Blog
Anechoic foam creates echo-free environments for precise acoustic and electromagnetic measurements. Learn about automotive noise testing, electronics compliance, foam materials, and chamber design considerations.
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Microwave absorption converts electromagnetic energy to heat through dielectric, magnetic, and structural loss mechanisms. Learn how materials capture waves and how engineers combine mechanisms for optimal performance.
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Microwave shielding materials protect electronics through reflection and absorption mechanisms. Learn about metals, conductive foams, films, carbon materials, and composites that block electromagnetic energy.
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Ferrite tiles absorb electromagnetic waves and convert them to heat, providing effective EMI suppression from 30 MHz to 1 GHz. Learn about their applications in anechoic chambers, telecommunications, and aerospace systems.
5G OTA chambers provide controlled environments for testing wireless devices using over-the-air methods. Learn about key components including RF absorbers, positioning systems, and quiet zone requirements for accurate mmWave testing.
