The RO4003C 4-Layer Ultrasound Imaging Transceiver Board is a specialized high-frequency solution designed for the rigorous demands of medical diagnostic hardware. Developed to facilitate seamless signal transmission and reception, this board is an essential component for engineers and product developers building advanced ultrasound systems. By utilizing Rogers RO4003C hydrocarbon ceramic laminates, this PCB ensures stable electrical properties across a wide frequency range, minimizing signal distortion in critical imaging tasks.
Key Features
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Material: Rogers RO4003C (Hydrocarbon Ceramic Laminate) for low loss and high-frequency performance.
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Layer Count: 4-layer precision stack-up for optimized EMI shielding and signal routing.
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Board Thickness: 1.0mm finished thickness for compact integration.
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Copper Weight: 2oz (70µm) finished copper for enhanced power handling and thermal dissipation.
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Surface Finish: ENIG (Electroless Nickel Immersion Gold) for superior solderability and oxidation resistance.
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Solder Mask: High-definition green mask with white silkscreen for clear component identification.
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Compliance: Built to IPC Class 2 standards (Class 3 available upon request).
Applications
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Medical Imaging: Diagnostic ultrasound machines and portable imaging probes.
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Signal Processing: High-speed transceiver modules and RF front-ends.
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Healthcare Technology: Therapeutic ultrasound equipment and piezoelectric sensor interfaces.
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Industrial Testing: Non-destructive testing (NDT) ultrasonic sensors.
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 specifications or to discuss your specific project requirements, please contact our engineering team or request a formal quote through our online portal.