What Are Low Loss Materials? Low loss materials are specialized PCB laminate materials designed to minimize si...
What Are Low Loss Materials? Low loss materials are specialized PCB laminate materials designed to minimize si...
High Frequency Laminates: The Foundation for Stable RF & Microwave PCB Performance With the rapid growth o...
With the rapid growth of 5G communications, automotive radar, satellite systems, and high-speed data transmiss...
RO4830™ is a hydrocarbon resin-based high-frequency laminate designed for 77 GHz automotive radar, 60 GHz traffic radar, and industrial applications. Low-loss, reliable, and cost-effective, it ensures excellent electrical performance, thermal stability, and precise manufacturability for high-frequency PCB designs.
Explore CLTE and CLTE-XT PTFE laminates featuring low dielectric loss, stable Dk, and superior thermal performance for RF, microwave, and aerospace PCB designs.
Nelco N4000-13 offers high Tg (210°C), low Dk (3.2), and low Df (0.008), ideal for high-speed PCBs, backplanes, and communication systems requiring superior performance.
RT-duroid laminates offer ultra-low dielectric loss, stable Dk, and high thermal stability for RF, microwave, and high-frequency PCB applications in aerospace, defense, and telecom.
Comprehensive processing guide for Rogers RO3000 & RO3200 high-frequency laminates. Learn material properties, drilling, lamination, and assembly tips.
Explore Rogers RO3000® series laminates, PTFE-based high-frequency materials with low loss, stable Dk, and robust thermal/mechanical performance. Ideal for antennas, power amplifiers, phased-array radar, and satellite communications.
Discover RO4000 Series hydrocarbon ceramic laminates for superior high-frequency PCB performance. Ideal for RF, microwave, millimeter-wave, and high-speed digital applications, these low-loss, cost-effective laminates ensure dimensional stability, reliable plated-through holes, and compatibility with standard FR-4 processes. Perfect for telecommunications, automotive radar, aerospace, and industrial IoT devices.