|Microphone||MPA416 (Prepolarized,need ICCP power supply)|
|Microphone Diameter||1/4 Inch|
|Frequency Range||20 ~ 20k (Hz)|
|Open Circuit Sensitivity||50 (mV/Pa) (+/- 2dB)|
|Output Impedance||Less than 110|
|Dynamic Range||29 ~ 127 (dBA)|
|Inherent Noise||Less than 29 (dBA)|
Binaural Microphones recording which can restore the real noise in the car is the most commonly used tool for NVH Engineer. It is a powerful tool for research and improvement of sound quality. Binaural recordings usually require expensive artificial head, and it’s not easy to use. The biggest problem is the test cannot carry out on the driver''s seat that most of engineer and tester focus on. BinauralMic is popular in recent years recording equipment. The cost is very low compare to the artificial head and easy to use.
|Frequency Response||8 Hz-20 kHz|
|Operating Temperature||-30 Deg C ~ 80 Deg C|
|Temperature Coefficient||0.008 dB/ Deg C (-10~ 50 Deg C)|
|Humidity Coefficient||- 0.006 dB/%RH|
microphone and is designed to make the measurement in an ear simulator, a coupler or the sound pressure on a surface.
|Open Circuit Sensitivity||-48 +/- 3 dB (4 mV/Pa)|
|Frequency Response||10 Hz ~ 50 kHz|
|Dynamic Range||Greater than 164 dB|
|Cartridge Thermal Noise||Less than 35 dB (A)|
|Operating Temperature||-20 deg C ~ 80 deg C|
|Frequency Range||250 Hz ~ 5000 Hz 12 mm|
|Output Connector||7-pin Lemo in the Probe|
|Case Dimensions||400 x 200 x 70 mm|
|Remote control Port||USB|
|Combined Sensitivity||40 mV/Pa|
The USB cable between the probe and computer provide the control of sound intensity software.
ICCP® powered with BNC connectors
Remote-control functions via USB cable
Accurate phase matched microphones
Face to face configuration
1/3-octave centre frequency ranges: 63 Hz to 5 kHz
Well-defined acoustical microphone separation.