Printed Circuit Design & Fab Online Magazine - Rogers Launches Radix 3-D Printable Dielectrics

How to Run a Design of Experiments
A review of the six fundamental steps behind scientific process development.
READ MORE...
American Standard Circuits’ Push for UHDI is On
After new technology investments, the flagship operation of the Chicago-based fab is primed for growth.
READ MORE...
Collaborating Across the Industry
The High Density Packaging User Group drives innovation through active partnerships.
READ MORE...
Semi-Flexible PCBs: Flexibility without the Polyimide Price Tag
Why a relatively unknown technology might be right for static bend applications.
READ MORE...
Embedded Sensors in Flex Circuits
From glob top to lamination, solutions for sealing parts in flex.
READ MORE...

Printed Circuit Design & Fab Magazine

Radix 3-D printable dielectrics material features dielectric constant of 2.8 and low loss characteristics at microwave frequencies.

Radio frequency designers can create new components, reportedly eliminating need to consider typical manufacturing design constraints. Composite materials are designed for digital light processing 3-D printing, enabling scalable, high-res printing process for end-use RF dielectric component manufacturing. Dissipation factor is 0.0043 at 10GHz when cured. Intended for use as RF materials in applications where new geometric freedom can enhance figure of merits of RF system, such as gradient dielectric constant structures and other 3-D parts. Can manufacture systems and components at scale.

Rogers Corp.
rogerscorp.com

Register now for "Best DFM Practices for Board Engineers," a new three-hour webinar from Susy Webb, CID. Coming Feb. 22. www.pcb2day.com

DECEMBER ISSUE

View the Digital
Edition Here!

Rogers Launches Radix 3-D Printable Dielectrics

POPULAR

Press Releases