USB measurement microphone models are designed to capture both infrasonic and ultrasonic frequencies, making them an excellent tool for research and development.
They are available in standard, infrasonic and ultrasonic versions to better suit your requirements.
The measurement microphone capsules comply with WS2F standards according to IEC 61094-4, ensuring precision and reliability in any environment.
Our USB precision microphones are suitable for a wide range of industrial and scientific applications.
They are compatible with most common software applications and can be easily connected to computers and laptops via USB.
USB measurement microphone versions are manufactured to ISO standards to ensure high quality and accurate results.
Our goal is to provide our customers with reliable and precise microphones for all their industrial needs.
iSV1611
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Price: 765 $
38 $ Shipping Price
Class 1 WS2F – IEC 61094-4
USB measurement microphone model iSV1611 is a digital microphone with USB interface, consisting of pre-polarized ½” condenser microphone capsule, preamplifier, 2 channel (Stereo) ADC and USB interface, which can be used with apps on smartphone, tablet or PC.
PC, smartphone, or tablet receive the digitized 2 channel signal data via USB cable connected to iSV1611.
Dual channel operation allows simultaneous measuring.
- Measuring range 16 dB(A) – 140 dB
- ½” condenser microphone capsule pre-polarized
- Frequency range: 4 Hz – 20 kHz ± 1.5 dB
- 1/2″ microphone capsule thread 60uns
- Polar pattern: omnidirectional
- Acoustic noise floor 16dBA
- SPL max. 140dB
- Sensitivity 40 mV/Pa
- Measuring range left channel 16 – 101 dB(A)
- Measuring range right channel 51 – 140 dB(A)
1/2″ microphone capsule
WS2F according to IEC 61094-4
Free Field
4 Hz to 20 kHz
16 dBA to 140 dB
pre-polarized
Price: 765 €
1/2″ microphone
WS2F according to IEC 61094-4
Free Field
1 Hz to 20 kHz
15 dBA to 140 dB
pre-polarized
Price: 1625 €
1/4″ microphone capsule
WS3F according to IEC 61094-4
Free Field
4 Hz to 80 kHz
30 dBA to 165 dB
pre-polarized
1/4″ microphone capsule
WS3F according to IEC 61094-4
Free Field
5 Hz to 80 kHz
35 dBA to 168 dB
pre-polarized
Microphone Capsule | IEC 61094-4 | WS2F |
|---|---|
Diameter | 1/2″ |
Frequency Range 4 Hz – 20 kHz | 4 Hz – 10 Hz: ± 1.5 dB 10 Hz – 4 kHz: ± 0.5 dB 4 kHz – 20 kHz: ± 1.5 dB |
Responce Type | Free field |
Electrode Forming Voltage | 0 V |
Sensitivity (dB re 20 μPa) | 40 mV/Pa (± 3 dB) |
Capacitance at 250 Hz | 18 pF |
Maximum Sound Pressure Level | 146 dB |
Intrinsinc Noise Level | 16 dB (A) |
Operating Temperature Range | -20 °C ～ +60 °C |
Operating Humidity Range | 25 % ～ 90 %(RH) |
Temperature Characteristics | 0.01 dB/C° Maximum |
Humidity Characteristics | 0.001 %(RH) |
Aging Drift | 0.2 dB/Year |
Storage Temperature Range | -20 °C ～ +60 °C |
Storage Humidity Range | 25 % ～ 90 %(RH) |
Venting | Rear |
Outer Dimensions | Ф 13.2 mm x 16.0 mm |
Weight | 8.3 gram |
iSV1611 | USB Microphone Preamplifier |
|---|---|
Signal Amplitude ref. 50mV @ 1kHz Frequency Response Frequency Sampling 192 kHz |
1 Hz~20Hz, Error <3.0dB 20 Hz~20kHz, Error<0.3dB 20 kHz~80kHz, Error<3dB |
Electrical signal noise background | Ch.1 (<13dBA, <26dBZ) Ch.2 (<50dBA, <63dBZ) |
THD
Input 1kHz, 50mV, A weighting | <0.1%
|
Overload Indicator 1kHz (THD<3%) | Ch.1 (>101.9dB) Ch.2 (>140dB) |
Amplitude accuracy Input 31.6mV, 1kHz, 90.0dB | Error <0.2dB
|
Dimensions 1/2″ Outer diameter of protector cover | Ф 20 × 165 mm φ 13.2mm |
Weight | <96 g (cable not included) |
Operating Temperature | -20°C ~ + 60°C |
Humidity | 25 %～ 90 %(RH) |
Atmospheric Pressure | 65 kPa～108 kPa |
Connector Type | USB2.0, |
Microphone Thread | 11.7 mm-60 UNS |
Robust USB connection is screwed on the microphone side
Scope of delivery:
- 1/2″ condenser microphone capsule
- Digital microphone preamp
- USB connection cable 2 meter
- Windscreen
We would like to point out that accelerometers with charge output can also be connected to the iSV1611 preamplifier if a 1/2” to 10-32 thread adapter is used.
In this way, vibration measurements can be realized with the same measurement technology.
Our optional NVH-FFT software is available for carrying out sensor-specific analyses in dB or acceleration in g.
