NI

SCXI-1001 NI Product Description, Product Parameters, and Product Specification

Product Description:

The SCXI-1001 from National Instruments (NI) is a Signal Conditioning Module for the SCXI (Signal Conditioning for the X Series) platform. This module provides analog input signal conditioning, allowing users to measure and condition various analog signals in their test and measurement systems. It offers a wide range of analog input features, making it suitable for a variety of applications.

Product Parameters:

Model Number: SCXI-1001
Channels: The number of analog input channels provided by the module.
Input Range: The voltage range that the module can accept as an input signal.
Resolution: The number of bits used to represent the analog input signal, determining the accuracy and precision of measurements.
Sampling Rate: The maximum rate at which the module can acquire and digitize analog input signals.
Noise and Distortion: Measures the noise and distortion present in the module's output signal.
Power Requirements: The electrical power needed to operate the module.

Product Specification:

The SCXI-1001 from NI offers high-performance analog input conditioning for use in test and measurement systems. It features a wide input range and high resolution, providing accurate and precise measurements of analog signals. The module has a high sampling rate, allowing for fast data acquisition and real-time analysis.

Additionally, the SCXI-1001 is designed for easy integration with other SCXI modules and the NI X Series platform. It offers a compact and modular design, facilitating system expansion and customization. The module is suitable for use in a wide range of applications, including industrial automation, research and development, and test and measurement.

In summary, the SCXI-1001 from NI is a high-performance analog input conditioning module for the SCXI platform. It provides accurate and precise measurements, fast data acquisition, and easy integration with other modules and platforms. This module is an ideal choice for test and measurement systems requiring analog signal conditioning.