Boonton55xxx IVI Driver Reference

Boonton.Boonton55xxx.Interop Enums

Enumeration

Description

Boonton55xxxAcquisitionStatusEnum

Acquisition status.

Boonton55xxxBandwidthEnum

Video bandwidth enumeration.

Boonton55xxxCalibratorTypeEnum

Type of calibrator used during cal or zero.

Boonton55xxxCondCodeEnum

Condition code indicating validity of the measurement.

Boonton55xxxErrorCodesEnum

Boonton55xxxFilterStateEnum

Filter state enum.

Boonton55xxxHoldoffModeEnum

Trigger holdoff mode.

Boonton55xxxMarkerNumberEnum

Marker number enumeration.

Boonton55xxxMeasBuffGateEnum

Each Buffer Entry is controlled by a "buffer gate" that defines the start and end of the entry time interval. The gate signal may be internally or externally generated in several different ways.

Boonton55xxxMeasBuffStartModeEnum

Values for defining how measurement buffer aquisition starts.

Boonton55xxxMeasurementModeEnum

Values representing the measurement mode of the meter.

Boonton55xxxPulseUnitsEnum

Set the units for entering the pulse distal, mesial, and proximal levels. Many pulse measurements call for 10% to 90% voltage (which equates to 1% to 81% power) for rise time and falltime measurements, and measure pulse widths from the half-power (?3dB, 50% power, or 71% voltage) points.

Boonton55xxxStatGatingEnum

Gating value for statistical capture.

Boonton55xxxTermActionEnum

Select the action to take when either the statistical terminalcount is reached or the terminal time has elapsed.

Boonton55xxxTriggerModeEnum

Trigger mode for synchronizing data acquisition with pulsed signals.

Boonton55xxxTriggerPositionEnum

Set or return the position of the trigger event on displayed sweep.

Boonton55xxxTriggerSlopeEnum

IVI Scope class-compliant values for edge trigger Slope

Boonton55xxxTriggerSourceEnum

Trigger source used for synchronizing data acquisition.

Boonton55xxxTriggerStatusEnum

Trigger status of the acquisition system.

Boonton55xxxTrigOutModeEnum

Values used to set the mult io/trigger out mode.

Boonton55xxxUnitsEnum

Channel units. Voltage is calculated with reference to the sensor input impedance. Note that for ratiometric results, logarithmic units will always return dBr (dB relative) while linear units return percent.