Calibration (Traditional DAQ) VIs
Edition: November 2008
Part #: 372416B-01
» View Sound and Vibration Info
Owning Palette: Scaling & Calibration VIs
Installed With: Sound and Vibration Measurement Suite. This topic might not match its corresponding palette in LabVIEW depending on your operating system, licensed product(s), and target.
Use the Calibration (Traditional DAQ) VIs to calibrate microphones, accelerometers, or other sensors and to measure propagation delay with Traditional DAQ devices.
The VIs on this palette can return ranges of LabVIEW error codes or specific sound and vibration error codes.
Calibration measurements are normally taken with a dedicated calibrator, usually a pistonphone for microphones or a hand-held shaker for accelerometers. The Calibration VIs use the characteristics of the calibrator, such as reference calibration value and frequency, to perform the calibration. The Calibration VIs return the calibrated sensor sensitivity and store it in calibrated channel info for use by the SVL Scale Voltage to EU VI.
| Palette Object | Description |
|---|---|
| SVL Calibrate Accelerometer (Traditional DAQ) | Performs an end-to-end calibration on the selected channel by measuring the actual sensitivity of the accelerometer connected to the channel. |
| SVL Calibrate Microphone (Traditional DAQ) | Performs an end-to-end calibration on the selected channel by measuring the actual sensitivity of the microphone connected to the channel and returns the measured microphone sensitivity. |
| SVL Calibrate Sensor (Traditional DAQ) | Performs an end-to-end calibration on the selected channel by measuring the actual sensitivity of the sensor connected to the channel and returns the measured sensor sensitivity. |
| SVL Measure Propagation Delay (Traditional DAQ) | Measures the propagation delay of the measurement hardware and the device under test (DUT). You can measure the propagation delay of the device under test by subtracting the propagation delay of the measurement system without the DUT from the measured propagation delay of the entire system, including the DUT. The propagation delay is returned in number of samples. This VI uses the Traditional NI-DAQ driver. |