[Legacy Report] "BROAD PASSBAND, WIDE STOPBAND, HIGH POWER EVANESCENT MODE FILTERS USING CAPACITIVELY-LOADED RIDGES" Co-Sponsored by IEEE MTT/AP & CAS/ED Society Chapters
This talk reports on state-of-the-art technology and topology of Filter Design for Modern Communication Systems. In the technological area, speaker will discuss about the design techniques for high performance "Broadbnad, wide stopband, high power, evanescent mode filters using capacitively-loaded ridges", inclusing the materials, environmental compensation, manufacturing, reliability and design simulation methods, while in the area of network topology, the talk will include discussion of nodes, modes, frequency dependent coupling elements, non-commensurate coupled sections, multiplexers, active elements, switched combinations and tunable structures, with examples. Thsi talk will demonstrate the close agreement with CAD simulatuion and mesaurements, lead to industrial and high-rel vaLidations of filters and performance for the applications in 5G and IoT.
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Dr. Richard Snyder of RS Microwave
"Broad Pass-band, wide stop-ban, high power, capacitively-loaded ridges"
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Address:New Jersey, United States