TAIYO YUDEN group''s history, mission, technologies, products and solutions.
As IoT evolves, Bluetooth® has become the standard in smartphones and mobile devices. And, Bluetooth® solutions are increasingly being used in devices there were not originally intended to have this technology. Bluetooth® use continues to increase in diverse markets and technologies. For example, there are more requirements such as software and antennas. TAIYO YUDEN is an established electronics components company that has a strong history with Bluetooth® applications. We have a highly diverse variety of lineups and we are fully engaged in new development.
All-solid-state batteries are secondary batteries in which the electrolyte solution used in conventional lithium-ion secondary batteries is replaced with a solid. TAIYO YUDEN has realized all-solid-state batteries using oxide-based solid electrolyte ceramics by applying the materials and process technologies we have nurtured through the development of our core products, MLCCs.
TAIYO YUDEN''s all-solid-state battery barely reacts with moisture and carbon dioxide contained in the air and will not burn since it contains no electrolyte solution. The possibility of diverting the production process used for MLCCs allows us to produce a laminated and multilayered solid electrolyte by applying existing process technology, which will contribute to realizing smaller, higher-capacity products.
TAIYO YUDEN''s Power Storage Devices (Capacitors) include Electric Double-Layer Capacitors and Lithium Ion Capacitors. These state-of-the-art power storage devices have superior durability as it relates to repeated charging and discharging operations. Our products enable a long life and a broad operating temperature range. TAIYO YUDEN is fully committed to the development of these devices with a focus on automotive and industrial equipment applications using the slogan "high temperature reliability and high safety".
TAIYO YUDEN''s MCOIL™ Metal Power Inductor series utilizes metallic magnetic materials optimal for use in compact mobile devices.