Description
The NI SCXI-1180 is a modular signal conditioning device designed for use in data acquisition and control systems. Here’s a breakdown of its parameters, specifications, dimensions, weight, series, features, and functions in English:
Parameters:
The SCXI-1180 offers high-precision signal conditioning capabilities, ensuring accurate data acquisition.
It supports a wide range of input signals, including analog and digital signals, making it suitable for various applications.
Specifications:
The module provides various signal conditioning functions such as amplification, filtering, and isolation.
It is compatible with National Instruments’ data acquisition hardware and software, allowing seamless integration into NI-based systems.
Dimensions and Weight:
The dimensions of the SCXI-1180 module are approximately 1.2×6.8×8.0 inches.
The exact weight of the module is not specifically mentioned, but it is typically lightweight for easy installation and portability.
Series:
The NI SCXI-1180 belongs to the SCXI series of modular signal conditioning devices from National Instruments.
Features:
Modular Design: The SCXI-1180’s modular design allows for easy configuration and expansion, enabling users to customize the system according to their needs.
Signal Connectivity: The module offers multiple signal connection points for connecting sensors, signal generators, and other measurement devices.
Compatibility: It is compatible with a wide range of sensors and measurement devices, providing flexibility in system design.
High Performance: The SCXI-1180 is designed for high-performance data acquisition, ensuring accurate and reliable signal conditioning.
Functions/Applications:
Data Acquisition: The NI SCXI-1180 is primarily used in data acquisition systems, where it conditions and processes analog and digital signals from various sensors and devices.
Control Systems: It can also be used in control systems, where accurate signal conditioning is crucial for effective control and regulation.
Test and Measurement: The module finds applications in test and measurement environments, where precise signal conditioning is required for accurate measurements and analysis.
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