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NI PCIE-1427 图像采集卡

发布时间:2024-04-18人气:
  • NI PCIE-1427 图像采集卡
  • NI PCIE-1427 图像采集卡
  • NI PCIE-1427 图像采集卡
  • NI PCIE-1427 图像采集卡

NI  PCIE-1427 图像采集卡   是一种高性能的采集设备,专门设计用于与任何基本配置的Camera link相机配合使用。它具备4个具有ISO/TTL兼容性的外部触发器,使得相机在需要时可以精确地进行触发操作。此外,PCIe-1427还有一个正交编码器,为图像采集提供了更高的精度和准确性。

NI  PCIE-1427 图像采集卡     详情介绍:

    1. NI PCIe-1427图像采集卡是一种高性能的采集设备,专门设计用于与任何基本配置的Camera link相机配合使用。它具备4个具有ISO/TTL兼容性的外部触发器,使得相机在需要时可以精确地进行触发操作。此外,PCIe-1427还有一个正交编码器,为图像采集提供了更高的精度和准确性。

    2. 该图像采集卡的一个重要特点是配备了带NI Camera Link扩展板的I/O,使得它能够与其他设备或系统无缝连接,进行数据交换和共享。同时,它还能够与CAN、运动和数据采集进行RTSI总线同步,为实时图像采集和处理提供了强大的支持。

    3. PCIe-1427图像采集卡的带宽范围高达225 MB/s,这意味着它能够快速且有效地处理大量的图像数据,满足各种高速图像采集的需求。它还具有板载数字I/O,包括用于工业通信的隔离和用于通过视觉采集驱动软件匹配运动的编码器输入,进一步提升了其在工业和科研领域的应用价值。

    4. 在电源要求方面,NI PCIe-1427图像采集卡在+3.3 V时需要1.5 A的电流,而在+12 V时则需要250 mA的电流。它使用包含NI-MAQ驱动程序软件的NI Vision Acquisition软件运行,并与LabVIEW、LabWindows等软件平台兼容,这使得用户能够轻松地进行图像采集、处理和分析。

    5. PCIe-1427图像采集卡的应用领域非常广泛。在医学影像领域,它可以用于X射线、超声波、核磁共振等医学设备的图像采集和处理,帮助医生更准确地诊断病情。在工业检测中,它可以用于机器视觉系统,对产品进行缺陷检测、计量和分类,提高生产效率和质量。此外,它还可以应用于航空航天、军事等领域,为这些高科技领域提供强大的图像采集和处理支持。

    6. 与其他图像采集设备相比,PCIe-1427图像采集卡具有许多显著的优势。首先,PCIe总线的带宽远远超过其他接口,可以满足高速图像采集和处理的需求。其次,该图像采集卡具有更高的精度和更低的噪声,能够提供更清晰、更准确的图像数据。此外,它还具有更好的稳定性和可靠性,可以长时间稳定运行,减少故障和停机时间。

    7. 总的来说,NI PCIe-1427图像采集卡是一款功能强大、性能卓越的图像采集设备,适用于各种需要高速、高精度图像采集和处理的场合。无论是医学影像、工业检测还是航空航天等领域,它都能发挥出出色的性能,为用户提供高质量的图像数据支持。

    NI  PCIE-1427 图像采集卡   实物图片:

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    NI  PCIE-1427 图像采集卡   产品视频:

    NI PCIE-1427 Image Acquisition Card Details Introduction:

    The NI PCIe-1427 image capture card is a high-performance acquisition device designed specifically for use with any basic configuration of Camera link cameras. It has four external triggers with ISO/TTL compatibility, allowing the camera to perform precise triggering operations when needed. In addition, PCIe-1427 also has an orthogonal encoder, providing higher accuracy and precision for image acquisition.

    An important feature of this image capture card is the equipped I/O with NI Camera Link expansion board, allowing it to seamlessly connect with other devices or systems for data exchange and sharing. At the same time, it can also synchronize with CAN, motion, and data acquisition via RTSI bus, providing strong support for real-time image acquisition and processing.

    The bandwidth range of the PCIe-1427 image acquisition card is as high as 225 MB/s, which means it can quickly and effectively process large amounts of image data, meeting various high-speed image acquisition needs. It also has onboard digital I/O, including isolation for industrial communication and encoder input for matching motion through visual acquisition driving software, further enhancing its application value in industrial and scientific fields.

    In terms of power requirements, the NI PCIe-1427 image acquisition card requires a current of 1.5 A at+3.3 V and 250 mA at+12 V. It runs using NI Vision Acquisition software, which includes NI-MAQ driver software, and is compatible with software platforms such as LabVIEW and LabWindows, allowing users to easily perform image acquisition, processing, and analysis.

    The application field of PCIe-1427 image capture card is very extensive. In the field of medical imaging, it can be used for image acquisition and processing of medical equipment such as X-rays, ultrasound, and magnetic resonance imaging, helping doctors diagnose conditions more accurately. In industrial inspection, it can be used in machine vision systems to detect, measure, and classify defects in products, improving production efficiency and quality. In addition, it can also be applied in aerospace, military and other fields, providing strong image acquisition and processing support for these high-tech fields.

    Compared with other image acquisition devices, the PCIe-1427 image acquisition card has many significant advantages. Firstly, the bandwidth of the PCIe bus far exceeds that of other interfaces, which can meet the needs of high-speed image acquisition and processing. Secondly, the image acquisition card has higher accuracy and lower noise, which can provide clearer and more accurate image data. In addition, it also has better stability and reliability, which can operate stably for a long time, reduce faults and downtime.

    Overall, the NI PCIe-1427 image acquisition card is a powerful and high-performance image acquisition device suitable for various situations that require high-speed and high-precision image acquisition and processing. It can perform excellently in fields such as medical imaging, industrial testing, and aerospace, providing users with high-quality image data support.

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