Rogers' Advanced Electronics Solutions

Why TCDk Circuit Performance Test is Critical to Understand Environmental Influences (5 of 5)

IMS 2020 "How Material Properties and Fabrication Can Impact RF Filter Performance" by John Coonrod.

Overview of Rogers PTFE - based Circuit Board Materials and Fabrication Consideration (In Chinese)

Material Properties and Fab Effects to Consider When Designing for Microwave Power Amplifiers

What RF Engineers Need to Know About PCB Fabrication for Optimal Results

Design Dk; Why Different Test Vehicle Structures Yield Different Dk Values

毫米波雷达设计中需考虑的PCB材料的基本特性 Mtl. Prop. to Consider When Designing PCB Radars for Auto and Industrial Apps

Understanding Millimeter Wave Concepts to Improve Very High Speed Digital Performance

How Does PCB Fabrication Affect RF Performance

How Does Long-Term Exposure to Elevated Temperatures Affect Microwave & Millimeter-Wave Performance

Millimeter Wave Applications Benefit from the Use of Thin Laminates and Prepregs 毫米波频段中的薄的层压板和半固化片材料

Understanding mmWave Concepts to Improve Very High Speed Digital Performance 应用毫米波理念解决高速数字传输问题

Joey Kellner explains new copper option for commercial radar materials at IMS 2022.

Matching Millimeter-Wave Radar Software Models to PCB Antenna Measurements - Webinar

Overview of Copper Properties and the Impact on Microwave and Millimeter-Wave PCB Performance

Overview of 3D Printable RF Structures

Overview of Test Methods Used to Determine Dk and Df for High Frequency Circuit Materials

Antenna Material Solutions Across the Electro-Magnetic Spectrum (Broad Antenna Solutions)

Material Properties Critical for PCB Thermal Management and Thermal Stability

Basic PCB Design Guidelines for Microwave and Millimeter-Wave Applications

What RF Engineers Need to Know About PCB Fabrication for Optimal Results

Design Dk; Why Different Test Vehicle Structures Yield Different Dk Values (Presented in Chinese)

Understanding Prepreg Performance at mmWave Frequencies (Presented in Chinese)

Material Properties & Fab Effects to Consider When Designing for Microwave and mmWave Patch Antennas

Enhancing Millimeter-Wave Antenna Performance Using Radix(TM) 3D Printable Dielectric

Real World of RF Printed Circuit Boards Series Summary

Millimeter Wave Applications Benefit from the Use of Thin Laminates and Prepregs Learn How!

Why TCDk Circuit Performance Test is Critical to Understand Environmental Influences (5 of 5)

Select High Frequency Circuit Materials Based on Operating Frequency for Microwave and mmWave Apps

MTTS 2020: The Impact Plated Finishes have on RF PCB Performance at Millimeter-Wave Frequencies

High Performance PCB Laminates & Modeling for Microwave/mmWave Applications.

Rogers Corporation Releases Radix(TM) 3D Printable Dielectrics

Building Grounded Coplanar Waveguide & SIW Structures for mmWave Frequencies (In Chinese)

MTTS 2020: How Does Glass-weave Affect Millimeter-wave PCB Performance

EDACafe’ with host Sanjay Gangal

Rogers Review High Performance Markets and Products

High Frequency Materials for 5G Base Station Applications

Rogers Corporation introduces Radix(TM) 3D Printable Dielectrics at IPC/APEX 2022

TCDk Circuit Performance Test is Critical to Understand Environmental Influences (5 of 5) [Chinese]

Coonrod's Corner: Understanding Prepreg Performance at Millimeter-Wave Frequencies

Benefits of High Dk Circuit Materials (1 of 5) [Chinese]

Coonrod's Corner 2021 - Overview of 3D Printable RF Structures