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Designing MRI Equipment
Magnetic resonance imaging (MRI) is a medical imaging technique using radio waves and magnetic fields to create detailed cross-sectional images of internal organs and structures within the body. Widely used in patient analysis and medical diagnosis, MRI often reveals different information about bodily structures than can be visualized using other imaging methods such as X-ray, computed tomography (CT) or ultrasound.
Explore Microsemi's solutions for MRI equipment:
- Component Clocks
- Non-magnetic TVS
- RF PIN Diodes
- RF MosFETS
- Power Modules
- FPGAs and SoCs
- SiC Diodes/FETs
- PCIe Switches
- Ethernet PHYs
Microsemi offers key technologies and services as part of its portfolio to deliver smaller, smarter and more reliable solutions for your medical imaging applications. Our portfolio for MRI equipment designs includes:
- Rubidium Component Clocks: 50% lower power, smallest form factor and highest accuracy over temperature
- Power and RF Discretes: Including SiC Diodes/FETs, discretes and power modules , non-magnetic TVS, RF pin diodes, and RF MosFETs.
- FPGAs and SoCs: Non-volatile, SEU immune, low power, small form factor and secure
Microsemi is well-known for its high-reliability, high-performance solutions. Our medical solutions portfolio is aligned to help you deliver innovative implantable device therapies, diagnostics and monitoring solutions enabling better patient care and quality of life.