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Creating a Layout Automatically When you create a layout automatically, InstrumentStudio detects devices you have installed and creates panels using those devices. Complete the following steps to create ...

Complete the following steps to debug a C, C++, or .NET application using InstrumentStudio. Supporting communication with a device in C, C++, or .NET environments at breakpoints requires additional overhead ...

Adjust the arrangement of soft front panels and their associated devices with the Edit Layout window. An InstrumentStudio layout consists of one large panel and up to four small panels. A large panel includes ...

You can enter debug mode from the Home screen by selecting Debug. Using this method, InstrumentStudio searches for open device driver sessions and then creates a layout based on the devices it discovers. ...

Each panel in InstrumentStudio has its own instrument header menu, which you can access by clicking the instrument header menu icon in the upper-right corner of the panel. Within the instrument header ...

Compensation consists of measuring the error and applying the measured error to the actual measurement to correct and minimize the errors introduced by the test system. The compensation values must be ...

Click Add/Remove in the measurement table of an oscilloscope. Click the Settings tab of the Measurements window to configure oscilloscope measurements. Gating Screen—Displays only the data visible in the ...

In most applications, the RF signal generator connects to a device under test. The accuracy of a device will naturally drift over time. Self-calibration can ensure more accurate measurements by compensating ...

You can use SourceAdapt technology to customize the source measure unit (SMU) response to any load. For more information on National Instruments' SourceAdapt technology, refer to NI SourceAdapt Next-Generation ...

When changing a waveform, waveform property values update to reflect the settings for that waveform. When downloading a waveform from file, the property values are automatically populated with the values ...

When specifying a range for a voltage or current measurement, you can select Auto or Auto once to measure a signal when you do not know which range to select. The digital multimeter (DMM) takes a series ...

Adjust data capture preferences by selecting FilePreferences and navigating to the Capture data tab. In this tab, you can set the destination directory and change the filename and format for both images ...

After enabling at least one FFT channel and markers, you can use the peak search functions to locate peaks. Peaks are the samples for which the amplitude rises and falls around a threshold. You can move ...

You can change the channel operating mode of an SMU/Power Supply channel to Voltage Sequence or Current Sequence mode to enable power sequencing. Power sequencing allows you to output the desired power-up ...

De-embeddingTo access de-embedding properties, open the RF signal generator Instrument Settings dialog box (), click the RF tab, and scroll down to De-embedding. The following are options you can configure ...

You must enter debug mode to access the Monitor and Control buttons. Refer to Entering Debug Mode for more information. Complete the following steps to monitor and/or control a device in InstrumentStudio ...

You can use InstrumentStudio to troubleshoot devices currently in use by an external application. An external application is any application running outside of InstrumentStudio, including LabVIEW, TestStand, ...

In InstrumentStudio, device synchronization generally falls under two categories: software and hardware. Software Synchronization Hardware Synchronization Channel acquisition and generation is sequenced ...

Complete the following steps to disable debugging for a device: Open the Configure Debug Session window by selecting Configure debug session from the instrument header menu. Deselect the Debug Enabled ...

Import an InstrumentStudio configuration to TestStand. Navigate to the TestStand step you would like to edit and select Edit. InstrumentStudio opens in Edit mode and displays the instrument panels in the ...

Once you have configured a device in InstrumentStudio, you can export the device's settings to a device configuration file, which can then be imported to LabVIEW or another application to apply the device ...

Refer to the following topics for more information on exporting device and panel configurations: Exporting an InstrumentStudio Configuration Inserting an InstrumentStudio Configuration in a TestStand Sequence ...

From the top toolbar or the instrument header menu, select the Export to TestStand button (). You must have TestStand 2019 or later installed for the Export to TestStand button to appear. Specify a name ...

Add a waveform generator device to the large panel. Select a waveform mode from the drop-down menu in the upper-right corner of the large panel. Standard waveform—Generates a waveform using the channel ...

Generating Waveforms Add an RF signal generator device to your panel. Select a mode of operation within the device panel. CW—Configures the RF signal generator to generate a continuous waveform signal. ...

Support for PluginsTo help you work with plugins, NI provides a LabVIEW template and C# documentation describing the method for creating plugins to be hosted in InstrumentStudio. The following limitations ...

When you insert an IO Configuration file into a TestStand sequence, TestStand creates a copy of the configuration file in the step you specify. When you run the sequence, the step creates sessions for ...

Complete the following steps to measure spectral density in InstrumentStudio: Add an oscilloscope to the large panel. Create an FFT channel by selecting the FFT button in the Add Channels section of the ...

If InstrumentStudio is closed and a device used in an InstrumentStudio project goes offline or has its name changed, InstrumentStudio flags that device as missing the next time you open the project. The ...

When you launch InstrumentStudio within TSM, InstrumentStudio automatically enables pin- and site-aware view using the pin map configured in TSM. To manually enable this view within InstrumentStudio, complete ...

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