Rogers RO4003C+FR4 PCB base on hydrocarbon/ceramic laminates with ENIG

Pump Up Your RF Designs with BiCheng's New Rogers RO4003C Circuit Boards

Struggling with lackluster RF performance? Wish you could push your circuits to the next level? Then get ready to experience a whole new world of high-frequency possibilities with BiCheng's fresh release of Rogers RO4003C PCBs!

These vibrant purple boards are specially formulated with Rogers' premium hydrocarbon ceramic substrate to deliver rockin’ results at frequencies up to 10GHz. The ultra-low dielectric constant and dissipation factor allow your designs to sing with stable impedance control and crystal clear signal transmission.

BiCheng expertly hand-crafts each RO4003C board using a 6-layer layup optimized for dishing out the best electrical and thermal grooves. Lively 1oz copper dances on the top and bottom layers, connected by funky plated through-hole vias. The robust construction withstands the hottest licks to keep your circuits wailing.

Key features include:

• 12mil RO4003C cores for low loss radio signal transmission
• 1oz copper layers to handle high frequency currents
• 25μm plated through-hole vias for robust interconnects
• Carefully designed layer stackup for controlled impedance and crosstalk

BiCheng's new Rogers RO4003C circuit boards provide exceptional high-frequency performance that can really boost RF/microwave designs up to 10GHz. These PCBs are crafted with Rogers' premium hydrocarbon ceramic substrate which has many advantages and disadvantages:

Pros:

• Ultra low dielectric constant of 3.38 results in precise impedance control, allowing reliable transmission line performance
• Low loss with dissipation factor of 0.0027 enables excellent signal integrity at high frequencies
• Stable electrical properties versus frequency for consistent performance across operating bandwidth
• High thermal conductivity and low Z-axis expansion gives outstanding thermal management
• Standard fabrication process makes RO4003C cost-effective compared to other high-end RF materials
• Withstands soldering temperatures up to 280°C
• Reinforced construction provides increased circuit lifetime and durability

Potential Cons:

• RO4003C is more expensive than standard FR-4 material
• Processing may require tweaked parameters versus standard glass epoxy
• Tileability and yield lower than FR-4 when scaling to larger board sizes

Use these hip boards to add sizzle to RF systems like:

• Cellular antennas with pumping 5G power
• High-speed automotive radar jamming down the freeway
• Satellite TV equipment beaming bodacious broadcasts

BiCheng's RO4003C boards will electrify your next-gen wireless designs with out-of-this-world RF performance. Let your imagination run wild and rule the radio revolution with Rogers' radical material manufactured to pumpin’ perfection. Just chat with our sales team to start crafting your kickin’ circuits today! It’s gonna be totally tubular!

Rogers RO4003C+FR4 PCB base on hydrocarbon/ceramic laminates with ENIG Images