XTR104AU

Sensor and Detector Interfaces Burr Brown XTR104AU Overview

The Burr Brown XTR104AU is a high-performance instrumentation amplifier designed to meet the rigorous demands of precision data acquisition and sensor interfacing. This device integrates advanced features such as a precision voltage reference and a configurable output transmitter, making it a versatile solution for various industrial applications. The Sensor and Detector Interfaces Burr Brown XTR104AU ensures high accuracy and low noise performance, making it ideal for critical measurements and process controls in B2B environments. Its robust design is engineered to operate reliably in challenging conditions, providing consistent and precise readings necessary for quality control and automation systems.

XTR104AU Features

The XTR104AU features include a low offset voltage, excellent long-term stability, and a high common-mode rejection ratio. It also incorporates a built-in 4-20 mA current transmitter, which can be used to send information over long distances in industrial settings without signal degradation. The device's dual-supply operation and wide input voltage range offer additional flexibility in system design, accommodating a broader spectrum of signal inputs and power configurations.

XTR104AU Applications

• Process Control Systems: The XTR104AU can be used to enhance signal conditioning and data integrity in automated manufacturing processes, improving system accuracy and operational efficiency.
• Medical Instrumentation: In medical devices, this amplifier facilitates precise monitoring and recording of biometric signals, ensuring reliable data for diagnostics and patient care.
• Temperature Sensing: The device's stability and accuracy make it ideal for critical temperature measurements in industrial environments, contributing to safer and more efficient operations.
• Pressure Measurement: Suitable for dynamic pressure sensing in fluidics and pneumatics, the XTR104AU provides exact data necessary for maintaining system pressures within safe and optimal ranges.