Please register below to view this recording. If you’ve already registered, please use your personalized link to enter the event.
About

Antenna miniaturization utilizing Magneto-Dielectric materials, has been a focus area in ~100 publications in the past 2 decades. Utilizing a magneto-dielectric material for antenna miniaturization, to the point where antenna gets electrically small, has limited adoption due to lack of dedicated low-loss materials with matched permeability to permittivity ratio. Rogers developed and commercialized a unique ferrite low-loss composite material exhibiting µr ~ ℇr~ of ~6, revolutionizing antenna designs on industrial scale.
This webinar will review advantages and trade-offs of Magneto-Dielectric antenna designs. Topics will include:

  • Review of fundamental equations driving miniaturization factor
  • Monopole antenna height reduction evaluation
  • Notch antenna “low end bandwidth” extension evaluation
  • Application Fields for Magneto-Dielectric material solutions




  • Please Note: By registering for this webinar, the details of your profile may be used by Microwave Journal™, the presenter, and the sponsor to contact you by email.

    Presenters
    1697824493-8552117b712839be
    John Ekis
    Market Segment Director, Rogers Corporation
    John Ekis, is the Market Segment Director for Aerospace and Defense at Rogers Corporation. John has over 35 years experience in electronic materials and RF component and subsystems, including 15+ years directly in support of defense electronics. John’s career began in Process Engineering and R&D specializing in Multi-Layer Electronic Ceramics before transitioning into business development and market facing roles. He is currently the Market Segment Director for Aerospace and Defense at Rogers Corporation, where he is working on positioning Advance Material technologies Rogers is developing into key Aerospace and Defense programs.
    1697824559-dae377df44bcd3ba
    Vitali Judin
    Senior Manager, Rogers Corporation
    Vitali Judin, holds a Ph.D. in Physics and has a background in RF engineering. He has contributed significantly to fundamental particle accelerator research at Karlsruhe Institute of Technology, held a business development role at Siemens AG, and is currently a Senior Manager at Rogers Corporation. With expertise in new business development, among other fields, he supports new product development and commercialization, being a part of Rogers’ driving forces in innovative strategic growth.
    Register To Watch Recording
    First Name*
    Last Name*
    Email Address*
    Company Name*
    Job Title*
    Street Address 1*
    Street Address 2
    State / Provence*
    Zip / Postal Code*
    City*
    Country*
    Microwave Journal's® privacy policy:
    We use BigMarker as our webinar platform. By clicking Register, you acknowledge that the information you provide will be transferred to BigMarker processing in accordance with their Terms of Service and Privacy Policy.