High-Frequency PCB Insights & Resources

Technical guides, material comparisons and process insights on high-frequency, RF and microwave PCB manufacturing.

Five-stage PCB lithography workflow from photoresist coating and baking through exposure and development to inspection

High-Precision Lithography Machines (Exposure Machines) in High-Frequency PCB Production

Seven-spoke process wheel around a high-frequency PCB covering material, line width, lamination, drilling, surface, thermal and test control

Processing Considerations for High-Frequency PCBs

Microwave PCB design, manufacturing and testing panels with an impedance-matched layout, etching and drilling, and an S-parameter test

Considerations in the Production Process of Microwave PCBs

Ceramic-filled Rogers RO3003C laminate panel with a flat low-loss curve and radar, antenna and satellite application silhouettes

Exploring the Superior Performance and Production Artistry of Rogers RO3003C Laminate

RT/duroid 5880 high-frequency circuit board radiating signal arcs toward a base station and satellite dish, with a flat low-loss curve

Rogers RT/duroid 5880 High Frequency Circuit Board: The Core Enabler for Modern High-Speed Communications

Four-tiered high-frequency PCB inspection stations covering visual AOI, X-ray, impedance probing and environmental reliability testing

Inspection Types and Their Roles in High-Frequency PCBs

Overload surge striking a protective component on a high-frequency PCB while the signal trace beyond continues undisturbed

In high-frequency PCB manufacturing, what does “overload” refer to, and what are its performance characteristics and functions?

Four production challenges of Rogers 5880 PTFE boards: lamination adhesion, drilling, registration and thermal stress

Core Problems and Challenges in the Production of Rogers 5880

Rogers RT6035HTC laminate panel with a copper thermal via dissipating heat while carrying a high-frequency signal

Unique Advantages of Rogers RT6035HTC

Rogers TC350 laminate panel with a wide flat performance curve and application icons for communications, radar, medical and automotive

Unique Advantages of Rogers TC350

Compact Rogers RO4360 high-frequency board beside a larger conventional board, illustrating footprint reduction from a high dielectric constant

Rogers RO4360 High-Frequency PCB: Leading High-Frequency Circuit Miniaturization Design with High Dielectric Constant

RO3003 and FR-4 hybrid PCB stack-up cross-section with a magnified bonded interface and a radar application silhouette

Rogers RO3003 and FR-4 Hybrid High-Frequency PCB

PCB Assembly

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Printed Circuit Board

RF PCB

Quality

PCB Surface Finish

Printed Circuit Board

Drills & Throughplating

Profiles

PCB Stackup

Resources