Discover Rogers RO4000® laminates with TICER® TCR thin film resistors — combining RF performance, precision resistance, and simplified PCB fabrication.
Discover Rogers RO4000® laminates with TICER® TCR thin film resistors — combining RF performance, precision resistance, and simplified PCB fabrication.
Explore RO4450F and RO4460G2 bondplys for multilayer high-frequency PCBs. Low loss, high thermal stability, and reliable performance for RF & microwave circuits.
RO4500 laminates offer stable Dk, low loss, thermal reliability, and easy processing for antennas, RF, microwave, and IoT PCB applications.
RO4725JXR & RO4730G3 laminates deliver low-loss, stable Dk, and robust environmental durability for antennas, automotive radar, IoT devices, and RF modules.
Discover Rogers high-performance circuit materials for RF, microwave, and high-speed digital PCBs. Explore RO4000®, RO3000®, and RT/duroid® laminates for automotive radar, 5G, aerospace, and consumer electronics applications.
RO4835™ laminates offer low-loss, stable Dk, and FR-4 compatibility for high-frequency circuits in 5G base stations, automotive radar, IoT, and RF/microwave applications.
RT-Duroid 6000 series laminates (6002, 6006, 6010) are high-performance PTFE-based materials for microwave and high-frequency PCB applications. Featuring low dissipation factor, high dielectric constant, excellent thermal stability, and minimal moisture absorption, ideal for antennas, filters, power dividers, and phased-array systems.
Learn professional drilling guidelines for RT-Duroid® 6002 laminates, including best practices, recommended drill bits, parameters, and post-drilling procedures to ensure high-quality vias, prevent delamination, and maintain structural integrity in high-frequency PCBs.
Rogers RT/duroid 6002 laminates offer low Dk, low loss, and high stability for RF, microwave, and aerospace PCB applications. Ideal for antennas and filters.
RT/duroid 6002 laminates are high-performance PTFE-based PCB materials reinforced with ceramic fillers. Featuring low dielectric constant, minimal loss tangent, excellent thermal and mechanical stability, and low moisture absorption, ideal for RF, microwave, high-speed digital, aerospace, and satellite applications.