydigits) query.
  • Setting this property to a value will send the dmm.digitize.displaydigits = value command.
TSP Syntax 
- dmm.digitize.displaydigits = value
- print(dmm.digitize.displaydigits)
Raises:

func property writable 

func: str

Access the dmm.digitize.func attribute.

Description
  • This attribute determines which digitize function is active.
Usage
  • Accessing this property will send the print(dmm.digitize.func) query.
  • Setting this property to a value will send the dmm.digitize.func = value command.
TSP Syntax 
- dmm.digitize.func = value
- print(dmm.digitize.func)
Raises:

inputimpedance property writable 

inputimpedance: str

Access the dmm.digitize.inputimpedance attribute.

Description
  • This attribute determines when the 10 MΩ input divider is enabled.
Usage
  • Accessing this property will send the print(dmm.digitize.inputimpedance) query.
  • Setting this property to a value will send the dmm.digitize.inputimpedance = value command.
TSP Syntax 
- dmm.digitize.inputimpedance = value
- print(dmm.digitize.inputimpedance)
Raises:

limit property 

limit: dict[int, DmmDigitizeLimitItem]

Return the dmm.digitize.limit[Y] command tree.

Info
  • Y, the limit number: 1 or 2.
Sub-properties and sub-methods
  • .audible: The dmm.digitize.limit[Y].audible attribute.
  • .autoclear: The dmm.digitize.limit[Y].autoclear attribute.
  • .enable: The dmm.digitize.limit[Y].enable attribute.
  • .fail: The dmm.digitize.limit[Y].fail attribute.
  • .high: The dmm.digitize.limit[Y].high command tree.
  • .low: The dmm.digitize.limit[Y].low command tree.

math property 

math: DmmDigitizeMath

Return the dmm.digitize.math command tree.

Sub-properties and sub-methods
  • .enable: The dmm.digitize.math.enable attribute.
  • .format: The dmm.digitize.math.format attribute.
  • .mxb: The dmm.digitize.math.mxb command tree.
  • .percent: The dmm.digitize.math.percent attribute.

range property writable 

range: str

Access the dmm.digitize.range attribute.

Description
  • This attribute determines the positive full-scale measure range for the selected digitize function.
Usage
  • Accessing this property will send the print(dmm.digitize.range) query.
  • Setting this property to a value will send the dmm.digitize.range = value command.
TSP Syntax 
- dmm.digitize.range = value
- print(dmm.digitize.range)
Raises:

rel property 

rel: DmmDigitizeRel

Return the dmm.digitize.rel command tree.

Sub-properties and sub-methods
  • .acquire(): The dmm.digitize.rel.acquire() function.
  • .enable: The dmm.digitize.rel.enable attribute.
  • .level: The dmm.digitize.rel.level attribute.

samplerate property writable 

samplerate: str

Access the dmm.digitize.samplerate attribute.

Description
  • This attribute defines the precise acquisition rate at which the digitizing measurements are made.
Usage
  • Accessing this property will send the print(dmm.digitize.samplerate) query.
  • Setting this property to a value will send the dmm.digitize.samplerate = value command.
TSP Syntax 
- dmm.digitize.samplerate = value
- print(dmm.digitize.samplerate)
Raises:

unit property writable 

unit: str

Access the dmm.digitize.unit attribute.

Description
  • This attribute sets the units of measurement that are displayed on the front panel of the instrument and stored in the reading buffer.
Usage
  • Accessing this property will send the print(dmm.digitize.unit) query.
  • Setting this property to a value will send the dmm.digitize.unit = value command.
TSP Syntax 
- dmm.digitize.unit = value
- print(dmm.digitize.unit)
Raises:

userdelay property 

userdelay: dict[int, str | float]

Access the dmm.digitize.userdelay[N] attribute.

Description
  • This attribute sets a user-defined delay that you can use in the trigger model.
Usage
  • Accessing an item from this property will send the print(dmm.digitize.userdelay[N]) query.
  • Setting an item from this property to a value will send the dmm.digitize.userdelay[N] = value command.
TSP Syntax 
- dmm.digitize.userdelay[N] = value
- print(dmm.digitize.userdelay[N])
Info
  • N, the user delay to which this time applies (1 to 5).
Raises:

read 

read(buffer_name: str | None = None) -> str

Run the dmm.digitize.read() function.

Description
  • This function makes digitize measurements, places them in a reading buffer, and returns the last reading.
TSP Syntax 
- dmm.digitize.read()
Parameters:
  • buffer_name (optional, default: None ) –

    The name of the reading buffer, which may be a default buffer (defbuffer1 or defbuffer2) or a user-defined buffer; if nothing is specified, the reading is stored in defbuffer1.
Returns:
  • str –

    The result of the function call.
Raises:

readwithtime 

readwithtime(buffer_name: str | None = None) -> str

Run the dmm.digitize.readwithtime() function.

Description
  • This function initiates digitize measurements and returns the last actual measurement and time information in UTC format without using the trigger mode.
TSP Syntax 
- dmm.digitize.readwithtime()
Parameters:
  • buffer_name (optional, default: None ) –

    The name of the reading buffer, which may be a default buffer (defbuffer1 or defbuffer2) or a user-defined buffer; if no buffer is specified, this parameter defaults to defbuffer1.
Returns:
  • str –

    The result of the function call.
Raises:

DmmDigitizeAnalogtrigger

Bases: BaseTSPCmd

The dmm.digitize.analogtrigger command tree.

Properties and methods
  • .edge: The dmm.digitize.analogtrigger.edge command tree.
  • .mode: The dmm.digitize.analogtrigger.mode attribute.
  • .window: The dmm.digitize.analogtrigger.window command tree.

edge property 

edge: DmmDigitizeAnalogtriggerEdge

Return the dmm.digitize.analogtrigger.edge command tree.

Sub-properties and sub-methods
  • .level: The dmm.digitize.analogtrigger.edge.level attribute.
  • .slope: The dmm.digitize.analogtrigger.edge.slope attribute.

mode property writable 

mode: str

Access the dmm.digitize.analogtrigger.mode attribute.

Description
  • This attribute configures the type of signal behavior that can generate an analog trigger event.
Usage
  • Accessing this property will send the print(dmm.digitize.analogtrigger.mode) query.
  • Setting this property to a value will send the dmm.digitize.analogtrigger.mode = value command.
TSP Syntax 
- dmm.digitize.analogtrigger.mode = value
- print(dmm.digitize.analogtrigger.mode)
Raises:

window property 

window: DmmDigitizeAnalogtriggerWindow

Return the dmm.digitize.analogtrigger.window command tree.

Sub-properties and sub-methods
  • .direction: The dmm.digitize.analogtrigger.window.direction attribute.
  • .levelhigh: The dmm.digitize.analogtrigger.window.levelhigh attribute.
  • .levellow: The dmm.digitize.analogtrigger.window.levellow attribute.

DmmDigitizeAnalogtriggerEdge

Bases: BaseTSPCmd

The dmm.digitize.analogtrigger.edge command tree.

Properties and methods
  • .level: The dmm.digitize.analogtrigger.edge.level attribute.
  • .slope: The dmm.digitize.analogtrigger.edge.slope attribute.

level property writable 

level: str

Access the dmm.digitize.analogtrigger.edge.level attribute.

Description
  • This attribute defines the signal level that generates the analog trigger event for the edge trigger mode.
Usage
  • Accessing this property will send the print(dmm.digitize.analogtrigger.edge.level) query.
  • Setting this property to a value will send the dmm.digitize.analogtrigger.edge.level = value command.
TSP Syntax 
- dmm.digitize.analogtrigger.edge.level = value
- print(dmm.digitize.analogtrigger.edge.level)
Raises:

slope property writable 

slope: str

Access the dmm.digitize.analogtrigger.edge.slope attribute.

Description
  • This attribute defines the slope of the analog trigger edge.
Usage
  • Accessing this property will send the print(dmm.digitize.analogtrigger.edge.slope) query.
  • Setting this property to a value will send the dmm.digitize.analogtrigger.edge.slope = value command.
TSP Syntax 
- dmm.digitize.analogtrigger.edge.slope = value
- print(dmm.digitize.analogtrigger.edge.slope)
Raises:

DmmDigitizeAnalogtriggerWindow

Bases: BaseTSPCmd

The dmm.digitize.analogtrigger.window command tree.

Properties and methods
  • .direction: The dmm.digitize.analogtrigger.window.direction attribute.
  • .levelhigh: The dmm.digitize.analogtrigger.window.levelhigh attribute.
  • .levellow: The dmm.digitize.analogtrigger.window.levellow attribute.

direction property writable 

direction: str

Access the dmm.digitize.analogtrigger.window.direction attribute.

Description
  • This attribute defines if the analog trigger occurs when the signal enters or leaves the defined high and low analog signal level boundaries.
Usage
  • Accessing this property will send the print(dmm.digitize.analogtrigger.window.direction) query.
  • Setting this property to a value will send the dmm.digitize.analogtrigger.window.direction = value command.
TSP Syntax 
- dmm.digitize.analogtrigger.window.direction = value
- print(dmm.digitize.analogtrigger.window.direction)
Raises:

levelhigh property writable 

levelhigh: str

Access the dmm.digitize.analogtrigger.window.levelhigh attribute.

Description
  • This attribute defines the upper boundary of the analog trigger window.
Usage
  • Accessing this property will send the print(dmm.digitize.analogtrigger.window.levelhigh) query.
  • Setting this property to a value will send the dmm.digitize.analogtrigger.window.levelhigh = value command.
TSP Syntax 
- dmm.digitize.analogtrigger.window.levelhigh = value
- print(dmm.digitize.analogtrigger.window.levelhigh)
Raises:

levellow property writable 

levellow: str

Access the dmm.digitize.analogtrigger.window.levellow attribute.

Description
  • This attribute defines the lower boundary of the analog trigger window.
Usage
  • Accessing this property will send the print(dmm.digitize.analogtrigger.window.levellow) query.
  • Setting this property to a value will send the dmm.digitize.analogtrigger.window.levellow = value command.
TSP Syntax 
- dmm.digitize.analogtrigger.window.levellow = value
- print(dmm.digitize.analogtrigger.window.levellow)
Raises:

DmmDigitizeLimitItem

Bases: ValidatedDynamicNumberCmd, BaseTSPCmd

The dmm.digitize.limit[Y] command tree.

Info
  • Y, the limit number: 1 or 2.
Properties and methods
  • .audible: The dmm.digitize.limit[Y].audible attribute.
  • .autoclear: The dmm.digitize.limit[Y].autoclear attribute.
  • .enable: The dmm.digitize.limit[Y].enable attribute.
  • .fail: The dmm.digitize.limit[Y].fail attribute.
  • .high: The dmm.digitize.limit[Y].high command tree.
  • .low: The dmm.digitize.limit[Y].low command tree.

audible property writable 

audible: str

Access the dmm.digitize.limit[Y].audible attribute.

Description
  • This attribute determines if the instrument beeper sounds when a limit test passes or fails.
Usage
  • Accessing this property will send the print(dmm.digitize.limit[Y].audible) query.
  • Setting this property to a value will send the dmm.digitize.limit[Y].audible = value command.
TSP Syntax 
- dmm.digitize.limit[Y].audible = value
- print(dmm.digitize.limit[Y].audible)
Info
  • Y, the limit number: 1 or 2.
Raises:

autoclear property writable 

autoclear: str

Access the dmm.digitize.limit[Y].autoclear attribute.

Description
  • This attribute indicates if the test result for limit Y should be cleared automatically or not.
Usage
  • Accessing this property will send the print(dmm.digitize.limit[Y].autoclear) query.
  • Setting this property to a value will send the dmm.digitize.limit[Y].autoclear = value command.
TSP Syntax 
- dmm.digitize.limit[Y].autoclear = value
- print(dmm.digitize.limit[Y].autoclear)
Info
  • Y, the limit number: 1 or 2.
Raises:

enable property writable 

enable: str

Access the dmm.digitize.limit[Y].enable attribute.

Description
  • This attribute enables or disables a limit test on the measurement from the selected digitize function.
Usage
  • Accessing this property will send the print(dmm.digitize.limit[Y].enable) query.
  • Setting this property to a value will send the dmm.digitize.limit[Y].enable = value command.
TSP Syntax 
- dmm.digitize.limit[Y].enable = value
- print(dmm.digitize.limit[Y].enable)
Info
  • Y, the limit number: 1 or 2.
Raises:

fail property 

fail: str

Access the dmm.digitize.limit[Y].fail attribute.

Description
  • This attribute queries the results of a limit test.
Usage
  • Accessing this property will send the print(dmm.digitize.limit[Y].fail) query.
TSP Syntax 
- print(dmm.digitize.limit[Y].fail)
Info
  • Y, the limit number: 1 or 2.
Raises:

high property 

high: DmmDigitizeLimitItemHigh

Return the dmm.digitize.limit[Y].high command tree.

Info
  • Y, the limit number: 1 or 2.
Sub-properties and sub-methods
  • .value: The dmm.digitize.limit[Y].high.value attribute.

low property 

low: DmmDigitizeLimitItemLow

Return the dmm.digitize.limit[Y].low command tree.

Info
  • Y, the limit number: 1 or 2.
Sub-properties and sub-methods
  • .value: The dmm.digitize.limit[Y].low.value attribute.

DmmDigitizeLimitItemHigh

Bases: BaseTSPCmd

The dmm.digitize.limit[Y].high command tree.

Info
  • Y, the limit number: 1 or 2.
Properties and methods
  • .value: The dmm.digitize.limit[Y].high.value attribute.

value property writable 

value: str

Access the dmm.digitize.limit[Y].high.value attribute.

Description
  • This attribute specifies the upper limit for a limit test.
Usage
  • Accessing this property will send the print(dmm.digitize.limit[Y].high.value) query.
  • Setting this property to a value will send the dmm.digitize.limit[Y].high.value = value command.
TSP Syntax 
- dmm.digitize.limit[Y].high.value = value
- print(dmm.digitize.limit[Y].high.value)
Info
  • Y, the limit number: 1 or 2.
Raises:

DmmDigitizeLimitItemLow

Bases: BaseTSPCmd

The dmm.digitize.limit[Y].low command tree.

Info
  • Y, the limit number: 1 or 2.
Properties and methods
  • .value: The dmm.digitize.limit[Y].low.value attribute.

value property writable 

value: str

Access the dmm.digitize.limit[Y].low.value attribute.

Description
  • This attribute specifies the lower limit for a limit test.
Usage
  • Accessing this property will send the print(dmm.digitize.limit[Y].low.value) query.
  • Setting this property to a value will send the dmm.digitize.limit[Y].low.value = value command.
TSP Syntax 
- dmm.digitize.limit[Y].low.value = value
- print(dmm.digitize.limit[Y].low.value)
Info
  • Y, the limit number: 1 or 2.
Raises:

DmmDigitizeMath

Bases: BaseTSPCmd

The dmm.digitize.math command tree.

Properties and methods
  • .enable: The dmm.digitize.math.enable attribute.
  • .format: The dmm.digitize.math.format attribute.
  • .mxb: The dmm.digitize.math.mxb command tree.
  • .percent: The dmm.digitize.math.percent attribute.

enable property writable 

enable: str

Access the dmm.digitize.math.enable attribute.

Description
  • This attribute enables or disables math operations on measurements for the selected digitize function.
Usage
  • Accessing this property will send the print(dmm.digitize.math.enable) query.
  • Setting this property to a value will send the dmm.digitize.math.enable = value command.
TSP Syntax 
- dmm.digitize.math.enable = value
- print(dmm.digitize.math.enable)
Raises:

format property writable 

format: str

Access the dmm.digitize.math.format attribute.

Description
  • This attribute specifies which math operation is performed on measurements when math operations are enabled.
Usage
  • Accessing this property will send the print(dmm.digitize.math.format) query.
  • Setting this property to a value will send the dmm.digitize.math.format = value command.
TSP Syntax 
- dmm.digitize.math.format = value
- print(dmm.digitize.math.format)
Raises:

mxb property 

mxb: DmmDigitizeMathMxb

Return the dmm.digitize.math.mxb command tree.

Sub-properties and sub-methods
  • .bfactor: The dmm.digitize.math.mxb.bfactor attribute.
  • .mfactor: The dmm.digitize.math.mxb.mfactor attribute.

percent property writable 

percent: str

Access the dmm.digitize.math.percent attribute.

Description
  • This attribute specifies the reference constant that is used when math operations are set to percent.
Usage
  • Accessing this property will send the print(dmm.digitize.math.percent) query.
  • Setting this property to a value will send the dmm.digitize.math.percent = value command.
TSP Syntax 
- dmm.digitize.math.percent = value
- print(dmm.digitize.math.percent)
Raises:

DmmDigitizeMathMxb

Bases: BaseTSPCmd

The dmm.digitize.math.mxb command tree.

Properties and methods
  • .bfactor: The dmm.digitize.math.mxb.bfactor attribute.
  • .mfactor: The dmm.digitize.math.mxb.mfactor attribute.

bfactor property writable 

bfactor: str

Access the dmm.digitize.math.mxb.bfactor attribute.

Description
  • This attribute specifies the offset, b, for the y = mx + b operation.
Usage
  • Accessing this property will send the print(dmm.digitize.math.mxb.bfactor) query.
  • Setting this property to a value will send the dmm.digitize.math.mxb.bfactor = value command.
TSP Syntax 
- dmm.digitize.math.mxb.bfactor = value
- print(dmm.digitize.math.mxb.bfactor)
Raises:

mfactor property writable 

mfactor: str

Access the dmm.digitize.math.mxb.mfactor attribute.

Description
  • This attribute specifies the scale factor, m, for the y = mx + b math operation.
Usage
  • Accessing this property will send the print(dmm.digitize.math.mxb.mfactor) query.
  • Setting this property to a value will send the dmm.digitize.math.mxb.mfactor = value command.
TSP Syntax 
- dmm.digitize.math.mxb.mfactor = value
- print(dmm.digitize.math.mxb.mfactor)
Raises:

DmmDigitizeRel

Bases: BaseTSPCmd

The dmm.digitize.rel command tree.

Properties and methods
  • .acquire(): The dmm.digitize.rel.acquire() function.
  • .enable: The dmm.digitize.rel.enable attribute.
  • .level: The dmm.digitize.rel.level attribute.

enable property writable 

enable: str

Access the dmm.digitize.rel.enable attribute.

Description
  • This attribute enables or disables the application of a relative offset value to the measurement.
Usage
  • Accessing this property will send the print(dmm.digitize.rel.enable) query.
  • Setting this property to a value will send the dmm.digitize.rel.enable = value command.
TSP Syntax 
- dmm.digitize.rel.enable = value
- print(dmm.digitize.rel.enable)
Raises:

level property writable 

level: str

Access the dmm.digitize.rel.level attribute.

Description
  • This attribute contains the relative offset value.
Usage
  • Accessing this property will send the print(dmm.digitize.rel.level) query.
  • Setting this property to a value will send the dmm.digitize.rel.level = value command.
TSP Syntax 
- dmm.digitize.rel.level = value
- print(dmm.digitize.rel.level)
Raises:

acquire 

acquire() -> str

Run the dmm.digitize.rel.acquire() function.

Description
  • This function acquires a measurement and stores it as the relative offset value for the selected digitize function.
TSP Syntax 
- dmm.digitize.rel.acquire()
Returns:
  • str –

    The result of the function call.
Raises:

DmmMeasure

Bases: BaseTSPCmd

The dmm.measure command tree.

Properties and methods
  • .analogtrigger: The dmm.measure.analogtrigger command tree.
  • .aperture: The dmm.measure.aperture attribute.
  • .autodelay: The dmm.measure.autodelay attribute.
  • .autorange: The dmm.measure.autorange attribute.
  • .autozero: The dmm.measure.autozero command tree.
  • .bias: The dmm.measure.bias command tree.
  • .configlist: The dmm.measure.configlist command tree.
  • .count: The dmm.measure.count attribute.
  • .dbmreference: The dmm.measure.dbmreference attribute.
  • .dbreference: The dmm.measure.dbreference attribute.
  • .detectorbandwidth: The dmm.measure.detectorbandwidth attribute.
  • .displaydigits: The dmm.measure.displaydigits attribute.
  • .filter: The dmm.measure.filter command tree.
  • .fourrtd: The dmm.measure.fourrtd attribute.
  • .func: The dmm.measure.func attribute.
  • .getattribute(): The dmm.measure.getattribute() function.
  • .inputimpedance: The dmm.measure.inputimpedance attribute.
  • .limit: The dmm.measure.limit[Y] command tree.
  • .linesync: The dmm.measure.linesync attribute.
  • .math: The dmm.measure.math command tree.
  • .nplc: The dmm.measure.nplc attribute.
  • .offsetcompensation: The dmm.measure.offsetcompensation command tree.
  • .opendetector: The dmm.measure.opendetector attribute.
  • .range: The dmm.measure.range attribute.
  • .read(): The dmm.measure.read() function.
  • .readwithtime(): The dmm.measure.readwithtime() function.
  • .refjunction: The dmm.measure.refjunction attribute.
  • .rel: The dmm.measure.rel command tree.
  • .rtdalpha: The dmm.measure.rtdalpha attribute.
  • .rtdbeta: The dmm.measure.rtdbeta attribute.
  • .rtddelta: The dmm.measure.rtddelta attribute.
  • .rtdzero: The dmm.measure.rtdzero attribute.
  • .sense: The dmm.measure.sense command tree.
  • .setattribute(): The dmm.measure.setattribute() function.
  • .simreftemperature: The dmm.measure.simreftemperature attribute.
  • .thermistor: The dmm.measure.thermistor attribute.
  • .thermocouple: The dmm.measure.thermocouple attribute.
  • .threertd: The dmm.measure.threertd attribute.
  • .threshold: The dmm.measure.threshold command tree.
  • .transducer: The dmm.measure.transducer attribute.
  • .twortd: The dmm.measure.twortd attribute.
  • .unit: The dmm.measure.unit attribute.
  • .userdelay: The dmm.measure.userdelay[N] attribute.

analogtrigger property 

analogtrigger: DmmMeasureAnalogtrigger

Return the dmm.measure.analogtrigger command tree.

Sub-properties and sub-methods
  • .edge: The dmm.measure.analogtrigger.edge command tree.
  • .mode: The dmm.measure.analogtrigger.mode attribute.
  • .window: The dmm.measure.analogtrigger.window command tree.

aperture property writable 

aperture: str

Access the dmm.measure.aperture attribute.

Description
  • This function determines the aperture setting for the selected function.
Usage
  • Accessing this property will send the print(dmm.measure.aperture) query.
  • Setting this property to a value will send the dmm.measure.aperture = value command.
TSP Syntax 
- dmm.measure.aperture = value
- print(dmm.measure.aperture)
Raises:

autodelay property writable 

autodelay: str

Access the dmm.measure.autodelay attribute.

Description
  • This attribute enables or disables the automatic delay that occurs before each measurement.
Usage
  • Accessing this property will send the print(dmm.measure.autodelay) query.
  • Setting this property to a value will send the dmm.measure.autodelay = value command.
TSP Syntax 
- dmm.measure.autodelay = value
- print(dmm.measure.autodelay)
Raises:

autorange property writable 

autorange: str

Access the dmm.measure.autorange attribute.

Description
  • This attribute determines if the measurement range is set manually or automatically for the selected measure function.
Usage
  • Accessing this property will send the print(dmm.measure.autorange) query.
  • Setting this property to a value will send the dmm.measure.autorange = value command.
TSP Syntax 
- dmm.measure.autorange = value
- print(dmm.measure.autorange)
Raises:

autozero property 

autozero: DmmMeasureAutozero

Return the dmm.measure.autozero command tree.

Sub-properties and sub-methods
  • .enable: The dmm.measure.autozero.enable attribute.

bias property 

bias: DmmMeasureBias

Return the dmm.measure.bias command tree.

Sub-properties and sub-methods
  • .level: The dmm.measure.bias.level attribute.

configlist property 

configlist: DmmMeasureConfiglist

Return the dmm.measure.configlist command tree.

Sub-properties and sub-methods
  • .catalog(): The dmm.measure.configlist.catalog() function.
  • .create(): The dmm.measure.configlist.create() function.
  • .delete(): The dmm.measure.configlist.delete() function.
  • .query(): The dmm.measure.configlist.query() function.
  • .recall(): The dmm.measure.configlist.recall() function.
  • .size(): The dmm.measure.configlist.size() function.
  • .store(): The dmm.measure.configlist.store() function.
  • .storefunc(): The dmm.measure.configlist.storefunc() function.

count property writable 

count: str

Access the dmm.measure.count attribute.

Description
  • This attribute sets the number of measurements to make when a measurement is requested.
Usage
  • Accessing this property will send the print(dmm.measure.count) query.
  • Setting this property to a value will send the dmm.measure.count = value command.
TSP Syntax 
- dmm.measure.count = value
- print(dmm.measure.count)
Raises:

dbmreference property writable 

dbmreference: str

Access the dmm.measure.dbmreference attribute.

Description
  • This attribute defines the decibel-milliwatts (dBm) reference.
Usage
  • Accessing this property will send the print(dmm.measure.dbmreference) query.
  • Setting this property to a value will send the dmm.measure.dbmreference = value command.
TSP Syntax 
- dmm.measure.dbmreference = value
- print(dmm.measure.dbmreference)
Raises:

dbreference property writable 

dbreference: str

Access the dmm.measure.dbreference attribute.

Description
  • This attribute defines the decibel (dB) reference setting for the DMM in volts.
Usage
  • Accessing this property will send the print(dmm.measure.dbreference) query.
  • Setting this property to a value will send the dmm.measure.dbreference = value command.
TSP Syntax 
- dmm.measure.dbreference = value
- print(dmm.measure.dbreference)
Raises:

detectorbandwidth property writable 

detectorbandwidth: str

Access the dmm.measure.detectorbandwidth attribute.

Description
  • This attribute selects the detector bandwidth for AC current and AC voltage measurements.
Usage
  • Accessing this property will send the print(dmm.measure.detectorbandwidth) query.
  • Setting this property to a value will send the dmm.measure.detectorbandwidth = value command.
TSP Syntax 
- dmm.measure.detectorbandwidth = value
- print(dmm.measure.detectorbandwidth)
Raises:

displaydigits property writable 

displaydigits: str

Access the dmm.measure.displaydigits attribute.

Description
  • This attribute determines the number of digits that are displayed for measurements on the front panel.
Usage
  • Accessing this property will send the print(dmm.measure.displaydigits) query.
  • Setting this property to a value will send the dmm.measure.displaydigits = value command.
TSP Syntax 
- dmm.measure.displaydigits = value
- print(dmm.measure.displaydigits)
Raises:

filter property 

filter: DmmMeasureFilter

Return the dmm.measure.filter command tree.

Sub-properties and sub-methods
  • .count: The dmm.measure.filter.count attribute.
  • .enable: The dmm.measure.filter.enable attribute.
  • .type: The dmm.measure.filter.type attribute.
  • .window: The dmm.measure.filter.window attribute.

fourrtd property writable 

fourrtd: str

Access the dmm.measure.fourrtd attribute.

Description
  • This attribute defines the type of 4-wire RTD that is being used
Usage
  • Accessing this property will send the print(dmm.measure.fourrtd) query.
  • Setting this property to a value will send the dmm.measure.fourrtd = value command.
TSP Syntax 
- dmm.measure.fourrtd = value
- print(dmm.measure.fourrtd)
Raises:

func property writable 

func: str

Access the dmm.measure.func attribute.

Description
  • This attribute selects the active measure function.
Usage
  • Accessing this property will send the print(dmm.measure.func) query.
  • Setting this property to a value will send the dmm.measure.func = value command.
TSP Syntax 
- dmm.measure.func = value
- print(dmm.measure.func)
Raises:

inputimpedance property writable 

inputimpedance: str

Access the dmm.measure.inputimpedance attribute.

Description
  • This attribute determines when the 10 MΩ input divider is enabled.
Usage
  • Accessing this property will send the print(dmm.measure.inputimpedance) query.
  • Setting this property to a value will send the dmm.measure.inputimpedance = value command.
TSP Syntax 
- dmm.measure.inputimpedance = value
- print(dmm.measure.inputimpedance)
Raises:

limit property 

limit: dict[int, DmmMeasureLimitItem]

Return the dmm.measure.limit[Y] command tree.

Info
  • Y, the limit number: 1 or 2.
Sub-properties and sub-methods
  • .audible: The dmm.measure.limit[Y].audible attribute.
  • .autoclear: The dmm.measure.limit[Y].autoclear attribute.
  • .enable: The dmm.measure.limit[Y].enable attribute.
  • .fail: The dmm.measure.limit[Y].fail attribute.
  • .high: The dmm.measure.limit[Y].high command tree.
  • .low: The dmm.measure.limit[Y].low command tree.

linesync property writable 

linesync: str

Access the dmm.measure.linesync attribute.

Description
  • This attribute determines if line synchronization is used during the measurement.
Usage
  • Accessing this property will send the print(dmm.measure.linesync) query.
  • Setting this property to a value will send the dmm.measure.linesync = value command.
TSP Syntax 
- dmm.measure.linesync = value
- print(dmm.measure.linesync)
Raises:

math property 

math: DmmMeasureMath

Return the dmm.measure.math command tree.

Sub-properties and sub-methods
  • .enable: The dmm.measure.math.enable attribute.
  • .format: The dmm.measure.math.format attribute.
  • .mxb: The dmm.measure.math.mxb command tree.
  • .percent: The dmm.measure.math.percent attribute.

nplc property writable 

nplc: str

Access the dmm.measure.nplc attribute.

Description
  • This command sets the time that the input signal is measured for the selected function.
Usage
  • Accessing this property will send the print(dmm.measure.nplc) query.
  • Setting this property to a value will send the dmm.measure.nplc = value command.
TSP Syntax 
- dmm.measure.nplc = value
- print(dmm.measure.nplc)
Raises:

offsetcompensation property 

offsetcompensation: DmmMeasureOffsetcompensation

Return the dmm.measure.offsetcompensation command tree.

Sub-properties and sub-methods
  • .enable: The dmm.measure.offsetcompensation.enable attribute.

opendetector property writable 

opendetector: str

Access the dmm.measure.opendetector attribute.

Description
  • This attribute determines if the detection of open leads is enabled or disabled.
Usage
  • Accessing this property will send the print(dmm.measure.opendetector) query.
  • Setting this property to a value will send the dmm.measure.opendetector = value command.
TSP Syntax 
- dmm.measure.opendetector = value
- print(dmm.measure.opendetector)
Raises:

range property writable 

range: str

Access the dmm.measure.range attribute.

Description
  • This attribute determines the positive full-scale measure range.
Usage
  • Accessing this property will send the print(dmm.measure.range) query.
  • Setting this property to a value will send the dmm.measure.range = value command.
TSP Syntax 
- dmm.measure.range = value
- print(dmm.measure.range)
Raises:

refjunction property writable 

refjunction: str

Access the dmm.measure.refjunction attribute.

Description
  • This attribute defines the type of the thermocouple reference junction.
Usage
  • Accessing this property will send the print(dmm.measure.refjunction) query.
  • Setting this property to a value will send the dmm.measure.refjunction = value command.
TSP Syntax 
- dmm.measure.refjunction = value
- print(dmm.measure.refjunction)
Raises:

rel property 

rel: DmmMeasureRel

Return the dmm.measure.rel command tree.

Sub-properties and sub-methods
  • .enable: The dmm.measure.rel.enable attribute.
  • .level: The dmm.measure.rel.level attribute.
  • .method: The dmm.measure.rel.method attribute.

rtdalpha property writable 

rtdalpha: str

Access the dmm.measure.rtdalpha attribute.

Description
  • This attribute contains the alpha value of a user-defined RTD.
Usage
  • Accessing this property will send the print(dmm.measure.rtdalpha) query.
  • Setting this property to a value will send the dmm.measure.rtdalpha = value command.
TSP Syntax 
- dmm.measure.rtdalpha = value
- print(dmm.measure.rtdalpha)
Raises:

rtdbeta property writable 

rtdbeta: str

Access the dmm.measure.rtdbeta attribute.

Description
  • This attribute contains the beta value of a user-defined RTD.
Usage
  • Accessing this property will send the print(dmm.measure.rtdbeta) query.
  • Setting this property to a value will send the dmm.measure.rtdbeta = value command.
TSP Syntax 
- dmm.measure.rtdbeta = value
- print(dmm.measure.rtdbeta)
Raises:

rtddelta property writable 

rtddelta: str

Access the dmm.measure.rtddelta attribute.

Description
  • This attribute contains the delta value of a user-defined RTD.
Usage
  • Accessing this property will send the print(dmm.measure.rtddelta) query.
  • Setting this property to a value will send the dmm.measure.rtddelta = value command.
TSP Syntax 
- dmm.measure.rtddelta = value
- print(dmm.measure.rtddelta)
Raises:

rtdzero property writable 

rtdzero: str

Access the dmm.measure.rtdzero attribute.

Description
  • This attribute contains the zero value of a user-defined RTD.
Usage
  • Accessing this property will send the print(dmm.measure.rtdzero) query.
  • Setting this property to a value will send the dmm.measure.rtdzero = value command.
TSP Syntax 
- dmm.measure.rtdzero = value
- print(dmm.measure.rtdzero)
Raises:

sense property 

sense: DmmMeasureSense

Return the dmm.measure.sense command tree.

Sub-properties and sub-methods
  • .autorange: The dmm.measure.sense.autorange attribute.
  • .range: The dmm.measure.sense.range attribute.

simreftemperature property writable 

simreftemperature: str

Access the dmm.measure.simreftemperature attribute.

Description
  • This attribute sets the simulated reference temperature of the thermocouple reference junction.
Usage
  • Accessing this property will send the print(dmm.measure.simreftemperature) query.
  • Setting this property to a value will send the dmm.measure.simreftemperature = value command.
TSP Syntax 
- dmm.measure.simreftemperature = value
- print(dmm.measure.simreftemperature)
Raises:

thermistor property writable 

thermistor: str

Access the dmm.measure.thermistor attribute.

Description
  • This attribute describes the type of thermistor.
Usage
  • Accessing this property will send the print(dmm.measure.thermistor) query.
  • Setting this property to a value will send the dmm.measure.thermistor = value command.
TSP Syntax 
- dmm.measure.thermistor = value
- print(dmm.measure.thermistor)
Raises:

thermocouple property writable 

thermocouple: str

Access the dmm.measure.thermocouple attribute.

Description
  • This attribute indicates the thermocouple type.
Usage
  • Accessing this property will send the print(dmm.measure.thermocouple) query.
  • Setting this property to a value will send the dmm.measure.thermocouple = value command.
TSP Syntax 
- dmm.measure.thermocouple = value
- print(dmm.measure.thermocouple)
Raises:

threertd property writable 

threertd: str

Access the dmm.measure.threertd attribute.

Description
  • This attribute defines the type of three-wire RTD that is being used.
Usage
  • Accessing this property will send the print(dmm.measure.threertd) query.
  • Setting this property to a value will send the dmm.measure.threertd = value command.
TSP Syntax 
- dmm.measure.threertd = value
- print(dmm.measure.threertd)
Raises:

threshold property 

threshold: DmmMeasureThreshold

Return the dmm.measure.threshold command tree.

Sub-properties and sub-methods
  • .autorange: The dmm.measure.threshold.autorange attribute.
  • .range: The dmm.measure.threshold.range attribute.

transducer property writable 

transducer: str

Access the dmm.measure.transducer attribute.

Description
  • This attribute sets the transducer type for the temperature measurement function.
Usage
  • Accessing this property will send the print(dmm.measure.transducer) query.
  • Setting this property to a value will send the dmm.measure.transducer = value command.
TSP Syntax 
- dmm.measure.transducer = value
- print(dmm.measure.transducer)
Raises:

twortd property writable 

twortd: str

Access the dmm.measure.twortd attribute.

Description
  • This attribute defines the type of 2-wire RTD that is being used.
Usage
  • Accessing this property will send the print(dmm.measure.twortd) query.
  • Setting this property to a value will send the dmm.measure.twortd = value command.
TSP Syntax 
- dmm.measure.twortd = value
- print(dmm.measure.twortd)
Raises:

unit property writable 

unit: str

Access the dmm.measure.unit attribute.

Description
  • This attribute sets the units of measurement that are displayed on the front panel of the instrument and stored in the reading buffer.
Usage
  • Accessing this property will send the print(dmm.measure.unit) query.
  • Setting this property to a value will send the dmm.measure.unit = value command.
TSP Syntax 
- dmm.measure.unit = value
- print(dmm.measure.unit)
Raises:

userdelay property 

userdelay: dict[int, str | float]

Access the dmm.measure.userdelay[N] attribute.

Description
  • This attribute sets a user-defined delay that you can use in the trigger model.
Usage
  • Accessing an item from this property will send the print(dmm.measure.userdelay[N]) query.
  • Setting an item from this property to a value will send the dmm.measure.userdelay[N] = value command.
TSP Syntax 
- dmm.measure.userdelay[N] = value
- print(dmm.measure.userdelay[N])
Info
  • N, the user delay to which this time applies (1 to 5).
Raises:

getattribute 

getattribute(function: str, setting: str) -> str

Run the dmm.measure.getattribute() function.

Description
  • This function returns the setting for a function attribute.
TSP Syntax 
- dmm.measure.getattribute()
Parameters:
  • function (str) –

    The measurement function; see Details.

  • setting (str) –

    The attribute for the function; refer to dmm.measure.setattribute() for available settings.
Returns:
  • str –

    The result of the function call.
Raises:

read 

read(buffer_name: str | None = None) -> str

Run the dmm.measure.read() function.

Description
  • This function makes measurements, places them in a reading buffer, and returns the last reading.
TSP Syntax 
- dmm.measure.read()
Parameters:
  • buffer_name (optional, default: None ) –

    The name of the reading buffer, which may be a default buffer (defbuffer1 or defbuffer2) or a user-defined buffer; if no buffer is defined, it defaults to defbuffer1.
Returns:
  • str –

    The result of the function call.
Raises:

readwithtime 

readwithtime(buffer_name: str | None = None) -> str

Run the dmm.measure.readwithtime() function.

Description
  • This function initiates measurements and returns the last actual measurement and time information in UTC format without using the trigger model.
TSP Syntax 
- dmm.measure.readwithtime()
Parameters:
  • buffer_name (optional, default: None ) –

    The name of the reading buffer, which may be a default buffer (defbuffer1 or defbuffer2) or a user-defined buffer; if no buffer is specified, this parameter defaults to defbuffer1.
Returns:
  • str –

    The result of the function call.
Raises:

setattribute 

setattribute(function: str, setting: str, value: str) -> None

Run the dmm.measure.setattribute() function.

Description
  • This function allows you to set up a measure function whether or not the function is active.
TSP Syntax 
- dmm.measure.setattribute()
Parameters:
  • function (str) –

    The function for which you are setting parameters; see Functions.

  • setting (str) –

    The parameter for the function; refer to Details and the tables following the examples.

  • value (str) –

    The parameter value.
Raises:

DmmMeasureAnalogtrigger

Bases: BaseTSPCmd

The dmm.measure.analogtrigger command tree.

Properties and methods
  • .edge: The dmm.measure.analogtrigger.edge command tree.
  • .mode: The dmm.measure.analogtrigger.mode attribute.
  • .window: The dmm.measure.analogtrigger.window command tree.

edge property 

edge: DmmMeasureAnalogtriggerEdge

Return the dmm.measure.analogtrigger.edge command tree.

Sub-properties and sub-methods
  • .level: The dmm.measure.analogtrigger.edge.level attribute.
  • .slope: The dmm.measure.analogtrigger.edge.slope attribute.

mode property writable 

mode: str

Access the dmm.measure.analogtrigger.mode attribute.

Description
  • This attribute configures the type of signal behavior that can generate an analog trigger event.
Usage
  • Accessing this property will send the print(dmm.measure.analogtrigger.mode) query.
  • Setting this property to a value will send the dmm.measure.analogtrigger.mode = value command.
TSP Syntax 
- dmm.measure.analogtrigger.mode = value
- print(dmm.measure.analogtrigger.mode)
Raises:

window property 

window: DmmMeasureAnalogtriggerWindow

Return the dmm.measure.analogtrigger.window command tree.

Sub-properties and sub-methods
  • .direction: The dmm.measure.analogtrigger.window.direction attribute.
  • .levelhigh: The dmm.measure.analogtrigger.window.levelhigh attribute.
  • .levellow: The dmm.measure.analogtrigger.window.levellow attribute.

DmmMeasureAnalogtriggerEdge

Bases: BaseTSPCmd

The dmm.measure.analogtrigger.edge command tree.

Properties and methods
  • .level: The dmm.measure.analogtrigger.edge.level attribute.
  • .slope: The dmm.measure.analogtrigger.edge.slope attribute.

level property writable 

level: str

Access the dmm.measure.analogtrigger.edge.level attribute.

Description
  • This attribute defines the signal level that generates the analog trigger event for the edge trigger mode.
Usage
  • Accessing this property will send the print(dmm.measure.analogtrigger.edge.level) query.
  • Setting this property to a value will send the dmm.measure.analogtrigger.edge.level = value command.
TSP Syntax 
- dmm.measure.analogtrigger.edge.level = value
- print(dmm.measure.analogtrigger.edge.level)
Raises:

slope property writable 

slope: str

Access the dmm.measure.analogtrigger.edge.slope attribute.

Description
  • This attribute defines the slope of the analog trigger edge.
Usage
  • Accessing this property will send the print(dmm.measure.analogtrigger.edge.slope) query.
  • Setting this property to a value will send the dmm.measure.analogtrigger.edge.slope = value command.
TSP Syntax 
- dmm.measure.analogtrigger.edge.slope = value
- print(dmm.measure.analogtrigger.edge.slope)
Raises:

DmmMeasureAnalogtriggerWindow

Bases: BaseTSPCmd

The dmm.measure.analogtrigger.window command tree.

Properties and methods
  • .direction: The dmm.measure.analogtrigger.window.direction attribute.
  • .levelhigh: The dmm.measure.analogtrigger.window.levelhigh attribute.
  • .levellow: The dmm.measure.analogtrigger.window.levellow attribute.

direction property writable 

direction: str

Access the dmm.measure.analogtrigger.window.direction attribute.

Description
  • This attribute defines if the analog trigger occurs when the signal enters or leaves the defined high and low analog signal level boundaries.
Usage
  • Accessing this property will send the print(dmm.measure.analogtrigger.window.direction) query.
  • Setting this property to a value will send the dmm.measure.analogtrigger.window.direction = value command.
TSP Syntax 
- dmm.measure.analogtrigger.window.direction = value
- print(dmm.measure.analogtrigger.window.direction)
Raises:

levelhigh property writable 

levelhigh: str

Access the dmm.measure.analogtrigger.window.levelhigh attribute.

Description
  • This attribute defines the upper boundary of the analog trigger window.
Usage
  • Accessing this property will send the print(dmm.measure.analogtrigger.window.levelhigh) query.
  • Setting this property to a value will send the dmm.measure.analogtrigger.window.levelhigh = value command.
TSP Syntax 
- dmm.measure.analogtrigger.window.levelhigh = value
- print(dmm.measure.analogtrigger.window.levelhigh)
Raises:

levellow property writable 

levellow: str

Access the dmm.measure.analogtrigger.window.levellow attribute.

Description
  • This attribute defines the lower boundary of the analog trigger window.
Usage
  • Accessing this property will send the print(dmm.measure.analogtrigger.window.levellow) query.
  • Setting this property to a value will send the dmm.measure.analogtrigger.window.levellow = value command.
TSP Syntax 
- dmm.measure.analogtrigger.window.levellow = value
- print(dmm.measure.analogtrigger.window.levellow)
Raises:

DmmMeasureAutozero

Bases: BaseTSPCmd

The dmm.measure.autozero command tree.

Properties and methods
  • .enable: The dmm.measure.autozero.enable attribute.

enable property writable 

enable: str

Access the dmm.measure.autozero.enable attribute.

Description
  • This attribute enables or disables automatic updates to the internal reference measurements (autozero) of the instrument.
Usage
  • Accessing this property will send the print(dmm.measure.autozero.enable) query.
  • Setting this property to a value will send the dmm.measure.autozero.enable = value command.
TSP Syntax 
- dmm.measure.autozero.enable = value
- print(dmm.measure.autozero.enable)
Raises:

DmmMeasureBias

Bases: BaseTSPCmd

The dmm.measure.bias command tree.

Properties and methods
  • .level: The dmm.measure.bias.level attribute.

level property writable 

level: str

Access the dmm.measure.bias.level attribute.

Description
  • This attribute selects the amount of current the instrument sources when it makes measurements.
Usage
  • Accessing this property will send the print(dmm.measure.bias.level) query.
  • Setting this property to a value will send the dmm.measure.bias.level = value command.
TSP Syntax 
- dmm.measure.bias.level = value
- print(dmm.measure.bias.level)
Raises:

DmmMeasureConfiglist

Bases: BaseTSPCmd

The dmm.measure.configlist command tree.

Properties and methods
  • .catalog(): The dmm.measure.configlist.catalog() function.
  • .create(): The dmm.measure.configlist.create() function.
  • .delete(): The dmm.measure.configlist.delete() function.
  • .query(): The dmm.measure.configlist.query() function.
  • .recall(): The dmm.measure.configlist.recall() function.
  • .size(): The dmm.measure.configlist.size() function.
  • .store(): The dmm.measure.configlist.store() function.
  • .storefunc(): The dmm.measure.configlist.storefunc() function.

catalog 

catalog() -> str

Run the dmm.measure.configlist.catalog() function.

Description
  • This function returns the name of one measure configuration list that is stored on the instrument.
TSP Syntax 
- dmm.measure.configlist.catalog()
Returns:
  • str –

    The result of the function call.
Raises:

create 

create(list_name: str) -> None

Run the dmm.measure.configlist.create() function.

Description
  • This function creates an empty measure configuration list.
TSP Syntax 
- dmm.measure.configlist.create()
Parameters:
  • list_name (str) –

    A string that represents the name of a measure configuration list.
Raises:

delete 

delete(list_name: str, index: int | None = None) -> None

Run the dmm.measure.configlist.delete() function.

Description
  • This function deletes a measure configuration list.
TSP Syntax 
- dmm.measure.configlist.delete()
Parameters:
  • list_name (str) –

    A string that represents the name of a measure configuration list.

  • index (optional, default: None ) –

    A number that defines a specific configuration index in the configuration list.
Raises:

query 

query(list_name: str, index: int, field_separator: str | None = None) -> str

Run the dmm.measure.configlist.query() function.

Description
  • This function returns a list of TSP commands and parameter settings that are stored in the specified configuration index.
TSP Syntax 
- dmm.measure.configlist.query()
Parameters:
  • list_name (str) –

    A string that represents the name of a measure configuration list.

  • index (int) –

    A number that defines a specific configuration index in the configuration list.

  • field_separator (optional, default: None ) –

    String that represents the separator for the data; use one of the following.
Returns:
  • str –

    The result of the function call.
Raises:

recall 

recall(list_name: str, index: int | None = None) -> None

Run the dmm.measure.configlist.recall() function.

Description
  • This function recalls a configuration index in a measure configuration list.
TSP Syntax 
- dmm.measure.configlist.recall()
Parameters:
  • list_name (str) –

    A string that represents the name of a measure configuration list.

  • index (optional, default: None ) –

    A number that defines a specific configuration index in the measure configuration list.
Raises:

size 

size(list_name: str) -> str

Run the dmm.measure.configlist.size() function.

Description
  • This function returns the size (number of configuration indexes) of a measure configuration list.
TSP Syntax 
- dmm.measure.configlist.size()
Parameters:
  • list_name (str) –

    A string that represents the name of a measure configuration list.
Returns:
  • str –

    The result of the function call.
Raises:

store 

store(list_name: str, index: int | None = None) -> None

Run the dmm.measure.configlist.store() function.

Description
  • This function stores the active measure or digitize settings into the named configuration list.
TSP Syntax 
- dmm.measure.configlist.store()
Parameters:
  • list_name (str) –

    A string that represents the name of a measure configuration list.

  • index (optional, default: None ) –

    A number that defines a specific configuration index in the configuration list.
Raises:

storefunc 

storefunc(list_name: str, function: str, index: int | None = None) -> None

Run the dmm.measure.configlist.storefunc() function.

Description
  • This function allows you to store the settings for a measure function into a measure configuration list whether or not the function is active.
TSP Syntax 
- dmm.measure.configlist.storefunc()
Parameters:
  • list_name (str) –

    Name of the configuration list in which to store the function settings.

  • function (str) –

    The measure function settings to save into the configuration list; see Details.

  • index (optional, default: None ) –

    The number of the configuration list index in which to store the settings.
Raises:

DmmMeasureFilter

Bases: BaseTSPCmd

The dmm.measure.filter command tree.

Properties and methods
  • .count: The dmm.measure.filter.count attribute.
  • .enable: The dmm.measure.filter.enable attribute.
  • .type: The dmm.measure.filter.type attribute.
  • .window: The dmm.measure.filter.window attribute.

count property writable 

count: str

Access the dmm.measure.filter.count attribute.

Description
  • This attribute sets the number of measurements that are averaged when filtering is enabled.
Usage
  • Accessing this property will send the print(dmm.measure.filter.count) query.
  • Setting this property to a value will send the dmm.measure.filter.count = value command.
TSP Syntax 
- dmm.measure.filter.count = value
- print(dmm.measure.filter.count)
Raises:

enable property writable 

enable: str

Access the dmm.measure.filter.enable attribute.

Description
  • This attribute enables or disables the averaging filter for measurements of the selected function.
Usage
  • Accessing this property will send the print(dmm.measure.filter.enable) query.
  • Setting this property to a value will send the dmm.measure.filter.enable = value command.
TSP Syntax 
- dmm.measure.filter.enable = value
- print(dmm.measure.filter.enable)
Raises:

type property writable 

type: str

Access the dmm.measure.filter.type attribute.

Description
  • This attribute defines the type of averaging filter that is used for the selected measure function when the measurement filter is enabled.
Usage
  • Accessing this property will send the print(dmm.measure.filter.type) query.
  • Setting this property to a value will send the dmm.measure.filter.type = value command.
TSP Syntax 
- dmm.measure.filter.type = value
- print(dmm.measure.filter.type)
Raises:

window property writable 

window: str

Access the dmm.measure.filter.window attribute.

Description
  • This attribute sets the window for the averaging filter that is used for measurements for the selected function.
Usage
  • Accessing this property will send the print(dmm.measure.filter.window) query.
  • Setting this property to a value will send the dmm.measure.filter.window = value command.
TSP Syntax 
- dmm.measure.filter.window = value
- print(dmm.measure.filter.window)
Raises:

DmmMeasureLimitItem

Bases: ValidatedDynamicNumberCmd, BaseTSPCmd

The dmm.measure.limit[Y] command tree.

Info
  • Y, the limit number: 1 or 2.
Properties and methods
  • .audible: The dmm.measure.limit[Y].audible attribute.
  • .autoclear: The dmm.measure.limit[Y].autoclear attribute.
  • .enable: The dmm.measure.limit[Y].enable attribute.
  • .fail: The dmm.measure.limit[Y].fail attribute.
  • .high: The dmm.measure.limit[Y].high command tree.
  • .low: The dmm.measure.limit[Y].low command tree.

audible property writable 

audible: str

Access the dmm.measure.limit[Y].audible attribute.

Description
  • This attribute determines if the instrument beeper sounds when a limit test passes or fails.
Usage
  • Accessing this property will send the print(dmm.measure.limit[Y].audible) query.
  • Setting this property to a value will send the dmm.measure.limit[Y].audible = value command.
TSP Syntax 
- dmm.measure.limit[Y].audible = value
- print(dmm.measure.limit[Y].audible)
Info
  • Y, the limit number: 1 or 2.
Raises:

autoclear property writable 

autoclear: str

Access the dmm.measure.limit[Y].autoclear attribute.

Description
  • This attribute indicates if the test result for limit Y should be cleared automatically or not.
Usage
  • Accessing this property will send the print(dmm.measure.limit[Y].autoclear) query.
  • Setting this property to a value will send the dmm.measure.limit[Y].autoclear = value command.
TSP Syntax 
- dmm.measure.limit[Y].autoclear = value
- print(dmm.measure.limit[Y].autoclear)
Info
  • Y, the limit number: 1 or 2.
Raises:

enable property writable 

enable: str

Access the dmm.measure.limit[Y].enable attribute.

Description
  • This attribute enables or disables a limit test on the measurement from the selected measure function.
Usage
  • Accessing this property will send the print(dmm.measure.limit[Y].enable) query.
  • Setting this property to a value will send the dmm.measure.limit[Y].enable = value command.
TSP Syntax 
- dmm.measure.limit[Y].enable = value
- print(dmm.measure.limit[Y].enable)
Info
  • Y, the limit number: 1 or 2.
Raises:

fail property 

fail: str

Access the dmm.measure.limit[Y].fail attribute.

Description
  • This attribute queries the results of a limit test.
Usage
  • Accessing this property will send the print(dmm.measure.limit[Y].fail) query.
TSP Syntax 
- print(dmm.measure.limit[Y].fail)
Info
  • Y, the limit number: 1 or 2.
Raises:

high property 

high: DmmMeasureLimitItemHigh

Return the dmm.measure.limit[Y].high command tree.

Info
  • Y, the limit number: 1 or 2.
Sub-properties and sub-methods
  • .value: The dmm.measure.limit[Y].high.value attribute.

low property 

low: DmmMeasureLimitItemLow

Return the dmm.measure.limit[Y].low command tree.

Info
  • Y, the limit number: 1 or 2.
Sub-properties and sub-methods
  • .value: The dmm.measure.limit[Y].low.value attribute.

DmmMeasureLimitItemHigh

Bases: BaseTSPCmd

The dmm.measure.limit[Y].high command tree.

Info
  • Y, the limit number: 1 or 2.
Properties and methods
  • .value: The dmm.measure.limit[Y].high.value attribute.

value property writable 

value: str

Access the dmm.measure.limit[Y].high.value attribute.

Description
  • This attribute specifies the upper limit for a limit test.
Usage
  • Accessing this property will send the print(dmm.measure.limit[Y].high.value) query.
  • Setting this property to a value will send the dmm.measure.limit[Y].high.value = value command.
TSP Syntax 
- dmm.measure.limit[Y].high.value = value
- print(dmm.measure.limit[Y].high.value)
Info
  • Y, the limit number: 1 or 2.
Raises:

DmmMeasureLimitItemLow

Bases: BaseTSPCmd

The dmm.measure.limit[Y].low command tree.

Info
  • Y, the limit number: 1 or 2.
Properties and methods
  • .value: The dmm.measure.limit[Y].low.value attribute.

value property writable 

value: str

Access the dmm.measure.limit[Y].low.value attribute.

Description
  • This attribute specifies the lower limit for a limit test.
Usage
  • Accessing this property will send the print(dmm.measure.limit[Y].low.value) query.
  • Setting this property to a value will send the dmm.measure.limit[Y].low.value = value command.
TSP Syntax 
- dmm.measure.limit[Y].low.value = value
- print(dmm.measure.limit[Y].low.value)
Info
  • Y, the limit number: 1 or 2.
Raises:

DmmMeasureMath

Bases: BaseTSPCmd

The dmm.measure.math command tree.

Properties and methods
  • .enable: The dmm.measure.math.enable attribute.
  • .format: The dmm.measure.math.format attribute.
  • .mxb: The dmm.measure.math.mxb command tree.
  • .percent: The dmm.measure.math.percent attribute.

enable property writable 

enable: str

Access the dmm.measure.math.enable attribute.

Description
  • This attribute enables or disables math operations on measurements for the selected measurement function.
Usage
  • Accessing this property will send the print(dmm.measure.math.enable) query.
  • Setting this property to a value will send the dmm.measure.math.enable = value command.
TSP Syntax 
- dmm.measure.math.enable = value
- print(dmm.measure.math.enable)
Raises:

format property writable 

format: str

Access the dmm.measure.math.format attribute.

Description
  • This attribute specifies which math operation is performed on measurements when math operations are enabled.
Usage
  • Accessing this property will send the print(dmm.measure.math.format) query.
  • Setting this property to a value will send the dmm.measure.math.format = value command.
TSP Syntax 
- dmm.measure.math.format = value
- print(dmm.measure.math.format)
Raises:

mxb property 

mxb: DmmMeasureMathMxb

Return the dmm.measure.math.mxb command tree.

Sub-properties and sub-methods
  • .bfactor: The dmm.measure.math.mxb.bfactor attribute.
  • .mfactor: The dmm.measure.math.mxb.mfactor attribute.

percent property writable 

percent: str

Access the dmm.measure.math.percent attribute.

Description
  • This attribute specifies the reference constant that is used when math operations are set to percent.
Usage
  • Accessing this property will send the print(dmm.measure.math.percent) query.
  • Setting this property to a value will send the dmm.measure.math.percent = value command.
TSP Syntax 
- dmm.measure.math.percent = value
- print(dmm.measure.math.percent)
Raises:

DmmMeasureMathMxb

Bases: BaseTSPCmd

The dmm.measure.math.mxb command tree.

Properties and methods
  • .bfactor: The dmm.measure.math.mxb.bfactor attribute.
  • .mfactor: The dmm.measure.math.mxb.mfactor attribute.

bfactor property writable 

bfactor: str

Access the dmm.measure.math.mxb.bfactor attribute.

Description
  • This attribute specifies the offset, b, for the y = mx + b operation.
Usage
  • Accessing this property will send the print(dmm.measure.math.mxb.bfactor) query.
  • Setting this property to a value will send the dmm.measure.math.mxb.bfactor = value command.
TSP Syntax 
- dmm.measure.math.mxb.bfactor = value
- print(dmm.measure.math.mxb.bfactor)
Raises:

mfactor property writable 

mfactor: str

Access the dmm.measure.math.mxb.mfactor attribute.

Description
  • This attribute specifies the scale factor, m, for the y = mx + b math operation.
Usage
  • Accessing this property will send the print(dmm.measure.math.mxb.mfactor) query.
  • Setting this property to a value will send the dmm.measure.math.mxb.mfactor = value command.
TSP Syntax 
- dmm.measure.math.mxb.mfactor = value
- print(dmm.measure.math.mxb.mfactor)
Raises:

DmmMeasureOffsetcompensation

Bases: BaseTSPCmd

The dmm.measure.offsetcompensation command tree.

Properties and methods
  • .enable: The dmm.measure.offsetcompensation.enable attribute.

enable property writable 

enable: str

Access the dmm.measure.offsetcompensation.enable attribute.

Description
  • This attribute determines if offset compensation is used.
Usage
  • Accessing this property will send the print(dmm.measure.offsetcompensation.enable) query.
  • Setting this property to a value will send the dmm.measure.offsetcompensation.enable = value command.
TSP Syntax 
- dmm.measure.offsetcompensation.enable = value
- print(dmm.measure.offsetcompensation.enable)
Raises:

DmmMeasureRel

Bases: BaseTSPCmd

The dmm.measure.rel command tree.

Properties and methods
  • .enable: The dmm.measure.rel.enable attribute.
  • .level: The dmm.measure.rel.level attribute.
  • .method: The dmm.measure.rel.method attribute.

enable property writable 

enable: str

Access the dmm.measure.rel.enable attribute.

Description
  • This attribute enables or disables the application of a relative offset value to the measurement.
Usage
  • Accessing this property will send the print(dmm.measure.rel.enable) query.
  • Setting this property to a value will send the dmm.measure.rel.enable = value command.
TSP Syntax 
- dmm.measure.rel.enable = value
- print(dmm.measure.rel.enable)
Raises:

level property writable 

level: str

Access the dmm.measure.rel.level attribute.

Description
  • This attribute contains the relative offset value.
Usage
  • Accessing this property will send the print(dmm.measure.rel.level) query.
  • Setting this property to a value will send the dmm.measure.rel.level = value command.
TSP Syntax 
- dmm.measure.rel.level = value
- print(dmm.measure.rel.level)
Raises:

method property writable 

method: str

Access the dmm.measure.rel.method attribute.

Description
  • This attribute determines if relative offset is applied to the measurements before calculating the DC voltage ratio value.
Usage
  • Accessing this property will send the print(dmm.measure.rel.method) query.
  • Setting this property to a value will send the dmm.measure.rel.method = value command.
TSP Syntax 
- dmm.measure.rel.method = value
- print(dmm.measure.rel.method)
Raises:

DmmMeasureSense

Bases: BaseTSPCmd

The dmm.measure.sense command tree.

Properties and methods
  • .autorange: The dmm.measure.sense.autorange attribute.
  • .range: The dmm.measure.sense.range attribute.

autorange property 

autorange: str

Access the dmm.measure.sense.autorange attribute.

Description
  • This attribute returns the setting of sense autorange.
Usage
  • Accessing this property will send the print(dmm.measure.sense.autorange) query.
TSP Syntax 
- print(dmm.measure.sense.autorange)
Raises:

range property 

range: str

Access the dmm.measure.sense.range attribute.

Description
  • This attribute displays the positive full-scale range that is being used for the sense measurement.
Usage
  • Accessing this property will send the print(dmm.measure.sense.range) query.
TSP Syntax 
- print(dmm.measure.sense.range)
Raises:

DmmMeasureThreshold

Bases: BaseTSPCmd

The dmm.measure.threshold command tree.

Properties and methods
  • .autorange: The dmm.measure.threshold.autorange attribute.
  • .range: The dmm.measure.threshold.range attribute.

autorange property writable 

autorange: str

Access the dmm.measure.threshold.autorange attribute.

Description
  • This attribute determines if the threshold range is set manually or automatically.
Usage
  • Accessing this property will send the print(dmm.measure.threshold.autorange) query.
  • Setting this property to a value will send the dmm.measure.threshold.autorange = value command.
TSP Syntax 
- dmm.measure.threshold.autorange = value
- print(dmm.measure.threshold.autorange)
Raises:

range property writable 

range: str

Access the dmm.measure.threshold.range attribute.

Description
  • This attribute indicates the expected input level of the voltage signal.
Usage
  • Accessing this property will send the print(dmm.measure.threshold.range) query.
  • Setting this property to a value will send the dmm.measure.threshold.range = value command.
TSP Syntax 
- dmm.measure.threshold.range = value
- print(dmm.measure.threshold.range)
Raises: