Medical MRI
High-performance RF signal transmission, ensuring precise delivery and processing of imaging data
Application Overview
Applied in key non-magnetic components of MRI (Magnetic Resonance Imaging) RF circuits, and the high-performance RF signal transmission ensures the image data in precise transmission and processing, with clearer diagnostic images for patients' more accurate and reassuring medical diagnosis and treatment.
Application Features
DLC RF/Microwave multilayer ceramic capacitors have Non-Magnetic,high-Q value, high RF current,High RF Voltage,High RF power, low ESR/ESL, low noise, and high reliability and other advantages, with many different sizes supplied, to satisfy customers' demand in various applications and ensure both low loss and high reliability.
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Non-Magnetic -
Ultra-high Q -
High RF power High reliability -
Low ESR/ESL
Recommended Products
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DLC 70 Series
Porcelain Capacitor -
DLC 70 Series
For High RF Power -
DLC 85 Series
low ESR -
General Purpose Non-Magnetic Multilayer Ceramic Capacitor
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Non-Magnetic Chip Resistors
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Bridge Thermal Conductor
Product Applications
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HSR Signal TranspondersHigh-precision frequency control and robust high-voltage capability, safeguarding stable high-speed rail communications and secure traction power conversion
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Industrial LaserHigh-Q RF capacitors deliver low loss, high stability and long-life reliability for industrial laser systems
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InstrumentationRF/Microwave capacitor, combined with thin-film and thick-film circuit technologies, empower precision instruments in filtering and resonance. By delivering high Q-factors, they ensure high-precision signal sampling and low-noise stability
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Optical CommunicationIntegrating broadband performance with precision craftsmanship to ensure robust data transmission
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BroadcastingEmpowering broadcast transmitter matching and resonance. Leveraging high Q-factors to ensure stable high-power signal transmission
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