Various actuators are used for tactile functions. "Notification" uses eccentricity motors, linear resonance actuators, and other electromagnetic actuators, while "force feedback" utilizes piezoelectric actuators in addition to such electromagnetic actuators. The subsequent "tactile sensation" requires piezoelectric actuators with a broad drive frequency band and a quick response speed.
Advantages & Features
Optimizing the multilayer technology cultivated in our Multilayer Ceramic Capacitors and Multilayer Ceramic Inductors
Broad drive frequency band and a quick responsiveness
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Material
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Optimal design
Expresses a delicate and high-quality tactile sensation
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Material
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Multilayer
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Latest design
Low power consumption
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Material
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Multilayer
Material Technology / Multilayer Technology
With our material technology, we can achieve low permittivity, high electromechanical coupling, and improve material properties.
In addition, our multilayer technology, acquired through the production of multilayer ceramic capacitors, can optimize multilayer structures and make designs optimized applications.
Applications
On-board switches
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Flat panel + Touch sensors
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Feedback-driven controls
Other application examples using touch sensors
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Product Trend / Advantages / Characteristics
This section introduces the advantages of "Piezoelectric Actuators" which optimize the lamination technology cultivated in our Multilayer Ceramic Capacitors and Multilayer Ceramic Inductors.
Products optimized to meet the requirements of automotive device market
Line-up for Automotive Market
Flat but bumpy?
Vibration technology with piezoelectric actuators enabling a flat design
Piezoelectric Actuator Line-up
High Displacement, Low Power Consumption
Line-up for Automotive Market
Products optimized to meet the requirements of automotive device market