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General| Number of Slots | Varies by chassis (4, 8, 18) |
|---|---|
| Power Supply | Varies by chassis (typically AC or DC input) |
| Operating System Support | Windows, Linux |
| Typical Applications | Automated test, data acquisition |
| Compatibility | PXI |
| Cooling | Forced air |
| Operating Temperature | 0 °C to 55 °C (Varies by module and chassis) |
| Relative Humidity | 10% to 90% noncondensing (Varies by module and chassis) |
Lists the NI-SCOPE versions required for NI 5114 calibration.
Details file paths and descriptions for NI-SCOPE calibration files.
Guide for NI-SCOPE installation, hardware, and programming.
Contains NI PXI/PXIe/PCI-5114 specifications and calibration interval.
Provides information on operating system and application software support in NI-SCOPE.
Offers detailed information about NI PXI/PXIe/PCI-5114.
Explains LabVIEW programming concepts and reference for NI-SCOPE VIs.
Reference for NI-SCOPE C functions and C properties.
The default calibration password for the NI 5114.
Recommends external calibration frequency based on accuracy needs.
Explains self-calibration for compensating environmental changes.
Lists required equipment and their specifications for NI 5114 external calibration.
Instructions for installing and configuring the device in MAX.
Guidelines for optimizing connections and environment during calibration.
Steps to initiate self-calibration using Measurement & Automation Explorer (MAX).
Steps to initiate self-calibration using the NI-SCOPE Soft Front Panel.
Steps to initiate self-calibration programmatically using NI-SCOPE.
Details verification steps and input parameters for vertical offset and gain accuracy.
Steps to initialize the session and configure channel characteristics.
Configures common vertical and horizontal timing properties.
Commits settings, short-circuits input, and initiates waveform acquisition.
Fetches measurement, compares to specs, and repeats for all iterations.
Steps to initialize the session and obtain a session handle.
Configures input impedance and common vertical properties.
Configures horizontal properties and commits settings to hardware.
Acquires waveform, measures positive and negative voltages for gain calculation.
Calculates vertical gain error and compares to published specifications.
Steps to initialize the session and obtain a session handle.
Configures input impedance and common vertical properties.
Configures horizontal properties and commits settings to hardware.
Acquires waveform and measures positive and negative voltages for offset calculation.
Calculates programmable vertical offset error and compares to published specifications.
Steps to initialize session and configure channel characteristics and vertical properties.
Configures horizontal timing and commits parameters to hardware.
Acquires waveform and measures the frequency of the signal.
Calculates timing error in parts per million (ppm).
Steps to initialize session and configure channel characteristics and vertical properties.
Configures horizontal timing and commits parameters to hardware.
Acquires waveform and measures RMS voltage for power difference calculation.
Calculates power difference based on measured RMS voltages.
Steps to initialize session and configure channel characteristics and vertical properties.
Configures horizontal timing and sets up an analog edge trigger.
Acquires waveform, checks for timeout to verify trigger sensitivity.
Step to obtain an instrument session handle using niScope Cal Start VI.
Steps to adjust the vertical range of the device using niScope Cal Adjust Range VI.
Steps to adjust the sample rate using niScope Cal Adjust VCXO VI.
Performing final self-calibration and ending the calibration session.
Describes the recommended procedure for a complete calibration.
Steps to retrieve calibration data using Measurement & Automation Explorer (MAX).
Information on accessing troubleshooting and support resources on ni.com.
Corporate headquarters location and global office contact information.
