NI+SCXI-1104C

Description

The NI SCXI-1104C module is a versatile component of the National Instruments SCXI (Signal Conditioning for eXtensions to Instrumentation) system.

Product Name

NI SCXI-1104C

Product Description

The NI SCXI-1104C is an analog input module designed for high-precision signal conditioning and data acquisition. It features highly accurate voltage and current measurement capabilities, and it’s intended to be used in applications requiring robust signal conditioning prior to digitization.

Product Parameters & Specifications

1. Analog Input Channels:
   • Number of Channels: Typically 16
   • Input Type: Differential
   • Voltage Measurement Range: Commonly selectable (e.g., ±10 V)
   • Current Measurement Range: Typically supports 0 to 20 mA
2. Resolution:
   • 16-bit resolution for precise measurements
3. Sample Rate:
   • Adjustable sampling rates; check specific application requirements
4. Input Impedance:
   • High input impedance for accurate voltage measurements
5. Signal Conditioning:
   • Built-in signal conditioning features such as filtering and amplification
6. Connector Type:
   • Standardized SCXI connectors for easy integration with SCXI chasses
7. Compatibility:
   • Works in conjunction with the NI SCXI chassis and can interface with various NI data acquisition devices.

Product Use

The SCXI-1104C module is primarily used in applications requiring:

• Multi-channel data acquisition
• Process control and monitoring
• Industrial automation
• Laboratory testing and experimental setups
• Environmental monitoring, such as temperature, pressure, and strain measurements

Typical Applications

• Research and development laboratories
• Industrial automation systems
• Environmental monitoring stations
• Medical instrumentation
• Structural health monitoring systems

Conclusion

The NI SCXI-1104C module is an essential tool for engineers and researchers looking to obtain high-fidelity measurements in a robust and scalable manner. Its integration within the SCXI system ensures flexibility and ease of use in complex measurement setups.

NI+SCXI-1104C