Inductors for Power Circuits Selection Guide (Automotive Grade)
Click on the series names to view detailed information.
Automotive Grade
- Wire Wound
- Multilayer
- Thin-film
| Category See here for information on various features. |
Ferrite : No Shield | Ferrite : Resin Shield | Ferrite : Shield | Metal : Resin Shield | Metal : Shield | |
|---|---|---|---|---|---|---|
High Current |
Small Size |
NLCV-xxxD105℃ 125℃
0.1 to 330μH  |
VLS-CX-H125℃
Low Profile
1 to 150μH  |
MLD125℃
Low Profile
0.47 to 4.7μH  |
TFM-ALTANEW
125℃
Low Profile
0.033μH  |
|
TFM-ALMA150℃
High Current
Low Profile
0.10 to 10μH  |
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B82422H150℃
High Current
1 to 680μH  |
TFM-ALVA150℃
High Current
Step-up Converter
1 to 10μH |
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B82422H-900Coming Soon
150℃
High Current
1 to 100μH  |
BCL155℃
High Inductance
2.2 to 100μH  |
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B82432T150℃
High Current
1 to 1,000μH  |
CLT32NEW
165℃
Super High Current
17 to 440nH  |
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Middle Size |
B82442T150℃
Wide Inductance
1 to 10,000μH  |
VLS-EX-D150℃
Wide Inductance
1 to 150μH  |
SPM-DZ155℃
High Current
0.1 to 2.2μH  |
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VLS-EX-H125℃
Wide Inductance
1 to 220μH  |
CLF-NI-D150℃
Wide Inductance
1 to 470μH  |
SPM-HZ125℃
High Current
0.33 to 22μH  |
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HPLNEW
155℃
High Current
0.06 to 0.33μH  |
SPM-VC-DNEW
155℃
High Current
1 to 100μH  |
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SPM-VT-D155℃
High Current
0.1 to 100μH  |
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Large Size |
SPM-HZR125℃
High Current
0.33 to 68μH |
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CLF-NI-D150℃
Wide Inductance
1 to 470μH  |
PCM120TNEW
165℃
Super High Current
0.4 to10μH  |
SPM-VT-DNEW
155℃
High Current
1 to 68μH |
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Large Size |
B824xxDxNEW
150℃
Dual Coil
2 to 100μH  |
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Very Large Size |
B82559150℃
Super High Current
1.0 to 35μH  |
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Features
| Process | Wire Wound | These products have a structure consisting of a core with copper wires wound around it. The use of thick copper wires can reduce the DC resistance, making them suitable for applications with large currents. Composite-type products (SPM series), whose wire wound coils are integrally molded using magnetic metal powder, are also available, and are effective in countermeasures against coil acoustic noise. |
|---|---|---|
| Multi Layer | Metal conductors are printed on sheets which are then laminated to create coils. These products are well-suited to achieving smaller product sizes and lower profiles, with excellent mass-producibility. | |
| Thin Film | Thin film processing is employed to make high-density pattern forming possible. Combinations with metallic magnetic materials make these products suitable for applications requiring small sizes and low profiles, as well as large currents. | |
| Magnetic Material | Ferrite | These products have high μ and are suitable for high-inductance applications. They also possess consistent DC superimposition characteristics, demonstrating stable properties up to the magnetic saturation point. |
| Metal | Since these products have small changes in inductance depending on temperature, and are less likely to experience magnetic saturation than ferrite, they possess soft saturation characteristics. | |
| Shield Type | No Shield | A simple, open magnetic circuit type with no magnetic shielding on the coil components. |
| Resin Shield | The areas around the coil are covered with resin which contains a mixture of magnetic powder such as ferrite and soft magnetic metals. Compared to shielded types, the magnetic shielding effectiveness of these products is limited, but they have good cost balance. | |
| Shield | Covering the areas around the coil with a shield core and molding with magnetic materials gives these products a structure similar to a closed magnetic circuit. This type has high magnetic shielding effectiveness with lower magnetic flux leakage than all other types. |
