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This is a page on the eco-products that were certified in FY 2021.
3/9/2022
High functionality, such as advanced driver assist system (ADAS) and automated driving, has required downsized but large-capacity MLCCs. Thanks to thin layer forming techniques based on our own atomization and homogenization of ceramics as well as electrode materials, this product is reduced in volume by approx. 60% than conventional products.
This product is an RFID module embedded into tires, developed in cooperation with Michelin. This low-cost product offers communication performance when built into tires and robustness to withstand long-distance driving, and is already built into Michelin tires.
In recent years, smartphones require further downsized components. This product achieves the same characteristics while reducing the volume by 40% from the conventional product (2016 size), contributing to circuit downsizing and higher performance.
Since an antenna is installed to two different sides of this product, one RFIC enables the emission of radio waves in two directions. The configuration allows for stable mm-wave wireless communication and reduces the number of components, contributing to the downsizing and manufacturing cost reduction of terminals.
9/30/2021
This product helps spread PoC and leads to the reduction of in-vehicle cables, contributing to the weight reduction and energy consumption reduction of automobiles.
High functionality, such as advanced driver assist system (ADAS) and automated driving, has been requiring downsized but large-capacity MLCCs. Thanks to thin layer forming and high-precision lamination techniques based on the atomization and homogenization of ceramics as well as electrode materials, this product is reduced in volume by approx. 80% than conventional products.
High functionality, such as advanced driver assist system (ADAS) and automated driving, has been requiring downsized but large-capacity MLCCs. Thanks to thin layer forming and high-precision lamination techniques based on the atomization and homogenization of ceramics as well as electrode materials, this product is reduced in volume by approx. 70% than conventional products.
As data communication speed and capacity increase, and as device performance is sophisticated, PoE (Power over Ethernet) is becoming able to transmit large power. Especially, power consumed by data communications equipment, camera modules, POS equipment, etc. is increasing. Accordingly, this product, which is downsized and highly efficient, is suitable for these applications.
High functionality, such as advanced driver assist system (ADAS) and automated driving, has required downsized but large-capacity MLCCs. Thanks to thin layer forming and high-precision lamination techniques based on the atomization and homogenization of ceramics as well as electrode materials, this product is reduced in volume by approx. 63% than conventional products.
As mobile equipment becomes more sophisticated and compact, the number of electronic components mounted and the amount of information processed increases dramatically, resulting in a growing demand for overheat detection components. This product contributes to further high-density packaging and downsizing of mobile equipment.
This product is the world’s first 48 V input charge pump IC. Thanks to our unique charge pump technology, this product contributes to the downsizing, high performance, and energy saving of IT devices.
This product contributes to downsizing automobile ECUs (electronic control units) and other devices.
4/1/2021
In the automobile industry, the number of in-vehicle electronic components tends to increase due to the high functionality of automobiles, increasing the needs for downsizing electronic components. This product is downsized while its characteristics are improved. It contributes to the safe travel of automobiles.
6 axes contained in one package achieve high-precision and high-performance output. Calibration allows for cross-axis sensitivity adjustment, contributing to the high precision of various systems such as advanced driver assistance systems (ADAS) and automated driving systems.
6 axes contained in one package achieve high-precision and high-performance output. This product contributes to applications that require accurate inertial data and that need to be highly precise as well as reliable. It contributes to highly accurate detection of the machine movement and position.
Since their maximum pulse discharge current*1 is nearly tripled, these products can be used for devices requiring high peak current and contribute to making devices smaller and thinner.
Thanks to the fusion of our unique charge pump technology and a conventional DC-DC converter circuit, this product achieves high efficiency, saves space, and emits low noise. It contributes to the high density, high performance, and high functionality for IT devices.
Since the number of in-vehicle processors is increasing, MLCCs are required to be small-sized and have large capacity as well as low ESL (equivalent series inductance). Since this product can be mounted on the back of processor packages, it contributes to design with excellent downsizing and high-frequency characteristics.