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IVI Boonton55xxx 1.3 Type Library
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Interface |
Description |
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IBoonton55xxx interface. |
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Interface to methods and properties controlling measurement acquisition state. |
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IBoonton55xxxChannel interface. |
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Provides access to calibration and user corrections. |
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The Display interface provides access to vertical/horizontal scaling and offset properties. |
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The CCDF interface provides access to horizontal scale and offset for the CCDF graph. |
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The HardwareStatus interface provides access to diagnostic, measurement, and acquistion status information. |
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The ModMeasStatus interface provides info on the status of modulated measurement subsystem. |
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Provides access to marker measurements. |
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Provides access to marker interval measurements. These measurements are performed on the time interval between the markers. |
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Provides access to marker math measurements. The math operations are on the power at each marker. |
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The Measurements interface provides access to CW, waveform, and automatic measurements. |
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Provides access to pulsed signal automatic measurements. |
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Provides access to pulse signal automatic measurements. |
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The PulseDefinitions interface contains properties for adjusting how automatic pulse measurements are calculated. Measurements such as rise time, fall time, and pulse width are affected by these adjustments. |
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The RawIO interface provides acces to methods for sending and receiving data directly from USB. |
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Channels interface. Provides access specific to individual channels. For the purposes of this driver, a channel is either an actual Boonton USB power meter that is being used as a virtual measuremnt channel, or a memory channel. In the case of the 4540 series, channels are internal to the power meter. Timebase (horizontal) controls are common to all channels. |
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The purpose of the Sense interface is to configure device specific settings used to make measurements, generally parameters related to the RF power sensor and signal processing. These properties and methods are used to configure the power meter for acquiring data. Sense enables you to change measurement parameters such as filtering or averaging, sensor bandwidth, operating frequency and calfactors, and measurement gain or offset. |
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The SensorInfo interface provides data about the sensor. |
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The horizontal interface provides access to timebase controls. |
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The modulated interface provides access to the timebase for modulated mode. Note: this timebase is valid for 4541/2 power meters only. |
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The pulse interface provides access to the timebase for pulse mode. Note: This is the only timebase for USB power meters. |
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The MeasurementBuffer interface provides access to the buffered mode. Buffered mode works in conjunction with Real Time Power Processing™ to provide all relevant burst information including crest factor while eliminating the need to buffer, download and post-process large sample buffers. |
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The AcquisitionControl interface provides access to methods and properties for controlling acquiring buffered mode measurements. |
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IBoonton55xxxChannelsMeasurementBufferAcquisitionControlAdvanced |
Provides access to allow fine-tuned acqusition of buffered mode measurements. |
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Provides access to buffered mode gate delay and qualification properties. |
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Provides methods for retrieving buffered mode measurement table entries. |
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Provides access to timed (periodic) measurement properties. These properties are only used if GateMode is set to Periodic. |
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Provides methods for saving and recalling memory channel archives. |
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Provides access to statistical mode measurements and settings. |
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Provides access to statistical mode cursor measurements and settings. |
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Provides trigger skew adjustments. These adjustments can be stored in the USB power meter by calling the SaveUserCal method. |
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Provides poperties for setting and retrieving marker position. |
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Interface to system-wide setings. |
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Provides methods for checking the status and presence of a hardware license dongle. Most users will not have a hardware license. |
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The Trigger interface provides properties to control synchronization of data acquisition with external events. |
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Edge trigger configuration interface. |
EnumerationsEnumeration |
Description |
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Acquisition status. |
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Video bandwidth enumeration. |
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Type of calibrator used during cal or zero. |
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Condition code indicating validity of the measurement. |
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Filter state enum. |
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Trigger holdoff mode. |
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Marker number enumeration. |
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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. |
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Values for defining how measurement buffer aquisition starts. |
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Values representing the measurement mode of the meter. |
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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. |
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Gating value for statistical capture. |
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Select the action to take when either the statistical terminalcount is reached or the terminal time has elapsed. |
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Trigger mode for synchronizing data acquisition with pulsed signals. |
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Set or return the position of the trigger event on displayed sweep. |
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IVI Scope class-compliant values for edge trigger Slope |
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Trigger source used for synchronizing data acquisition. |
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Trigger status of the acquisition system. |
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Values used to set the mult io/trigger out mode. |
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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. |
