Explore RT-Duroid 6010, 6010.2LM, and RO3010 high-frequency laminates featuring Dk≈10.2, low loss (Df 0.0023 @10GHz), and exceptional thermal and dielectric stability for RF, microwave, and aerospace circuits.
Explore RT-Duroid 6010, 6010.2LM, and RO3010 high-frequency laminates featuring Dk≈10.2, low loss (Df 0.0023 @10GHz), and exceptional thermal and dielectric stability for RF, microwave, and aerospace circuits.
Learn RT-Duroid stripline design for precise characteristic impedance in microwave and high-frequency PCBs. Optimize line width, Dk, thickness, and copper for RF performance.
RT-Duroid 6010 and 6006 are high-performance PTFE-based laminates designed for microwave and high-frequency PCB applications. They feature high dielectric constants (Dk 10.2/6.15), low loss (Df 0.0023/0.0027), excellent thermal stability, and minimal moisture absorption, ideal for antennas, filters, resonators, and phased array systems.
RT-Duroid® 6006 and 6010LM are high-performance microwave laminates with high dielectric constant (Dk) and low dissipation factor (Df). Ideal for RF, microwave, and high-frequency multilayer PCBs in aerospace, defense, and telecommunications.
Learn how to safely handle, process, store, and dispose of PTFE composite materials used in RF/microwave PCBs and high-speed electronic applications. Includes thermal, chemical, and mechanical safety considerations, first aid measures, and regulatory compliance tips for engineers and manufacturers.
RT/Duroid® 6006 and 6010 are premium PTFE-based laminates for high-frequency PCB applications. They offer excellent thermal stability, dimensional precision, low moisture absorption, and proven safety in handling. Ideal for aerospace, automotive radar, and RF systems.
RT-Duroid® laminates are polytetrafluoroethylene (PTFE)-based composites reinforced with ceramic or glass microfiber fillers, widely used in high-frequency and microwave applications.
Learn expert drilling techniques for TMM® laminates, including drill bit selection, spindle speed, feed rate, stack height, cooling, and debris management. Ensure precise, clean holes and preserve high-frequency PCB performance.
Learn the best routing practices for Rogers TMM microwave laminates. Discover optimal router bit selection, speed and feed settings, panel support, cooling, and tool maintenance methods to ensure precise edge quality, minimize chipping, and improve RF circuit reliability.
Introduction Rogers TMM® Thermoset Microwave Materials represent a unique class of high-performance laminates that combine the best attributes of both ceramic and PTFE-based microwave substrates. Designed for high plated-through-hole reliability, stripline, and microstrip circuit applications, TMM laminates deliver exceptional stability, precision, and manufacturability — making them ideal for demanding RF, microwave, and millimeter-wave designs. Material...