NI SCXI-1000 digital quantity framework

NI SCXI-1000 digital quantity framework

Functional characteristics
Modular and scalable: Specifically designed for building modular and scalable test and measurement systems, users can choose different module combinations based on their actual needs to meet the requirements of various digital control systems.
Multi-channel signal processing: Supports multiple digital input/output channels, enabling simultaneous processing of multiple signals and enhancing the system’s processing capacity.
Industrial network protocol support: Supports two industrial network protocols, Profibus and J1939. It CAN operate as a Profibus DP slave station on the Profibus network, or as a CAN node on the J1939 network, facilitating data exchange with other industrial devices.
Convenient configuration tool: Equipped with the free Windows-based configuration tool BW Config, it allows users to map the J1939 parameter (PGN) data to the input and output tables of the module, simplifying the system configuration process.
High-resolution analog module: It includes 12-bit and 13-bit resolution current and voltage analog input and output modules, which can be used in various applications that require high-precision analog signal processing.

Application field
Test and measurement systems: Used for building various test and measurement systems to evaluate the performance of electrical, electronic or mechanical systems, including laboratory measurements, automatic test benches and production tests, etc.
Industrial automation: In the field of industrial control and automation, digital signals such as switch status and sensor signals can be monitored and controlled to enhance the efficiency and reliability of production lines.
Data acquisition system: It is applicable to various data acquisition applications such as environmental monitoring, structural health monitoring, and real-time control, and conducts data acquisition and control through digital input and output channels.
Laboratory research: In scientific research and laboratory environments, custom data acquisition systems can be constructed to meet the specific needs of researchers.
Educational purpose: It is suitable for teaching experiments and training courses in educational institutions, helping students understand the principles of digital signal processing, data acquisition and control systems.