We are excited to introduce our new video series "Real World of #RF Printed Circuit Boards" to provide insight into challenges and best practices when designing and fabricating #PCBs for RF applications. https://t.co/RxiworxMZ1

In our new eBook, learn about the fabrication process for a variety of different multilayer printed circuit boards. Download: https://t.co/lRhmfF4C5q #PCBs #mmWave #MicrowaveRF

Rogers' Radix™ #3D Printable Dielectric materials provide #RF designers design freedom in creating new components for greater performance and flexibility: https://t.co/J3a3nTicK9

Take a deep dive into a reality of #PCB fabrication versus the ideal models and how those differences become more important as circuits go higher in frequency. https://t.co/lRhmfF4C5q #mmWave #RF

In our new eBook, learn about the finer points of #PCB design and manufacturing process for a microwave power amplifier and a #microwave/#mmWave patch antenna.

Watch webinar presentation by John Coonrod and Ingmar van der Linden addressing material considerations for #PCB radar systems design. Visit our YouTube: https://t.co/iXBVcDHpKZ #AdvancedMobility #ConnectedCar

Rogers' TMM® high frequency laminates are ideal for high reliability strip-line and micro-strip applications. Shaped components now open up a new range of innovative design solutions. https://t.co/H1HXoacDrD

#EDICON sessions are now available on-demand. Watch John Coonrod discussing how dymanic thermal environments impact #mmWave performance. Register at https://t.co/81QFW0cX64

In our latest technical article, John Coonrod discusses material properties and fabrication considerations for #RF microwave & #mmWave antenna applications: https://t.co/hB6EV5kfFR

Rogers TMM® thermoset #microwave laminates are ideal for high reliability strip-line and micro-strip applications demanding exceptional electrical and mechanical stability. Learn more: https://t.co/oosHN3NCKs

Our new #eBook addresses best practices when designing and fabricating high performance #PCBs for #RF applications. Download at https://t.co/hB6EV5kfFR

Rogers’ Tech Support Hub provides #PCB design engineers with access to our technical papers, product literature, video library and more. Register for a free account:  https://t.co/YTS64liBgv

Join Rogers’ webinar on November 1, 8am PT / 11am ET "Essential Material Properties to Consider When Designing #PCB Radar Systems for Automotive and Industrial Applications", https://t.co/pernlVy3aF

In our latest blog, learn about niche #RF design concepts beneficial to microwave and #mmWave circuits utilizing multilayered #PCB constructions: https://t.co/BCNzRmsade

Rogers SpeedWave™ 300P is a low dielectric constant, ultra-low loss resin system prepreg that can be used to bond a variety of Rogers laminates and is ideal for high layer count designs: https://t.co/ASe5lSLI2q

Rogers' COOLSPAN® TECA is designed to solve critical thermal management issues bonding high-power circuit boards, PCB or ceramic to heavy metal backplanes, heatsinks or RF module housings. https://t.co/E3ZyxFWcsU

In this video, John Coonrod provides a detailed overview of #PCB material properties frequently employed in #RF power amplifier applications: https://t.co/f0hbv8ZvDy

Our new John Coonrod's video examines how the prolonged exposure to elevated temperatures impacts #microwave & #mmWave performance: https://t.co/fiEIIILElO

In our latest video, John Coonrod provides an overview of #PCB design guidelines in the context of #RF engineering for #microwave and #mmWave applications: https://t.co/pmuAFjpgwE

Learn about the innovative Radix™ 3D printable dielectric #RF material and its potential impact on #mmWave antenna performance: https://t.co/GXv31lQBGv