The RO3003 10-layer radiation therapy control PCB is a specialized high-frequency solution designed for the rigorous demands of medical linear accelerators and diagnostic imaging systems. Engineered with Rogers 3003 ceramic-filled PTFE composites, this board maintains exceptional dielectric constant stability across varying temperatures and frequencies. The 2.4mm board thickness provides superior mechanical rigidity, while the 3oz immersion silver finish ensures excellent conductivity and flat surface topology for dense component mounting.
Key Features
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Substrate Material: Rogers RO3003 (Ceramic-filled PTFE) for low dissipation factor.
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Layer Count: 10-layer precision stack-up for complex signal routing.
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Copper Weight: 3oz (105µm) finished copper for high power handling and heat dissipation.
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Board Thickness: 2.4mm for enhanced structural integrity in medical assemblies.
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Surface Finish: Immersion Silver (Ag) for RoHS compliance and high-speed signal purity.
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Thermal Management: Stable CTE (Coefficient of Thermal Expansion) to match copper for improved reliability during thermal cycling.
Applications
This RO3003 10-layer radiation therapy control PCB is purpose-built for high-reliability sectors, including:
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Medical Electronics: Radiation therapy control systems, MRI signal processing, and CT scanner modules.
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Telecommunications: Base station antennas and power amplifiers.
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Aerospace: Radar systems and microwave point-to-point links.
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Automotive: Advanced Driver Assistance Systems (ADAS) operating at high frequencies.
Why Choose PCBSYNC
PCBSYNC is a professional PCB fabrication, PCBA, and EMS manufacturer delivering precision-built electronics for aerospace, medical, automotive, industrial, and smart energy applications. We handle everything from rapid prototyping to mass production — including rigid, flexible, and rigid-flex PCBs, full turnkey assembly, component sourcing, AOI and X-ray inspection, and OEM/ODM support. Reliable boards. Consistent quality. From prototype to production — PCBSYNC.
For detailed technical inquiries or to discuss your specific stack-up requirements, please reach out to our engineering team or request a quote today.