High frequency and high dynamic signal acquisition solution

PCIe8582M/8584M/8586M is a high-performance 8-channel 12/14/16-bit 100MS/s synchronous analog acquisition card. It is specially designed for the input of high frequency and high dynamic range signals , and its analog input range can be set to ±1V or ±5V through software programming . In addition, the capture card is also equipped with onboard memory with a capacity of up to 2GB, which can meet the needs of large-capacity data storage.
The seamless connection with LabVIEW makes this capture card more powerful. LabVIEW is a powerful and widely used virtual instrument tool that can be used in data acquisition, instrument control , signal processing and other fields. By connecting to LabVIEW, users can take advantage of the rich functions and graphical API functions provided by LabVIEW to achieve more flexible and convenient data processing and analysis.
The application scenarios of this capture card are very wide. For example, in scientific experiments, researchers may need to collect high-frequency signals or high-dynamic-range signals to obtain accurate experimental data. In the industrial field, this acquisition card can also be used for fault diagnosis, quality control, etc. In addition, due to its high-speed acquisition and large-capacity storage characteristics, the acquisition card can also be used in signal monitoring, test equipment calibration and other fields.
From multiple dimensions, this capture card has many advantages. First of all, it has high-speed acquisition and large-capacity storage capabilities, which can meet the needs for rapid acquisition and storage of large-capacity data. Secondly, through the seamless connection with LabVIEW, users can take advantage of the rich functions and graphical API functions provided by LabVIEW to achieve more flexible and convenient data processing and analysis. Thirdly, the analog input range of the capture card can be set to ±1V or ±5V through software programming, which can adapt to the needs of different input signals. Finally, in terms of trigger source and trigger mode, the capture card provides a variety of options to meet users’ flexible needs for trigger control.
To sum up, the PCIe8582M/8584M/8586M acquisition card is an 8-channel 12/14/16-bit 100MS/s synchronous analog acquisition card with excellent performance. It not only has high-speed acquisition and large-capacity storage capabilities, but also can be seamlessly connected with LabVIEW to provide rich functions and graphical API functions. Through these advantages, this acquisition card has broad application prospects in scientific experiments, industrial control and monitoring and other fields.