Double-Sided Rogers RT/duroid 6202 PCB 0.6mmThick ENIG Finish

This custom 2-layer rigid RT/duroid 6202 PCB is a high-performance microwave circuit board for precision RF and radar applications. It uses RT/duroid® 6202 low-loss laminate with 0.6mm finished thickness, 1oz outer copper, 20μm via plating and ENIG finish. This compact 42.36mm × 21.9mm board has green top solder mask and white top silkscreen, built to IPC-Class-2 and 100% electrically tested pre-shipment. Featuring through-hole construction and 4/7 mil trace/space, it provides stable electrical performance, low signal loss and high dimensional accuracy for global microwave deployments.

PCB Specifications

This 2-layer RT/duroid 6202 rigid PCB adopts a simplified and reliable through-hole structure without blind or buried vias, ensuring clean signal transmission, low interference, and consistent fabrication repeatability for microwave circuit designs.

2-Layer PCB Stack-up Structure

The symmetrical 2-layer stackup balances internal mechanical stress and ensures ultra-stable high-frequency signal transmission, eliminating structural deformation and frequency drift during operation.

PCB Statistics

This high-frequency PCB features a compact and optimized layout layout tailored for microwave circuit miniaturization, delivering stable electrical performance with simplified circuit distribution.

RT/duroid 6202 Material Introduction

Rogers RT/duroid 6202 is a high-performance low-loss microwave laminate reinforced with limited woven fiberglass, specially engineered for complex microwave and RF circuit structures. It combines exceptional electrical stability and reliable mechanical rigidity, featuring ultra-tight dimensional stability of 0.05 to 0.07 mils/inch. This low-shrinkage property effectively avoids double etching procedures, supporting high-precision PCB fabrication with strict positional tolerances for advanced high-frequency applications.

Core Material Benefits

This RT/duroid 6202 2-layer PCB delivers exclusive advantages for high-frequency and microwave circuit designs compared with standard PCB materials:

Ultra-Low High-Frequency Loss: Extremely low dissipation factor ensures minimal signal attenuation, maintaining pure and stable microwave signal transmission.

Copper-Matched Expansion: In-plane CTE perfectly matches copper foil, preventing layer delamination and trace cracking under temperature fluctuations.

Superior Dimensional Stability: Ultra-low etch shrinkage eliminates secondary etching, greatly improving fabrication accuracy and production yield.

Full-Range Environmental Stability: Low moisture absorption, high thermal resistance and stable DK coefficient guarantee consistent performance in extreme temperature and humidity conditions.

Dual Electrical & Mechanical Reliability: Balanced fiberglass reinforcement delivers rigid mechanical structure and flawless high-frequency electrical characteristics.

Typical Applications

Thanks to its low-loss, high-stability and high-precision features, this Rogers 6202 PCB is widely adopted in advanced microwave, radar and antenna systems:

• Phased Array Antennas
• Ground-Based & Airborne Radar Systems
• GPS Global Positioning Antennas
• High-Frequency Power Backplanes
• Commercial Airline Collision Avoidance Systems
• Microwave Beam Forming Networks

Conclusion

This custom Rogers RT/duroid 6202 rigid PCB provides professional, high-reliability microwave circuit solutions for precision RF and radar equipment. Manufactured in strict accordance with IPC-Class-2 standards and fully electrically tested before delivery, this low-loss PCB features stable dielectric performance, ultra-low signal loss, and exceptional dimensional accuracy. Available with global shipping support, it is ideal for prototype validation and mass production of phased array antennas, radar systems, GPS devices and high-frequency beam-forming network projects worldwide.