10mil RO3010 2-layer Rogers 3010 PCB ENIG No Solder Mask Black Legend

10mil RO3010 2-layer Rogers 3010 PCB ENIG No Solder Mask Black Legend

Overview

This double-sided rigid printed circuit board is engineered specifically for high-frequency, high-reliability RF and microwave applications. Built on Rogers RO3010 high-frequency ceramic-filled hydrocarbon laminate, it delivers exceptional electrical stability, low signal loss, and consistent mechanical performance across wide temperature and frequency ranges. With a compact form factor, ultra-thin profile, 1oz copper finish, and immersion gold surface treatment, this10mil Rogers PCB balances miniaturization, signal integrity, and assembly reliability. It is widely applied in automotive radar, satellite communications, wireless antennas, and high-frequency telecommunication systems, supporting stable operation from conventional microwave bands up to 77 GHz.

1. PCB Construction Details

This section summarizes the core physical and structural specifications of the finished PCB, defining its material, dimensions, surface treatment, and quality assurance.

2. PCB Stackup

The following stackup defines the layer composition and thickness of this 2-Layer 10mil Circuit Board PCB.

3. RO3010 Material Introduction

Rogers 3010 is a high-performance ceramic-filled hydrocarbon laminate designed for demanding radio-frequency and microwave applications. Unlike standard FR-4 materials, it is formulated to maintain stable electrical properties under high frequency, high temperature, and rapid thermal cycling. Its balanced dielectric constant, low dissipation factor, and tight dimensional stability make it a preferred choice for circuits where signal purity, impedance control, and long-term reliability are critical. Combined with advanced laminate manufacturing techniques, RO3010 supports volume production while maintaining consistent material performance from batch to batch.

4. RO3010 Features and Benefits

RO3010 high frequency PCB provides a combination of electrical, mechanical, and economic advantages that distinguish it from general-purpose PCB materials.

1) Low dielectric loss

Suitable for applications operating up to 77 GHz, supporting high-data-rate and long-distance signal transmission.

2) Excellent temperature-stable mechanical properties

Ensures reliable performance in stripline and multilayer PCB constructions, even under extreme thermal conditions.

3) Uniform mechanical properties across dielectric constants

Ideal for multilayer designs using mixed dielectric materials; compatible with epoxy glass hybrid multilayer constructions.

4) Stable dielectric constant over temperature and frequency

Perfect for bandpass filters, microstrip patch antennas, and voltage-controlled oscillators (VCOs) requiring consistent performance.

5) Low in-plane expansion coefficient (matched to copper)

Improves reliability of surface-mount assemblies; highly suitable for temperature-sensitive applications; delivers excellent dimensional stability.

6) Volume manufacturing process

Supports mass production with cost-effective laminate pricing, balancing performance and affordability.

5. RO3010 Typical Values

6. Typical Applications

This 2-Layer 10mil RO3010 PCB serves numerous mission-critical high-frequency systems:

• Automotive radar applications
• Global positioning satellite (GPS) antennas
• Cellular telecommunications systems–power amplifiers and antennas
• Patch antennas for wireless communications
• Direct broadcast satellites
• Datalink systems on cable networks
• Remote meter readers
• High-performance power backplanes

7. Conclusion

This 2-layer rigid PCB utilizing Rogers RO3010 laminate represents a high-performance solution for modern RF, microwave, and millimeter-wave applications. Its compact 65 mm×57 mm size, 0.254-mm thickness, 1oz copper, and ENIG surface finish make it highly suitable for miniaturized, high-reliability assemblies. The material’s low loss, stable dielectric constant, temperature-stable mechanical properties, and copper-matched thermal expansion ensure outstanding signal integrity and assembly robustness.

This Rogers Immersion Gold PCB delivers consistent performance in automotive radar, satellite communications, wireless antennas, and telecommunications infrastructure. For designers seeking a balance of electrical performance, mechanical reliability, and cost efficiency in high-frequency applications, this RO3010 double-sided PCB stands as a professional, dependable, and future-ready solution.