Ultrasound Measurements

Ultrasound Field Characterization
The small size and the linear frequency response make the Optical Microphone the perfect tool for precise measurements of time signals, frequency distributions and acoustic field maps of ultrasound emitters such as air-coupled ultrasonic piezos.

Measurements in High Electromagnetic Field
All-optical components in the sensor head as well as the optical fiber cabling are insensitive to strong electromagnetic fields. Thus, sound can be recorded in applications that are out of reach for classical microphones due to strong EM- or radioactive fields.

Ultra-high Sound Pressure Levels
The Eta100 Ultra was designed to measure extremely high sound pressure levels (up to 180dB SPL). All our microphones are immune to damage by excessive acoustic pressure levels.

Downloads

• XARION Ultrasound Field Characterization Information Brochure (1.74 MB)

Open Access Publications

• Characterization of polymer-based piezoelectric micromachined ultrasound transducers for short-range gesture recognition applications
• Development of an innovative measurement system for audible noise monitoring of overhead lines
• Optical microphone hears ultrasound