Menu
Search
Webinar: Solving RF and Microwave Design Integration Challenges Using 3D Component Modeling
  • 9th May 2018
    3:00 pm - 4:00 pm

3D electromagnetic (EM) analysis has become a crucial step for radio frequency (RF) and microwave design. Compact topologies, higher design frequencies and increasing product complexity mean more electromagnetic interactions between microwave components. Pure circuit simulation and planar electromagnetic analysis, although useful first steps, can be insufficient for more complex designs since they are unable to capture component-to-component coupling. This unexpected coupling can result in performance degradation and, in turn, lead to costly and lengthened design cycles. Using full, 3D EM analysis of critical design subsections can mitigate much of the on-the-bench troubleshooting. Assembling the necessary geometry for this analysis requires close collaboration between vendors and customers.

New technology, available in ANSYS HFSS that allows for detailed design sharing while protecting design IP, facilitates this collaboration.

This webinar discusses how to set up and solve a full, 3D EM analysis with 3D component technology to help designers achieve first-pass design success.

Join ANSYS to learn how 3D component modeling delivers highly accurate RF and microwave design solutions, plus powerful marketing advantages for your company.

Duration

Webinar starts at 16:00 BST

Who Should Attend?

Designers, engineers, managers and directors seeking to optimise their design & development processes.

Registration / Further Information

Simply choose one of the following options to receive further information or to register.

Please note that this event is free to attend but registration is essential.

Location

Venue:  

Address:
Online

Description:
Details on how to join the webinar will be emailed to you once registered.

For further information please contact us.

Registration / Further Information

Please refer to our Privacy Policy regarding how we may process any personal data you submit within this form.

© 2024 Wilde Analysis Ltd.

Web design and hosting by BFI®