Maximizing RF/Microwave Performance with RT/duroid 6035HTC

For applications operating at the outer limits of power and frequency, circuit materials must deliver unprecedented capabilities. RT/duroid 6035HTC from Rogers Corporation satisfies even the most rigorous specifications with flying colors.

This PTFE-based composite leverages an advanced ceramic filler system to achieve over 1.44 W/m/K thermal conductivity - a full 1.7x better than standard substrates. How does this translate in the real world? Higher power RF/microwave components that stay well within thermal limits even under extreme operating conditions.

But 6035HTC doesn't sacrifice electrical properties for thermal prowess. The proprietary filler also maintains a tight 3.5 Dk tolerance and an amazingly low 0.0013 loss tangent up to 10GHz and beyond. This ensures critical network functions like impedance and frequency response remain stable despite temperature fluctuations.

With 24-hour stability across -55°C to +200°C, you can count on 6035HTC to outperform even in demanding aerospace, military and industrial environments. And its filler aids precise drilling for tightly-packed designs, reducing manufacturing costs versus alumina-filled competitors.

A sample 10-mil stackup using reverse-treated copper reveals compatibility with fine line patterning as small as 4/4 mils. 6035HTC supports complex circuitry at the cutting edge of integration. Real-world applications that have leveraged its strengths include high power amplifiers, phased arrays and space-grade modules.

Schedule your own 6035HTC demonstration today. Our can show how it supports ultra-linear power, efficiency and reliability - pushing your innovations farther than conventional wisdom once deemed possible. There are no limits with RT/duroid 6035HTC.