Microwave Journal
www.microwavejournal.com/articles/37318-new-material-innovations-guide-for-3d-printing-high-performance-rf-components
This is our second eBook on 3D printing/additive manufacturing in the last couple of months. This topic has gained popularity as many companies are finding interesting ways to design and manufacture RF devices and components using these techniques. While one of our November 2021 eBooks covered interesting components made with 3D printing/additive manufacturing, this one takes a look at the materials development that are enabling devices that could never be made before with traditional manufacturing. Additive manufacturing has the advantages of being able to produce shapes that are not possible with traditional manufacturing techniques, and this eBook shows how gradient index dielectric materials and conductive inks enable a new set of capabilities for RF components from antennas to filters. We hope this eBook will open the door in new ways to design and manufacture new RF products using these new materials and simulation techniques outlined in these articles plus inspire some new RF component ideas.

New Material Innovations Guide for 3D Printing High Performance RF Components

December 15, 2021

This is our second eBook on 3D printing/additive manufacturing in the last couple of months. This topic has gained popularity as many companies are finding interesting ways to design and manufacture RF devices and components using these techniques. While one of our November 2021 eBooks covered interesting components made with 3D printing/additive manufacturing, this one takes a look at the materials development that are enabling devices that could never be made before with traditional manufacturing. Additive manufacturing has the advantages of being able to produce shapes that are not possible with traditional manufacturing techniques, and this eBook shows how gradient index dielectric materials and conductive inks enable a new set of capabilities for RF components from antennas to filters. We hope this eBook will open the door in new ways to design and manufacture new RF products using these new materials and simulation techniques outlined in these articles plus inspire some new RF component ideas.

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