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Ansys HFSS + SynMatrix AI: Low-Loss Planar Filters

Join us and discover how planar filters are now essential in RF and microwave systems, offering compact, cost-effective, and high-frequency solutions compatible with PCB technology in this upcoming presentation

Venue:
Virtual

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Overview

Planar filter design has emerged as a cornerstone of modern RF and microwave engineering. Driven by the demand for compact, cost-effective, and easily integrated solutions, planar filters have seen widespread adoption in applications ranging from wireless communications to satellite systems. Their compatibility with printed circuit board (PCB) technology, design flexibility, and scalability for high-frequency performance make them essential building blocks in today’s rapidly evolving communication landscape SynMatrix can be used to design asymmetric filter responses that meet specific rejection requirements, minimizing the number of filter sections, insertion loss, and size.

What Attendees Will Learn

  •  Explore filter synthesis methods to reduce insertion loss using cross-couplings & transmission zeros
  • Use tools to customize & auto-generate microstrip geometries in HFSS
  • Apply AI/ML workflows to optimize standard and open-loop microstrip filters
  • Run Monte Carlo analysis to assess manufacturing tolerance impacts
  • Review microstrip filter use cases (including low-pass, bandpass, and open-loop types)

Who Should Attend

  • Engineering directors, VPs, and decisions makers
  • RF engineers
  • RF design engineers
  • RF filter design engineers
  • Antenna design engineers
  • RF power amplifier engineers

Speaker

  • Dan Fallon
  • Diamond Liu
Ansys HFSS plus SynMatrix AI Low Loss Planar Filters

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