When it comes to professional acoustic research, precision and reliability are paramount. The CRY3101-S01 measurement microphone set by CRYSOUND delivers on both fronts, making it the perfect tool for accurate sound analysis. Whether you’re conducting research in controlled environments or testing a wide range of audio equipment, this measurement microphone ensures top-tier performance every time.
Superior Design for Free-Field Measurements
The CRY3101-S01 measurement microphone features a 1-inch free-field design, making it ideal for capturing sound measurements in non-reflective environments. This design is particularly beneficial in anechoic chambers and quiet rooms where external noise or sound reflections can skew results. By ensuring accuracy in such controlled environments, the CRY3101-S01 is indispensable for high-level acoustic testing and research.
High-Precision Performance with Excellent Dynamic Range
One of the standout features of the CRY3101-S01 measurement microphones is its remarkable dynamic range, which spans from 12 dBA to 136 dBA. This extensive range allows the microphone to accurately capture both very soft and extremely loud sounds without any distortion. Whether studying subtle sound nuances or analyzing high-intensity audio sources, these measurement microphones provide unmatched clarity and precision, making them a versatile tool for a wide range of acoustic research applications.
Reliable and Versatile for Long-Term Use
Built for durability, the CRY3101-S01 measurement microphones set are designed to withstand continuous use in demanding conditions. Its rugged construction ensures consistent performance over time, even in challenging environments.
Additionally, the microphone is highly compatible with various testing equipment, enhancing its versatility for professionals who require a reliable tool for long-term use in acoustic research.
Conclusion
In conclusion, the CRY3101-S01 measurement microphones by CRYSOUND is a powerful, precise, and durable tool for anyone involved in professional sound analysis. Its superior design, high-precision performance, and reliability make it a must-have for acoustic researchers.
