Inductors for power circuits Thin-film metal magnetic material

FEATURES By using metal magnetic material with high Saturation magnetic flux density the excellent DC bias characteristics needed for inductors for power circuits can be achieved. With the same product shape and terminal structure as general chip parts it has excellent mounting stability charac

Inductors for power circuits Thin-film metal magnetic material

FEATURES By using metal magnetic material with high Saturation magnetic flux density the excellent DC bias characteristics needed for inductors for power circuits can be achieved. With the same product shape and terminal structure as general chip parts it has excellent mounting stability charac

Inductors for power circuits Thin-film metal magnetic material

FEATURES By using metal magnetic material with high Saturation magnetic flux density the excellent DC bias characteristics needed for inductors for power circuits can be achieved. With the same product shape and terminal structure as general chip parts it has excellent mounting stability charac

Inductors for power circuits Thin-film metal magnetic material

FEATURES By using metal magnetic material with high Saturation magnetic flux density the excellent DC bias characteristics needed for inductors for power circuits can be achieved. With the same product shape and terminal structure as general chip parts it has excellent mounting stability charac

Inductors for power circuits Thin-film metal magnetic material

FEATURES By using metal magnetic material with high Saturation magnetic flux density the excellent DC bias characteristics needed for inductors for power circuits can be achieved. With the same product shape and terminal structure as general chip parts it has excellent mounting stability charac

Inductors for power circuits Thin-film metal magnetic material

FEATURES By using metal magnetic material with high Saturation magnetic flux density the excellent DC bias characteristics needed for inductors for power circuits can be achieved. With the same product shape and terminal structure as general chip parts it has excellent mounting stability charac

Inductors for power circuits Thin-film metal magnetic material

FEATURES By using metal magnetic material with high Saturation magnetic flux density the excellent DC bias characteristics needed for inductors for power circuits can be achieved. With the same product shape and terminal structure as general chip parts it has excellent mounting stability charac

Inductors for power circuits Thin-film metal magnetic material

FEATURES By using metal magnetic material with high Saturation magnetic flux density the excellent DC bias characteristics needed for inductors for power circuits can be achieved. With the same product shape and terminal structure as general chip parts it has excellent mounting stability charac

Inductors for power circuits Thin-film metal magnetic material

FEATURES By using metal magnetic material with high Saturation magnetic flux density the excellent DC bias characteristics needed for inductors for power circuits can be achieved. With the same product shape and terminal structure as general chip parts it has excellent mounting stability charac

Inductors for power circuits Thin-film metal magnetic material

FEATURES By using metal magnetic material with high Saturation magnetic flux density the excellent DC bias characteristics needed for inductors for power circuits can be achieved. With the same product shape and terminal structure as general chip parts it has excellent mounting stability charac

Inductors for power circuits Thin-film metal magnetic material

FEATURES By using metal magnetic material with high Saturation magnetic flux density the excellent DC bias characteristics needed for inductors for power circuits can be achieved. With the same product shape and terminal structure as general chip parts it has excellent mounting stability charac

Inductors for power circuits Thin-film metal magnetic material

FEATURES By using metal magnetic material with high Saturation magnetic flux density the excellent DC bias characteristics needed for inductors for power circuits can be achieved. With the same product shape and terminal structure as general chip parts it has excellent mounting stability charac

封装/外壳：1008（2520 公制） 包装：卷带（TR）剪切带（CT）Digi-Reel® 得捷定制卷带 描述：FIXED IND 1.5UH 3.1A 60 MOHM SMD 电感器，线圈，扼流圈 固定电感器

电感器(线圈)

电感器(线圈)

封装/外壳：1008（2520 公制） 包装：卷带（TR）剪切带（CT）Digi-Reel® 得捷定制卷带 描述：FIXED IND 2.2UH 2.6A 84 MOHM SMD 电感器，线圈，扼流圈 固定电感器

电感器(线圈)

SMD Power Inductor

Description • Magnetically shielded. • L×W×H: 2.7×2.2×1.2 mm Max. • Product weight: 30mg(Ref.) • Moisture Sensitivity Level: 1 • RoHS compliance. • Halogen Free available. Applications • Ideally used in smart phone, tablet PC,SSD USB3.0 and other low profile high current application.

SMD Power Inductor

Description • Metal compound molding type construction • Magnetically shielded • Low audible core noise • Suitable for large current. • L×W×H:2.7×2.2×1.2mm Max. • Product weight: 0.36mg (Ref.) • Moisture Sensitivity Level: 1 Applications • DC/DC converter for CPU in Notebook PC. Smartphon

SMD Power Inductor

Description • Metal compound molding type construction • Magnetically shielded • Low audible core noise • Suitable for large current. • L×W×H:2.7×2.2×1.2mm Max. • Product weight: 0.38mg (Ref.) • Moisture Sensitivity Level: 1 Applications • DC/DC converter for CPU in Notebook PC. Smartphon

Moiding power lnducto rs

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Molding Power Inductors

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