¼” Microphones in EV Measurements, is a comprehensive guide that explores the use and impact of ¼” microphones in developing the EV sound systems of the very present future.
In the nuanced world of in-cabin electric vehicle (EV) sound measurement, the size and accuracy of your microphone can make all the difference. Today, we want to share this post with you, where we discuss why ¼” microphones are leading the market in this critical field.
Proper static pressure equalization is extremely important if you want to make a reliable acoustic measurement. If the static pressure inside the microphone is different than the static pressure outside, the microphone will not only measure acoustical pressure variation but also a static pressure differential between inside and outside the capsule,leading to erroneous result.
“We have come to know that acoustic sensors from GRAS are our guarantee of measurement reliability across all our facilities. GRAS support our global success” Tony Nesbitt, Project Manager at Jabra/ GN Audio A/S.
This major feature release introduces significant improvements to the MAK ONE Applications: VR-Vantage 1.3, VR-Forces 5.1, and VR-Engage 2.1.
Learn new ways to approach acoustic analysis with our latest case study. See how the improved sound power ranking tool from Scan&Paint 3D simplifies the identification and ranking of sound sources in automotive HVAC systems. Get the full report including measurement results on our website!
Check the latest in LabVIEW+ features software roadmaps. Learn about the technology behind LabVIEW, NI TestStand, InstrumentStudioTM software, FlexLoggerTM software, and more.
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