Last Updated： Aggregation Period:Oct 08, 2025～Nov 04, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 08, 2025～Nov 04, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 08, 2025～Nov 04, 2025
This ranking is based on the number of page views on our site.
121～135 item / All 259 items
AEC-Q200 compliant. Automotive/high-temperature compatible inductor.
It is a vehicle-mounted/high-temperature compatible ferrite type closed magnetic inductor.
AEC-Q200 compliant. Automotive/high-temperature compatible inductor.
It is a metal-type closed magnetic inductor suitable for automotive and high-temperature applications.
AEC-Q200 compliant. Automotive/high-temperature compatible inductor.
It is a metal-type closed magnetic inductor suitable for automotive and high-temperature applications.
AEC-Q200 compliant. Automotive/high-temperature compatible inductor.
It is a metal-type closed magnetic inductor suitable for automotive and high-temperature applications.
Surface mount type high current inductor
This is an inductor that can be used in PV inverters (Photovoltaic) for solar power generation, UPS power supplies, and power circuits for mobile base stations. It is a surface-mounted inductor that achieves high current (DC superimposed current of 100A (3.3μH)).
Hybrid inductor using two types of metal materials.
A hybrid inductor with high electrical characteristics, high shielding performance, and capable of handling large currents. The molded structure made of metal composite materials successfully achieves high electrical characteristics and high shielding performance, resulting in very low loss performance compared to metal-based inductors of the same size. Therefore, the CDMT series is suitable for all electronic devices.
Hybrid inductor using two types of metal materials.
A hybrid inductor with high electrical characteristics, excellent shielding properties, and capable of handling large currents. The molded structure made of metal composite materials successfully achieves high electrical characteristics and excellent shielding properties, resulting in very low loss performance compared to metal-based inductors of the same size. Therefore, the CDMT series is suitable for all electronic devices.
AEC-Q200 compliant. Automotive/high-temperature compatible inductor.
It is a ferrite-type closed magnetic inductor suitable for automotive and high-temperature applications.
Surface mount type high current inductor
This is an inductor that can be used in PV inverters (Photovoltaic) for solar power generation, UPS power supplies, and power circuits for mobile base stations.
AEC-Q200 compliant. High current inductor for automotive applications.
This is a closed magnetic inductor for vehicle use with a high current type (DC120V).
Mild closed magnetic ferrite type inductor
It features a compact magnetic shield structure. By filling the winding section with resin containing magnetic materials, it excels in magnetic shielding effectiveness and mechanical impact strength. In addition to this product, which measures 4mm square and 2.8mm in height, we are also developing larger and smaller products with the same structure.
AEC-Q200 compliant. Automotive/high-temperature compatible metal inductor.
SMD metal-type inductors for automotive use. This is the first model in a series that plans to include 5mm square, 8mm square, and 10mm square variants, with the current model being a 6mm square type. It meets the needs for high-reliability automotive products such as LED headlights and ECUs. (Inductance range: 0.1uH ~ 10uH)
2 in 1 type SEPIC inductor ideal for vehicle-mounted step-up and step-down power supply applications.
The LED headlight, which has a limited inductor installation area on the PCB, is intended for use in applications such as audio and step-up/down power supplies.
Inductor for digital amplifiers
The DEP1519B features low D.C.R. and is optimal for applications requiring high current. This inductor is composed of an Mn-Zn ferrite core and flat wire. The inductance value range is equivalent to that of the existing DEP1519.
High current, low DCR power inductor
It has been developed as a power inductor characterized by high current and low DCR. The core is composed of a hybrid of bar core (Mn-based) and POT core (Ni-based), contributing to increased current capacity and reduced leakage magnetic flux.
