Description

NI  SCXI-1140  Signal conditioning module

Functional features:
Multi-channel simultaneous sampling: As an eight-channel simultaneous sampling differential input gain block, it can sample signals from eight channels simultaneously, which can improve data acquisition efficiency and is suitable for scenarios where multiple signal sources need to be monitored synchronously.
The signal conditioning function is powerful: It can conditioning the input high-level and low-level AC and DC signals, including amplification, filtering, bias and other operations, to make the signals better adapt to the subsequent data acquisition and processing requirements.
High precision and stability: By adopting high-precision electronic components and advanced circuit design, the accuracy and stability of signal conditioning are ensured, enabling reliable operation in various environments.
Programmable control: Supports multiple programming languages and development environments. Users can conveniently configure, program and control according to their needs. It also provides a rich set of debugging tools for easy fault detection and system optimization.

Interface characteristics:
Rear interface: There is a 50-pin male band connector at the rear of the module, which is used to connect the module to data acquisition boards such as MIO-16 boards to achieve signal transmission and interaction.
Front-end interface: The front end is a 96-pin DIN C connector, which can connect the analog input to the optional terminal block for convenient access to various signal sources. At the same time, the matching DIN C connector and housing are also provided.

Application field:
Sensor interface: It can be connected to various sensors such as temperature sensors, pressure sensors, and displacement sensors to obtain and process the output signals of the sensors.
Industrial automation: It is used to process signals from different types of sensors in industrial environments to achieve monitoring and control of industrial automation systems.
Laboratory research: Applicable to experiments in fields such as physics, chemistry, and biology, it can regulate and collect signals during experiments, and support real-time monitoring and data recording.
Vibration and acoustic analysis: It can condition and analyze the output signals of vibration sensors and acoustic sensors, providing support for related research and testing.
Vehicle testing: In the field of automotive engineering, it can process signals from vehicle sensors to assist in vehicle testing and performance evaluation.