NI SCXI-1120D Data acquisition card

The NI SCXI-1120D Data acquisition card is a high-performance data acquisition card from National Instruments (NI) designed for a variety of dynamic signal measurement and control systems. This data acquisition card has a variety of functions and features, making it ideal for a variety of applications.

The following are the main features and functions of the NI SCXI-1120D data acquisition card:

Multi-channel design: The SCXI-1120D data acquisition card provides multiple analog input channels and can collect multiple signals simultaneously. This enables it to process multiple signals in parallel, improving the efficiency of data acquisition.

High-precision measurement: The data acquisition card has high-precision measurement capabilities to accurately capture and convert analog signals. It uses advanced signal processing technology to ensure the accuracy and reliability of measurement results.

High sampling rate: The SCXI-1120D data acquisition card supports high sampling rate and can capture rapidly changing signals in real time. This makes it suitable for applications that require high-speed data acquisition, such as vibration testing, dynamic control systems, etc.

Flexible signal conditioning: The data acquisition card offers a variety of signal conditioning options such as filtering, amplification, differential conversion, and more. Signal conditioning parameters can be configured as required to optimize signal quality and measurement performance.

Software compatibility: The SCXI-1120D data acquisition card is compatible with National Instruments' NI-DAQmx software and can be easily integrated into existing data acquisition and analysis systems. The user can control the working mode, sampling rate and other parameters of the data acquisition card through the software to realize flexible data acquisition and processing.

Rugged design: The data acquisition card is designed to withstand harsh industrial and laboratory environments. It has good anti-interference ability and stability to ensure long-term reliable operation.