Our MRI Compatible Printed Circuit Boards are specifically engineered for use within the demanding electromagnetic environment of magnetic resonance imaging systems. These specialized PCBs enable reliable electronic functionality while maintaining complete compatibility with MRI scanners operating at field strengths from 1.5T to 7T and beyond.
Key Features:
- Non-ferromagnetic construction using carefully selected materials that won’t interact with magnetic fields or cause imaging artifacts
- RF-optimized design with controlled impedance traces and specialized shielding to minimize electromagnetic interference
- Medical-grade materials meeting biocompatibility standards for patient-adjacent applications
- High-frequency performance supporting MRI system frequencies while maintaining signal integrity
- Thermal stability across the temperature variations typical in MRI environments
Technical Specifications: The PCBs utilize non-magnetic substrates such as Rogers or specialized glass-epoxy composites, paired with copper conductors and non-ferromagnetic component mounting hardware. All materials are tested for magnetic susceptibility to ensure compatibility with high-field MRI systems. The boards feature controlled dielectric properties optimized for the specific frequency ranges used in MRI applications.
Applications: Ideal for MRI system components including gradient amplifiers, RF coils, patient monitoring devices, contrast injection systems, and other electronic equipment that must operate within or near the MRI scanner room. These PCBs enable the integration of advanced electronics while preserving image quality and patient safety.
Quality Assurance: Each PCB undergoes rigorous testing including magnetic susceptibility measurements, RF performance validation, and compatibility verification with standard MRI protocols to ensure reliable operation in clinical environments.
