LEMO Preamplifier Cable - WL6004-3m
LEMO Preamplifier Cable, FGG.1B 7-pin to PHG.1T 7-pin LEMO Connector, 3 m, WL6004, IP67, operating temperature -55-125°C.
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CRY3103 Free-field Microphone, 1", Prepolarized, 100 mV/Pa
Field Type
Free-field
Sensitivity
100 mV/Pa, -20 dB±2 dB re 1 V/Pa
Frequency Response
4 Hz to 12 kHz ±2 dB
CRY3212 Pressure-field Microphone, 1/2", Prepolarized, 37.5 mV/Pa
Field Type
Pressure-field
Sensitivity
37.5 mV/Pa, -28.5 dB±2 dB re 1V/Pa
Frequency Response
3.15 Hz to 16 kHz ±2 dB; 3.15 Hz to 20kHz +2~-5 dB
In acoustic measurements (SPL, frequency response, noise, reverberation, etc.), large errors often come not from instrument accuracy, but from a mismatch between the assumed sound field and the actual one. What a microphone reads as sound pressure is not strictly equivalent across different fields-especially at mid and high frequencies, where the microphone dimensions become comparable [...]
How do CRYSOUND measurement microphones and calibrators perform when independently tested against established reference equipment-and pushed beyond typical laboratory conditions? In the September 2026 issue of audioXpress, technology consultant and long-time audio equipment designer Stuart Yaniger conducted a hands-on review of three CRYSOUND products: The review covered calibration accuracy, frequency response, environmental stability, self-noise, ruggedness, and [...]
We are excited to introduce the newest addition to our product portfolio - the CRY3000 Series Measurement Microphones, a groundbreaking lineup designed to set new standards in precision and versatility for acoustic measurement. Engineered for a wide range of applications, these measurement microphones deliver unparalleled performance and durability, making them the ideal choice for R&D, [...]
In acoustic testing, acoustic metrology, and product noise evaluation, the term measurement microphone typically refers to a condenser measurement microphone. Its signal generation relies on a polarization electric field: sound pressure changes the capacitance, and the front-end circuitry converts this change into an electrical signal. Depending on how the polarization field is provided, measurement microphones generally [...]
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