• PCI-4472  Dynamic signal acquisition card It has a high resolution of 24 bits
  • PCI-4472  Dynamic signal acquisition card It has a high resolution of 24 bits

PCI-4472 Dynamic signal acquisition card It has a high resolution of 24 bits

No.PCI-4472
PCI-4472 is a dynamic signal acquisition card with the model NI PCI-4472. It has several outstanding technical features such as software-configurable IEPE conditioning, a voltage range of ±10V, and an alix-free bandwidth of up to 45 kHz. The card also has 24-bit high resolution, provides a dynamic range of 110dB and a maximum sampling rate of 102.4kS/s. In addition, it is equipped with 8 synchronous sampling analog input channels, which is particularly useful in multi-channel signal acquisition applications.
  • PCI-4472  Dynamic signal acquisition card It has a high resolution of 24 bits
Desciption
PCI-4472 is a dynamic signal acquisition card with the model NI PCI-4472. It has several outstanding technical features such as software-configurable IEPE conditioning, a voltage range of ±10V, and an alix-free bandwidth of up to 45 kHz. The card also has 24-bit high resolution, provides a dynamic range of 110dB and a maximum sampling rate of 102.4kS/s. In addition, it is equipped with 8 synchronous sampling analog input channels, which is particularly useful in multi-channel signal acquisition applications.

PCI-4472 has a wide range of applications, including but not limited to industrial automation, mechanical equipment testing, automotive engineering, and research and education. In the field of industrial automation, it can be used to monitor various dynamic signals on the production line to ensure the stability and efficiency of the production process. In mechanical equipment testing and automotive engineering, the PCI-4472 accurately measures key parameters such as rotation speed and position change, providing engineers with important information about equipment performance and safety. In the field of research and education, it provides a powerful tool for students and researchers to explore and study the behavior and properties of dynamic signals.

In addition, because PCI-4472 is manufactured by a well-known brand like National Instruments (NI), users can expect compatibility and reliability. NI also provides a wealth of software and tool support that makes it easy for users to configure, program, and debug.

Overall, the PCI-4472 is a powerful, high-performance dynamic signal acquisition card for a variety of applications that require accurate measurement and monitoring of dynamic signals.

The PCI-4472 is a high-performance dynamic signal acquisition card with many advantages, but also some possible disadvantages. Here are the pros and cons of PCI-4472:

Advantages:

High performance: The PCI-4472's excellent sampling rate and resolution enable accurate capture and measurement of dynamic signals, making it suitable for applications requiring high-precision data acquisition.
Multi-channel synchronous sampling: The acquisition card has 8 synchronous sampling analog input channels, which can collect multiple signals at the same time, and facilitate the analysis and processing of multi-channel signals.
Wide frequency range: The PCI-4472 has a sampling bandwidth from DC to 45 kHz and is suitable for signal measurement in a variety of frequency ranges, including low-frequency vibration and AC signal measurement.
Flexibility: The acquisition card supports the software-configured IEPE conditioning function, which can be flexibly configured according to different sensor and signal needs.
Compatibility: PCI-4472 is compatible with a variety of software and tools to facilitate data acquisition, analysis and processing.
Cons:

Cost: Since the PCI-4472 is a high-performance dynamic signal acquisition card, its price may be relatively high and may not be suitable for users on a limited budget.
Technical threshold: For beginners or users with no relevant experience, the configuration and use of PCI-4472 may require some learning and adaptation.
Hardware limitations: Although PCI-4472 has excellent performance, its hardware specifications and performance may be limited to meet the extreme requirements of some specific application scenarios.