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Explore the RF challenges created by seven interconnected missile subsystems and how advanced filtering technologies help manage interference, miniaturization, harsh environments, and demanding SWaP requirements.
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Modern missile platforms rely on multiple RF systems operating in close proximity. Explore filtering technologies that prevent interference while balancing frequency, bandwidth, size, weight, and reliability.
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Modern missiles rely on advanced RF passives, with AESA seekers and multimode systems driving increased component density across subsystems, enabling performance from VHF through 67 GHz.
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Wideband in EW systems evolves with RFADC advancements, enabling broader spectrum coverage, simplified receiver design, and innovative filter technologies for high-bandwidth, multi-mission applications in modern defense systems.
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We design high-performance RF filters from 300 MHz to 75 GHz, supporting critical defense, aerospace, and communication systems with catalog, build-to-print, and custom solutions.
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Electronic warfare demands adaptive, high-performance RF systems. Wideband filters and early digitization with RF-ADCs enable agile spectrum access while managing interference and maximizing dynamic range.
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