National Instruments (NI), a global leader in test, control and automation solutions, has introduced its latest data acquisition module, the SCXI-1104C. With its high performance and multi-channel design, this module offers a new solution for high-voltage signal conditioning and data acquisition in industrial automation and measurement applications.

The SCXI-1104C is a 32-channel, ±60 VDC, 10 kHz filter SCXI voltage input module designed for signal conditioning of high voltage signals. It has a 10 kHz cut-off frequency filter that effectively eliminates noise and interference in the input signal. All channels can be multiplexed to control a single channel of a DAQ device, thereby increasing the number of channels in a DAQ system and providing users with greater flexibility and scalability.

The main features of this module include:

High voltage input: Supports a wide input range of ±60 VDC, suitable for measuring signals from a variety of sources.
High channel count: Provides 32 differential input channels to collect data from multiple sources simultaneously.

SCXI-1104C

High-speed data acquisition: provides sampling rates up to 10 kHz for accurate capture of rapidly changing signals.
Signal conditioning: Includes a built-in 10 kHz filter to optimize the acquired signal.
SCXI compatibility: Fits into the SCXI chassis for modular expansion and system flexibility.
Software support: Compatible with NI LabVIEW, LabWindows/CVI and NI-DAQMX software for programming and data analysis.
The launch of the SCXI-1104C module not only enhances NI’s competitiveness in the field of data acquisition, but also brings new opportunities to the global industrial automation market. This module is expected to play an important role in improving the communication efficiency of industrial systems, optimizing data transmission, reducing energy consumption and reducing failure rates.

Concluding remarks:
With the continuous advancement of Industry 4.0 and intelligent manufacturing, the advent of NI SCXI-1104C module has brought new technological breakthroughs in the field of industrial data acquisition. We expect this module to be widely used around the world to help all walks of life achieve more efficient and intelligent industrial production.