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ICP® Microphone Price

Measuring microphone offers - special offers and remaining stock

ICP Microphone – IEPE Microphone

ICP – IEPE microphones including factory calibration certificate and 24 months warranty.

1/4″ microphone

50 mV/Pa

Class 1 – IEC 61672

Free Field

20 Hz to 30 kHz

30 dBA to 130 dB

Price: 385 €

1/4″ microphone

100 mV/Pa

Class 1 – IEC 61672

Free Field

20 Hz to 30 kHz

24 dBA to 127 dB

Price: 525 €

1/4″ microphone

50 mV/Pa

Class 1 – IEC 61094-5

Free Field

5 Hz to 30 kHz

27 dBA to 130 dB

Price: 588 €

1/2″ microphone

40 mV/Pa

Class 1 – IEC 61094-4

Free Field

4 Hz to 20 kHz

16 dBA to 135 dB

Price: 955 €

1/2″ microphone

50 mV/Pa

Class 1 –  IEC 61094-4

Free Field

0.5 Hz to 20 kHz

16 dBA to 135 dB 

Price: 1446 €
 

Ultrasonic microphone set

Frequency response 10 Hz to 95 kHz

ZOOM UAC-232 IEPE interface realized with the MP48 IEPE-XLR adapters.
It offers outstanding technical features in terms of the linearity of the frequency response from 10 Hz to 95 kHz and a signal-to-noise ratio with 32-bit float technology. You no longer have to worry about optimum leveling.
It is particularly suitable for measurement microphone applications such as ultrasonic measurements or measurements of very quiet noises in a measurement chamber.

ZOOM MP30-Ultra Set

Ultrasound Microphone
  • Dual AD circuitry with 32-bit float recording technology
  • High-quality mic preamps, same as the Zoom F6
  • 2x XLR/TRS combo inputs
  • Headphone output and 2x TRS main outputs
  • High-power headphone outputs (100 mW)
  • Records up to 192 kHz sample rate
  • Compatible with Windows, Mac, and iOS devices (Android not supported)
  • Vertical or horizontal use
  • Bus-powered operation (separate power required for Lightenting-enabled iOS devices)
MP30-Ultra
 
  • Class 1 WS3F according to IEC 61094-4
  • Microphone type: Free field
  • Pre-polarized
  • Microphone size: 1/4″
  • Frequency response: 5 Hz to 100 kHz
  • Polar pattern: omnidirectional
  • Sensitivity 3.5 mV/Pa
  • Measuring range 36 dB (A) to 168 dB SPL peak (5% dist.)
  • IEPE supply 2 – 20 mA
  • Bias voltage: 12.5 V
  • Temperature range -10 to +100 °C
  • Dimensions: ø12.5 x 150 mm
  • Connector: BNC
  • WS-RG-40 windscreen 40 mm diameter

AI-basedd sound test
Ready to use immediately

With the NoiseQS starter kit, we offer you a quick and cost-effective introduction to the world of acoustic quality control.

By using plug-and-play hardware and the intuitive “NoiseQS” software, you can implement acoustic good/bad detection with AI-supported analysis and identify anomalies in order to sort out defective components.

IEPE Microphone MI19-HS
20 Hz to 30 kHz

Microphone with High Sensitivity 100 mV/Pa
Range 24 dB(A) to 130 dBPeak

1/4″ measurement microphones with a pre-polarized capsule deliver a voltage of 3 to 5 mV/Pa and have a self-noise of around 35 dB(A).

With a sensitivity of 100 mV/Pa, the MI19-HS has a twenty times higher output voltage at 24 dB(A) self-noise.

The high signal-to-noise ratio and the high sensor sensitivity have an optimum effect on the resolution of the measurement data acquisition, which leads to better measurement results.

Pressure Field Microphone

Pressure Field Microphone

High SPL Microphone

MNP47

The MNP47 1/4″ measurement microphone opens the possibility of using a high-quality, pre-polarized ¼” pressure field measurement microphone capsule on measurement systems with IEPE supply.

Typical applications are measurements of high sound pressure levels e.g. in the defense industry or development of rocket engines or noise measurement in high voltage arc experiments.

The measuring microphone is connected to the measuring channels via a fixed SMB connector with SMB cables or usual BNC cables via a SMB-BNC adapter.

  • 1/4″ microphone
  • 4 mV/Pa
  • Class 1 according to IEC 61094-4 WS3P
  • Pressure field
  • 10Hz to 20kHz
  • 35 dBA to 164 dB
  • Factory calibration certificate
ICP Microphone

ICP Microphone

PCB 130A10

  • 1/4″ microphone
  • 30 mV/Pa
  • Class 1 according to IEC 61672
  • Free field
  • 10Hz to 20kHz
  • 26dBA to 135dB
  • Factory calibration certificate

Measuring range, sound pressure level and microphone sensitivity.

A typical 1/2″ measurement microphone delivers a voltage of 50 mV at 1 Pascal. 1 Pascal corresponds to a sound pressure level of 94 dB. 94 dB is already very unpleasant for humans and is only tolerated in rare situations.
 
During a normal conversation, the sound pressure level is below 74 dB, i.e., 20 dB lower. 20 dB quieter is a factor of 10 quieter.
 
This means that at 74 dB, the microphone only delivers 5 mV.
 
Assuming that end-of-line testing involves acoustically testing parts in a soundproof test chamber, it can be assumed that the measurement microphone delivers only a few microvolts.

Low Noise IEPE Microphone USB DAQ

The choice of the input measurement range for the measurement data acquisition is therefore crucial. Assuming that the measurement card has a measurement range of 10,000 mV and the measurement microphone is exposed to a sound pressure level of 74 dB, which delivers 5 mV, the 10,000 mV measurement range is significantly too coarse for this application.
 
The difference becomes even more apparent when you consider that verbal interaction is reduced in the office. At a sound pressure level of 54 dB, the voltage detected by the measurement microphone is 0.5 mV.
 
The comparison scenario with a scale with a 10,000 kg measurement range illustrates that weighing a 0.5 kg object is associated with a high degree of inaccuracy.
 
Our solution for this application is the PnDL-100 with an input measurement range of 100 mV, which delivers an acoustic measurement range of 13 to 97 dB(A).

®TRADEMARK

ICP is a registered trademark of PCB Piezotronics, Inc., DeltaTron is a registered trademark of Hottinger Brüel & Kjær A/S, ISOTRON is a registered trademark of ENDEVCO. 

This document only describes the technical principles involved and inevitably mentions the registered trademarks of other manufacturers, which is not intended and will not harm the interests of trademark owners. The registered trademarks mentioned above belong to their respective owners.