ASR-11-100A:333MV

Current Sensors Overview

The Aim Dynamics ASR-11-100A:333MV is a high-performance acoustic sensor designed for precision sound field analysis. It features a calibrated sensitivity of 333 millivolts per Pascal, ensuring accurate signal capture across its operational bandwidth. The unit incorporates an integrated preamplifier to minimize noise interference and maintain signal integrity over extended cable runs. Built with robust materials, it withstands environmental stressors while delivering consistent performance in demanding measurement scenarios.

Current Sensors Feature Summary

• High-fidelity acoustic transduction with precise voltage output calibration
• Integrated low-noise preamplification for enhanced signal clarity
• Durable construction engineered for reliable operation in varied environments

Current Sensors Applications

• Precision acoustic measurement and analysis
• Environmental noise monitoring systems
• Industrial machinery vibration and sound diagnostics

Current Sensors Procurement Notes

Verify the specific model suffix against official Aim Dynamics documentation to confirm exact sensitivity and connector configurations. Ensure compatibility with existing data acquisition hardware before procurement. Request current technical datasheets to validate environmental ratings and electrical specifications for your specific application requirements.

Current Sensors Selection Notes

Select this component when high accuracy and stable signal output are critical for sound level measurements. Consider the integrated preamplifier benefits for long-distance signal transmission needs. Evaluate the physical dimensions and mounting options against your installation constraints to ensure proper integration into the target acoustic system.

Current Sensors Part Context

This sensor belongs to Aim Dynamics' professional acoustic measurement series, focusing on high-precision data collection. It serves as a key component in systems requiring detailed sound pressure level analysis. The design prioritizes reliability and accuracy for both laboratory and field-based acoustic testing applications.