Rogers RO3010 High frequency PCB : ceramic-filled PTFE composite circuit material

Engineered Performance for Broadband Circuit Design

Rogers RO3010 was developed to push the limits of circuit complexity through its tightly controlled electrical properties. Crafted from a proprietary ceramic-filled PTFE composite, it enables a density of features not possible with typical materials.

Central to its capabilities is a precisely maintained dielectric constant of 10.2 ±0.30. This narrow tolerance allows complication routing topologies without worrying resonant frequencies may shift unexpectedly. Even as temperature fluctuates from -55°C to 288°C, RO3010 stays consistent.

Its low dissipation factor of just 0.0022 further ensures clean signal transmission up to 10GHz and beyond. Power amplifiers, antennas and other high-frequency assemblies benefit from minimal insertion losses.

RO3010 also excels mechanically through class-leading dimensional stability. Coefficients of thermal expansion as low as 11ppm minimize warping stresses. Delamination risk is negligible, saving development time and costs.

Our ISO-certified plant produces RO3010-based boards to IPC Class 2 standards. Standard sizes reach 80x57mm, allowing intricate multi-layer designs with 65mil trace spacing. Its thermal conductivity diverts heat away from sensitive areas.

Whether developing satellites, 5G radios or automotive radar, engineers rely on RO3010 for miniaturizing feature-rich circuitry in the harshest environments. Its tailored properties consistently surpass expectations from prototypes to production. Contact us to see how it can optimize your next project's performance.

Rogers RO3010 High frequency PCB : ceramic-filled PTFE composite circuit material Images