NI SCXI-1100 Product Details

SCXI-1100 is a 32-channel analog input module designed for NI’s SCXI modular data acquisition system.It provides high-performance data acquisition capabilities and is suitable for a variety of test and measurement applications.

Main Features

High channel count:SCXI-1100 has 32 analog input channels and can collect multiple signals at the same time,improving the efficiency and accuracy of data acquisition.

High resolution:The module has a 16-bit resolution and can accurately capture small changes in signals to meet the needs of high-precision measurements.

High sampling rate:The maximum sampling rate of each channel can reach 200kS/s(thousand samples/second),which can quickly capture dynamic signals and is suitable for high-speed data acquisition applications.

Wide input range:SCXI-1100 is compatible with a variety of sensors and signals,including thermocouples,RTDs(resistance temperature detectors),strain gauges,and voltage signals up to±10V.This allows it to adapt to different test scenarios and application requirements.

Flexible connection options:The module connects to the SCXI chassis or CompactDAQ chassis via a 68-pin VHDCI connector,providing flexible connection options and expansion capabilities.

Technical Specifications

The following are some of the main technical specifications of SCXI-1100

Input channels:32

Resolution:16 bits

Maximum sampling rate:200kS/s per channel

Input voltage range:±10V

Input impedance:1MΩ||20pF

Input coupling:DC

Accuracy:±(0.075%of reading+0.075%of range)

Temperature coefficient:25ppm/°C

Common mode rejection ratio:100dB

Overvoltage protection:±15V

Power consumption:2.5W

Dimensions:14.7cm x 10.3cm x 2.5cm

Weight:0.28kg

Application areas

SCXI-1100 modules are widely used in various test and measurement fields,including but not limited to

Industrial automation:used for sensor signal acquisition and monitoring on production lines.

Aerospace:used for data acquisition in flight testing,engine testing and other applications.

Automobile manufacturing:used for data acquisition in applications such as automotive durability testing and emission testing.

Biomedicine:used for physiological signal acquisition and conditioning in biomedical research.

Environmental monitoring:used for sensor signal acquisition and data analysis in environmental monitoring systems.