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.