We offer a lineup of products tailored to various applications, including toroidal structure types that are compact and have minimal thermal impact on surrounding areas and low radiation noise, thanks to our unique material technology.
This is a high-performance inductor that utilizes unique high-efficiency metal dust cores and ferrite cores, achieving compact size, high power, and low power consumption. Currently, the number and scale of automotive ECUs are expanding due to the electrification of vehicles, advancements in driving assistance technologies, and the addition of connected features. Additionally, there is a trend towards electromechanical integration in engine areas and motors, requiring automotive ECUs to be installed in harsher environments than ever before. As a result, power inductors used in automotive ECUs are increasingly required to not only withstand high heat resistance and large currents but also to demonstrate durability against severe vibrations. The MPXV, MPEV, and MPGV series are power inductors that enable miniaturization and excellent heat resistance and large current handling due to the adoption of a metal composite structure and high magnetic saturation characteristics. The MPXV series supports up to 155°C with a wide variety of options, while the MPEV series achieves improved heat resistance with a rating of 180°C. The MPGV series realizes a vibration resistance of 50G through a high vibration-resistant structure. Each series complies with the automotive standard AEC-Q200.
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basic information
We offer a product lineup tailored to various applications, including a rich variety of sizes and AEC-Q200 compliance. For details on each product series, please refer to the catalog.
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Applications/Examples of results
High-frequency DC-DC converters, computers, servers, storage, high-definition televisions (HDTV), POL, FPGA, battery-powered devices, and automotive ECUs (electronic control units), etc.
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Company information
The origin of Tokin lies in "materials." Currently, human society is evolving towards a global ubiquitous society due to the advancement of information and communication technology. We believe that our mission is to create key devices that drive this innovation by tracing back to the materials. Based on our unique material development capabilities and high-density device manufacturing power, we aim to create devices that govern the flow of society. With this, we hope to contribute, albeit modestly, to the realization of a vibrant society grounded in advanced information and communication technology.