Crafted for precision and reliability, this 2-layer rigid PCB leverages Rogers RO3010—a ceramic-filled PTFE composite material—to deliver exceptional high-frequency performance, dimensional stability, and circuit miniaturization.

PCB Specification

PCB Stack-up (Top to Bottom)

Rogers RO3010 Material Overview

Rogers RO3010 is an advanced circuit material categorized as a ceramic-filled PTFE composite, designed to deliver a high dielectric constant (Dk) with exceptional stability across broad frequencies and environmental conditions. As a competitively priced solution, it combines superior mechanical and electrical performance, simplifying the design of broadband components while enabling circuit miniaturization— a key advantage for space-constrained applications. Its consistent characteristics make it suitable for a wide range of high-frequency use cases, from automotive radar to satellite communications, while supporting volume manufacturing with cost-effective pricing.

Key Features of Rogers RO3010

Core Benefits of Rogers RO3010

-Dimensional Stability: CTE closely matched to copper, ensuring minimal warpage or layer separation during thermal cycling and processing.

-Cost-Effective Volume Production: Economical laminate pricing makes it ideal for high-volume manufacturing without compromising performance.

-Broadband Compatibility: Exceptional electrical and mechanical stability across a wide frequency range, simplifying broadband component design.

-Circuit Miniaturization: High Dk enables smaller circuit footprints, supporting space-efficient designs for compact devices.

-Multi-Layer Versatility: Suitable for multi-layer board designs, offering flexibility for complex circuit architectures.

Typical Applications

This 2-layer RO3010 PCB is tailored for high-frequency, high-reliability systems across industries:

-Automotive radar applications (e.g., adaptive cruise control, collision avoidance)

-Global Positioning System (GPS) antennas

-Cellular telecommunications systems (power amplifiers, antennas)

-Patch antennas for wireless communications

-Direct broadcast satellite (DBS) equipment

-Cable system datalinks

-Remote meter readers

-Power backplanes

Compliant with IPC-Class-2 standards and available globally, it is engineered to meet the demands of automotive, telecommunications, and satellite systems, where a high dielectric constant (Dk) and low loss are non-negotiable.