• March 13. 2024

In the fast-paced world of high-frequency communication, the RT/duroid 5870 PCB stands out as a beacon of excellence. Crafted from Rogers high-frequency laminates, this PCB is a PTFE composite reinforced with glass microfibers. Its exceptional dielectric constant (Dk) and low loss properties make it a top choice for high-frequency applications where precision and reliability are paramount. Join us...

• March 20. 2024

Introducing the Rogers TMM4 PCB 25mil, a cutting-edge thermoset microwave material that combines the benefits of ceramics and traditional PTFE laminates. Engineered for high plated-thru-hole reliability strip-line and micro-strip applications, TMM4 offers exceptional mechanical and chemical properties, ensuring reliable performance in demanding environments. With its unique composition, this PCB m...

• April 03. 2024

High-Performance Ceramic Thermoset Microwave PCB Introduction: The TMM3 PCB is an exceptional high-frequency circuit board designed for demanding microwave applications. It belongs to the Rogers TMM3 thermoset microwave material family, renowned for its ceramic thermoset polymer composite construction. The TMM3 laminates offer a unique combination of benefits from both ceramic and traditional PTFE...

• April 03. 2024

Superior Performance in High Power Applications Introduction: The TC350 high frequency PCB is an exceptional printed circuit board substrate designed to meet the demanding requirements of high power applications. Manufactured using Rogers TC350 laminates, this PCB offers a unique combination of low insertion loss, high thermal conductivity, and excellent dielectric constant stability. With its sup...

• April 22. 2024

Introduction: Rogers TMM10 thermoset microwave material revolutionizes the world of high-frequency circuitry with its exceptional properties and reliability. Combining the advantages of PTFE and ceramic-based substrates, TMM10 offers unparalleled mechanical strength and production flexibility. In this comprehensive blog, we delve into the deep and informative details of TMM10 PCB, exploring its fe...