TA0507 - 1/2" Input Adapter (22 pF)
TA0507 - 1/2" Input Adapter (22 pF), for simulating a 22 pF measurement microphone and testing a 1/2-inch preamplifier.
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Related Products
CRY3521 1/2" Preamplifier, BNC connector, Base-type
Frequency Response Range
20Hz to 50k Hz (±0.2 d B); 10Hz to 100k Hz (±0.5 d B)
Input Impedance
＞2GΩ/0.5pF
Output Impedance
＜20Ω
CRY3503 1/2" Preamplifier, IEPE, Microdot Connector, Very Short
Frequency Response Range
1Hz ~ 200kHz (±0.2 dB)
Input Impedance
>26,0.4pF
Output Impedance
＜50Ω
CRY3502 1/2" Preamplifier, IEPE, SMB Connector, Very Short
Frequency Response Range
1Hz ~ 200kHz (±0.2 dB)
Input Impedance
>26,0.4pF
Output Impedance
＜50Ω
In multichannel acoustic testing, entering microphone model numbers, sensitivities, and calibration data one channel at a time is slow and prone to error. TEDS allows a data acquisition system to read key parameters stored in a microphone or preamplifier, helping engineers configure channels faster and maintain consistent test settings. This article tests the CRYSOUND CRY3203-S01 [...]
In day-to-day acoustic measurements, it's common to hear: "Insert the measurement microphone into the calibrator, press the button, and the microphone is calibrated." From an engineering and metrology perspective, that wording is an oversimplification. To place a sound calibrator correctly in the measurement chain, we should start with what it generates-and what it can (and [...]
A measurement microphone is not just any microphone - it is a precision acoustic sensor designed for traceable, repeatable sound pressure measurement. This guide covers how they work, the different types available, key specifications to compare, and how to select the right one for your application. What Is a Measurement Microphone? A measurement microphone is [...]
Measurement microphones are used in acoustic metrology, type-approval testing, and engineering measurements. Unlike general audio capture applications, measurement scenarios place far greater emphasis on consistency and traceability: the same microphone should deliver stable output when re-tested over time; variation within a production lot should be sufficiently small; and performance fluctuations between lots should remain controllable. [...]
High SPL Measurement
Learn how to select a working standard microphone for high SPL testing above 160 dB, including distortion limits, test environment requirements, THD data, and CRYSOUND microphone options.
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