Dielectric resonator, coaxial resonator
In the microwave and millimeter-wave regions, low-loss high-dielectric ceramics are very effective for miniaturizing and lightweighting microwave devices. - They are made of high-purity, high-density ceramics and have extremely low loss. - With a high dielectric constant, they enable the miniaturization of microwave circuits. - The dielectric constant is temperature-compensated, allowing for stable oscillation. - Various dielectric constants and shapes are available according to the application.
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basic information
In the microwave and millimeter-wave regions, low-loss high-dielectric ceramics are very effective for miniaturizing and lightweighting microwave devices. - They are made of high-purity, high-density ceramics with extremely low loss. - With a high dielectric constant, they enable the miniaturization of microwave circuits. - Since the dielectric constant is temperature-compensated, stable oscillation can be achieved. - Various dielectric constants and shapes are available according to applications.
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Applications/Examples of results
High power base station resonator, BS antenna resonator, MIC, VCO, dielectric antenna, mobile communication device, commercial simple radio, various filters.
Company information
At Daiken Chemical Industry's Tsurumi Research Institute, we handle nano-dispersed liquids. Nano-dispersion is a technology that achieves high functionality by dispersing nano materials three-dimensionally within a film. Our nano-dispersion technology using ultra-fine zirconia beads offers various benefits such as miniaturization (nanosizing), high dispersion, enhanced functionality, reduced running costs, decreased contamination from equipment, and stable quality. At the Tsurumi Research Institute, we provide optimal responses tailored to our customers' needs.