PU Match Probe

The PU Match, the smallest and the newest addition to the PU family is packed with all the abilities of the PU Regular to measure sound pressure and particle velocity physically at the same point in one compact probe. Optimised design of the PU Match allows it to handle measurements that demand high spatial resolution but has space limitations. Give your product an edge by unleashing the complete potential of a PU probe to visualise & localise your sound sources.

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The Microflown PU probe is able to simultaneously measure multiple acoustic properties such as sound pressure and particle velocity at any point of a sound field. As the only probe that can directly capture the complex acoustic behaviour present in the near field, detailed acoustic information becomes easily available to accurately find and quantify the acoustic output of multiple sound sources. The broadband response of the probe covers the complete frequency range from 20 Hz to 10000 Hz, without the need of introducing any assumptions or computational errors.

Features:

Broad band | 20Hz -10kHz
Compact design
High spatial resolution
Low susceptibility to P/I
Less dependent on environment conditions

Applications:

Sensor array applications
Noise source identification
Configurable grids for Near Field Acoustic Camera
Range of Acoustic quantities: sound intensity, sound power, PVL measurements

A sound intensity probe that combines two sensors: a traditional microphone and a Microflown. The working principle allows the operation of the probe in-situ in real operating conditions without the need for special acoustically treated environment. The sensor is applicable in wide range of scenarios like reverberant conditions, closed cavities e.g. vehicle interiors, to carry out measurements to study the sound field, localise the sound sources or the contribution to a particular position. The probe orientation in 0 or 90 degrees adds versatility to your measurement campaigns.

Sensor performance	Sound Pressure \| Particle Velocity
Sensitivity	20 mV/Pa \| 10 V/(m/s)
Frequency Range (±1 dB)	80 – 8000 Hz
Frequency Range (±2 dB)	20 – 10000 Hz
Maximum Level	130 dB
Noise floor (20 Hz – 2 kHz)	26 dB(A) \| 35 dB(A)
Noise floor (20 Hz – 10 kHz)	29 dB(A) \| 43 dB(A)

Environmental	Sound Pressure \| Particle Velocity
Temperature range	-20 to 85 °C
Temperature Coefficient	0.015 dB/°C \| 0.006 dB/°C
Influence of Humidity (30 – 90%)	0.001 dB/%RH \| 0.06 dB/%RH
Static Pressure Coefficient	< 0.5 dB/kPA
Maximum airflow	< 0.5 m/s