SCXI-1100 NI

SCXI-1100 – NI – Product Details, Product Specifications, Product Parameters, Application Fields

Product Details:

The SCXI-1100 from National Instruments (NI) is a high-performance signal conditioning module designed for use with the SCXI (Signal Conditioning for XI) platform. This module provides a wide range of analog signal conditioning capabilities, such as amplification, filtering, and isolation, making it suitable for a variety of test and measurement applications.

Product Specifications:

Channels: Multiple channels for simultaneous conditioning of multiple signals
Amplification: Programmable gain amplification for adjusting signal levels
Filtering: On-board filtering for reducing noise and improving signal quality
Isolation: Galvanic isolation for protecting measurement systems from noise and interference
Accuracy: High accuracy for precise signal conditioning
Speed: Fast response time for dynamic signal processing

Product Parameters:

Range and Gain: Configurable input ranges and gains to match specific signal levels
Bandwidth: Wide bandwidth for handling high-frequency signals
Noise and Distortion: Low noise and distortion for accurate signal reproduction
Power Supply: Requires a suitable power supply for normal operation
Compatibility: Compatible with the SCXI platform and other SCXI modules for easy system integration

Application Fields:

The SCXI-1100 from NI finds its application in various test and measurement applications, including:

Sensor Measurement: Conditioning of analog signals from sensors for accurate measurement and data acquisition
Industrial Automation: Integration into industrial automation systems for signal processing and control
Research and Development: Usage in laboratories and research facilities for signal conditioning in experimental setups

By leveraging the SCXI-1100 from NI, users can achieve precise signal conditioning, improved signal quality, and reliable test and measurement results in a wide range of industrial and research applications.

SCXI-1100 NI

SCXI-1100 NI

SCXI-1100 NI