Product Overview Power Inductor VLS Series

Magnetic shield type wound inductors that use metallic magnetic material

These inductors use metallic magnetic material to achieve larger current and low Rdc. They have been developed pursuing simple product structure. The magnetic flux leakage is reduced by covering the wire winding by resin in which magnetic material is mixed.
The manufacturing processes of these inductors are automated and the products are not touched by humans during being processed; which means that high quality and high productivity are realized at the same time.

Magnetic shield type wound inductors that use ferrite material

By optimizing the core shape of the conventional products, these inductors have superior electrical characteristics than the conventional ones. They have been developed pursuing simple product structure. The magnetic flux leakage is reduced by covering the wire winding by resin in which magnetic material is mixed.
The manufacturing processes of these inductors are automated and the products are not touched by humans during being processed; which means that high quality and high productivity are realized at the same time.

Magnetic shield type wound inductors that achieve larger current and lower resistance

With ferrite magnetic material and optimum structural design, these power inductors achieve larger current and lower Rdc.
The processes from the production of cores to finishing the coil take place in the same plant to make the lead time shorter. Also, stable manufacturing is enabled by automated production line.

• Larger current and low resistance are achieved by using metallic magnetic material.
• The magnetic shield structure enables high-density mounting.
• High quality and high productivity, and therefore stable supply is possible.
• HBU series are designed for boost circuits such as back panels.

• By optimizing the core shape, larger current and lower resistance compared to conventional products are achieved.
• High voltage specifications are achieved by using ferrite magnetic material.
• The magnetic shield structure enables high-density mounting.
• High quality and high productivity, and therefore stable supply is possible.

• Larger current and lower resistance compared to conventional products are achieved with optimum structural design.
• The magnetic shield structure enables high-density mounting.
• High quality and high productivity, and therefore stable supply is possible.
• AF series is designed for sound quality improvement applications.
• EX-H series is designed for automotive applications.

• Smart phones, tablet terminals
• Other mobile devices

• Smart phones, tablet terminals
• Other mobile devices

• TV, STB, gaming equipment
• Other AV equipment
• Automotive-related equipment