PXIe Desktop Data Acquisition and Analysis System
PXIe Desktop Data Acquisition and Analysis System
The PXIe data acquisition and analysis system is a modular hardware platform used for high-speed data acquisition and testing systems. The internal plug-in cards are divided into input and output types, and the number of cards can be flexibly configured according to user needs. PXIe adopts a highly reliable and real-time PXIe bus structure, paired with a real-time operating system and Gigabit Ethernet in the control module, providing high flexibility and scalability to achieve high-speed large-capacity data acquisition, storage, preprocessing, and transmission. The software system has various functional application modules that can be configured according to user needs, supporting upgrades of data acquisition-related functional modules, as well as upgrades of data acquisition analysis, vibration control, and metrology calibration series module software to complete various testing experiments, enabling one device to serve multiple purposes.
Data Collection and Analysis Software Module
Data Collection and Analysis Software Module
Equipped with multiple functional application modules, configured according to user needs, supporting later upgrades of data collection-related functional modules, supporting upgrades of data collection analysis, vibration control, and measurement calibration series module functional software, to complete various testing experiments and achieve multiple uses for a single device.
Main Features and Highlights
Supports spectral analysis functions, capable of calculating Fourier spectrum, auto/cross power spectrum, auto/cross correlation, transfer function, and impulse response spectrum, etc.
Navigation-based modal parameter identification, enhancing the user-friendliness of software operations
Flexible interface layout, windows and control panels can be docked and combined freely. Multi-monitor functionality, curve views can be arranged in split screens.
Rich view features, supporting matrix layout and view overlap, providing multiple cursors and readings, supporting synchronized movement of the same type of cursor across multiple views of the same type, supporting synchronized zooming of multiple views of the same type.