Broadcasting
Empowering broadcast transmitter matching and resonance. Leveraging high Q-factors to ensure stable high-power signal transmission
Application Overview
Extensively applied in Power Amplifiers (PAs) matching, resonant circuits, and output filtering networks of broadcast transmitters. Leveraging exceptional Q-factors and high current-carrying capacity, these components effectively reduce RF power loss and system heat. They ensure stable high-power signal transmission while significantly enhancing the overall transmission efficiency and linearity of the equipment.
Application Features
DLC RF/Microwave MLCCs leverage high Q-factors and ultra-low loss characteristics to significantly suppress heat generation under high-power conditions. Their superior dielectric strength and capacitance stability effectively prevent frequency drift, ensuring that broadcast transmission systems maintain peak signal quality and extended operational life under continuous high-frequency loads.
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Ultra-high Q -
Ultra-low ESR -
Superior Dielectric Strength -
Capacitance Stability
Recommended Products
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DLC 70 Series
Porcelain Capacitor -
DLC 70 Series
For High RF Power -
DLC 85 Series
low ESR -
Bridge Thermal Conductor
Product Applications
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RF GeneratorPowering precise RF matching and stable plasma excitation for high-precision etching and deposition
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Medical MRIHigh-performance RF signal transmission, ensuring precise delivery and processing of imaging data
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Base StationsSupporting power amplification and signal filtering in base stations to ensure low insertion loss and wide coverage for communication links
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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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