Enums¶

Enums used in NI-Digital Pattern Driver

BitOrder¶

class nidigital.BitOrder¶

MSB¶: The most significant bit is first. The first bit is in the 2^n place, where n is the number of bits.

LSB¶: The least significant bit is first. The first bit is in the 2^0 place.

DigitalEdge¶

class nidigital.DigitalEdge¶

RISING¶: Asserts the trigger when the signal transitions from low level to high level.

FALLING¶: Asserts the trigger when the signal transitions from high level to low level.

DriveFormat¶

class nidigital.DriveFormat¶

NR¶: Drive format remains at logic level after each bit.

RL¶: Drive format returns to a logic level low after each bit.

RH¶: Drive format returns to a logic level high after each bit.

SBC¶: Drive format returns to the complement logic level of the bit after each bit.

FrequencyMeasurementMode¶

class nidigital.FrequencyMeasurementMode¶

BANKED¶

Frequency measurements are made serially for groups of channels associated with a single frequency counter for each group.

Maximum frequency measured: 200 MHz.

PARALLEL¶

Frequency measurements are made by multiple frequency counters in parallel.

Maximum frequency measured: 100 MHz.

HistoryRAMCyclesToAcquire¶

class nidigital.HistoryRAMCyclesToAcquire¶

FAILED¶: Acquires failed cycles.

ALL¶: Acquires all cycles.

HistoryRAMTriggerType¶

class nidigital.HistoryRAMTriggerType¶

FIRST_FAILURE¶: First Failure History RAM trigger

CYCLE_NUMBER¶: Cycle Number History RAM trigger.

PATTERN_LABEL¶: Pattern Label History RAM trigger

PPMUApertureTimeUnits¶

class nidigital.PPMUApertureTimeUnits¶

SECONDS¶: Unit in seconds.

PPMUCurrentLimitBehavior¶

class nidigital.PPMUCurrentLimitBehavior¶

REGULATE¶: Controls output current so that it does not exceed the current limit. Power continues to generate even if the current limit is reached.

PPMUMeasurementType¶

class nidigital.PPMUMeasurementType¶

CURRENT¶: The PPMU measures current.

VOLTAGE¶: The PPMU measures voltage.

PPMUOutputFunction¶

class nidigital.PPMUOutputFunction¶

VOLTAGE¶: The PPMU forces voltage to the DUT.

CURRENT¶: The PPMU forces current to the DUT.

PinState¶

class nidigital.PinState¶

ZERO¶: A digital state of 0.

ONE¶: A digital state of 1.

L¶: A digital state of L (low).

H¶: A digital state of H (high).

X¶: A digital state of X (non-drive state).

M¶: A digital state of M (midband).

V¶: A digital state of V (compare high or low, not midband; store results from capture functionality if configured).

D¶: A digital state of D (drive data from source functionality if configured).

E¶: A digital state of E (compare data from source functionality if configured).

NOT_A_PIN_STATE¶: Not a pin state is used for non-existent DUT cycles.

PIN_STATE_NOT_ACQUIRED¶: Pin state could not be acquired because none of the pins mapped to the instrument in a multi-instrument session had any failures.

SelectedFunction¶

class nidigital.SelectedFunction¶

DIGITAL¶: The pattern sequencer controls the specified pin(s). If a pattern is currently bursting, the pin immediately switches to bursting the pattern. This option disconnects the PPMU.

PPMU¶: The PPMU controls the specified pin(s) and connects the PPMU. The pin driver is in a non-drive state, and the active load is disabled. The PPMU does not start sourcing or measuring until Source or Measure(PpmuMeasurementType) is called.

OFF¶: Puts the digital driver in a non-drive state, disables the active load, disconnects the PPMU, and closes the I/O switch connecting the instrument channel.

DISCONNECT¶: The I/O switch connecting the instrument channel is open to the I/O connector. If the PPMU is sourcing, it is stopped prior to opening the I/O switch.

SequencerFlag¶

class nidigital.SequencerFlag¶

FLAG0¶

FLAG1¶

FLAG2¶

FLAG3¶

SequencerRegister¶

class nidigital.SequencerRegister¶

REGISTER0¶

REGISTER1¶

REGISTER2¶

REGISTER3¶

REGISTER4¶

REGISTER5¶

REGISTER6¶

REGISTER7¶

REGISTER8¶

REGISTER9¶

REGISTER10¶

REGISTER11¶

REGISTER12¶

REGISTER13¶

REGISTER14¶

REGISTER15¶

SoftwareTrigger¶

class nidigital.SoftwareTrigger¶

START¶: Overrides the start trigger.

CONDITIONAL_JUMP¶: Specifies to route a pattern opcode event signal.

SourceDataMapping¶

class nidigital.SourceDataMapping¶

BROADCAST¶: Broadcasts the waveform you specify to all sites.

SITE_UNIQUE¶: Sources unique waveform data to each site.

TDREndpointTermination¶

class nidigital.TDREndpointTermination¶

OPEN¶: TDR channels are connected to an open circuit.

SHORT_TO_GROUND¶: TDR channels are connected to a short to ground.

TerminationMode¶

class nidigital.TerminationMode¶

ACTIVE_LOAD¶: The active load provides a constant current to a commutating voltage (Vcom).

VTERM¶: The pin driver drives Vterm.

HIGH_Z¶: The pin driver is in a non-drive state (in a high-impedance state) and the active load is disabled.

TimeSetEdgeType¶

class nidigital.TimeSetEdgeType¶

DRIVE_ON¶: Specifies the drive on edge of the time set.

DRIVE_DATA¶: Specifies the drive data edge of the time set.

DRIVE_RETURN¶: Specifies the drive return edge of the time set.

DRIVE_OFF¶: Specifies the drive off edge of the time set.

COMPARE_STROBE¶: Specifies the compare strobe of the time set.

DRIVE_DATA2¶: Specifies the drive data 2 edge of the time set.

DRIVE_RETURN2¶: Specifies the drive return 2 edge of the time set.

COMPARE_STROBE2¶: Specifies the compare strobe 2 of the time set.

TriggerType¶

class nidigital.TriggerType¶

NONE¶: Disables the start trigger.

DIGITAL_EDGE¶: Digital edge trigger.

SOFTWARE¶: Software start trigger.

WriteStaticPinState¶

class nidigital.WriteStaticPinState¶

ZERO¶: Specifies to drive low.

ONE¶: Specifies to drive high.

X¶: Specifies to not drive.