RS Components, Ltd. Datasheets for Chip Inductors
Chip inductors are manufactured using semiconductor material.
Chip Inductors: Learn more
| Product Name | Notes |
|---|---|
| Available in E12 series. Low height of only 2.7 mm. High Saturation Current of 3.2 Amps. RoHS compliant. Applications in Input/output of DC/DC converters and Power supplies for: Portable communication... | |
| Available in E12 series. Low profile of only 3.2mm. Low inductance values. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 1 μH Maximum DC Current =... | |
| Available in E12 series. Low profile of only 3.2mm. Low inductance values. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 1 mH Maximum DC Current =... | |
| Available in E12 series. Low profile of only 3.2mm. Low inductance values. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 1.4 μH Maximum DC Current =... | |
| Available in E12 series. Low profile of only 3.2mm. Low inductance values. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 1.8 μH Maximum DC Current =... | |
| Available in E12 series. Low profile of only 3.2mm. Low inductance values. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 10 μH Maximum DC Current =... | |
| Available in E12 series. Low profile of only 3.2mm. Low inductance values. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 12 μH Maximum DC Current =... | |
| Available in E12 series. Low profile of only 3.2mm. Low inductance values. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 120 μH Maximum DC Current =... | |
| Available in E12 series. Low profile of only 3.2mm. Low inductance values. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 18 μH Maximum DC Current =... | |
| Available in E12 series. Low profile of only 3.2mm. Low inductance values. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 2.2 μH Maximum DC Current =... | |
| Available in E12 series. Low profile of only 3.2mm. Low inductance values. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 2.7 μH Maximum DC Current =... | |
| Available in E12 series. Low profile of only 3.2mm. Low inductance values. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 220 μH Maximum DC Current =... | |
| Available in E12 series. Low profile of only 3.2mm. Low inductance values. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 27 μH Maximum DC Current =... | |
| Available in E12 series. Low profile of only 3.2mm. Low inductance values. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 270 μH Maximum DC Current =... | |
| Available in E12 series. Low profile of only 3.2mm. Low inductance values. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 3.9 μH Maximum DC Current =... | |
| Available in E12 series. Low profile of only 3.2mm. Low inductance values. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 33 μH Maximum DC Current =... | |
| Available in E12 series. Low profile of only 3.2mm. Low inductance values. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 330 μH Maximum DC Current =... | |
| Available in E12 series. Low profile of only 3.2mm. Low inductance values. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 39 μH Maximum DC Current =... | |
| Available in E12 series. Low profile of only 3.2mm. Low inductance values. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 390 μH Maximum DC Current =... | |
| Available in E12 series. Low profile of only 3.2mm. Low inductance values. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 4.7 μH Maximum DC Current =... | |
| Available in E12 series. Low profile of only 3.2mm. Low inductance values. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 470 μH Maximum DC Current =... | |
| Available in E12 series. Low profile of only 3.2mm. Low inductance values. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 5.6 μH Maximum DC Current =... | |
| Available in E12 series. Low profile of only 3.2mm. Low inductance values. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 56 μH Maximum DC Current =... | |
| Available in E12 series. Low profile of only 3.2mm. Low inductance values. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 560 μH Maximum DC Current =... | |
| Available in E12 series. Low profile of only 3.2mm. Low inductance values. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 6.8 μH Maximum DC Current =... | |
| Available in E12 series. Low profile of only 3.2mm. Low inductance values. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 68 μH Maximum DC Current =... | |
| Available in E12 series. Low profile of only 3.2mm. Low inductance values. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 680 μH Maximum DC Current =... | |
| Available in E12 series. Low profile of only 3.2mm. Low inductance values. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 8.2 μH Maximum DC Current =... | |
| Available in E12 series. Low profile of only 3.2mm. Low inductance values. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 82 μH Maximum DC Current =... | |
| Available in E12 series. Low profile of only 3.2mm. Low inductance values. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 820 μH Maximum DC Current =... | |
| Available in E12 series. Low profile of only 3.3mm. High inductance of 15mH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 1 mH Maximum DC Current... | |
| Available in E12 series. Low profile of only 3.3mm. High inductance of 15mH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 10 μH Maximum DC Current... | |
| Available in E12 series. Low profile of only 3.3mm. High inductance of 15mH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 100 μH Maximum DC Current... | |
| Available in E12 series. Low profile of only 3.3mm. High inductance of 15mH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 15 mH Maximum DC Current... | |
| Available in E12 series. Low profile of only 3.3mm. High inductance of 15mH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 2.2 mH Maximum DC Current... | |
| Available in E12 series. Low profile of only 3.3mm. High inductance of 15mH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 220 μH Maximum DC Current... | |
| Available in E12 series. Low profile of only 3.3mm. High inductance of 15mH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 330 μH Maximum DC Current... | |
| Available in E12 series. Low profile of only 3.3mm. High inductance of 15mH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 4.7 mH Maximum DC Current... | |
| Available in E12 series. Low profile of only 3.3mm. High inductance of 15mH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 8.2 mH Maximum DC Current... | |
| Available in E12 series. Low profile of only 3.3mm. High inductance of 15mH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Series = SDR0503 | |
| Available in E12 series. Small design of only 5.8 mm maximum Diameter. Low 3.9 mm profile. RoHS compliant. Applications in Input/output of DC/DC Converters and Power supplies for:. Portable communication... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 1 mH Maximum DC Current = 340mA... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 1.2 mH Maximum DC Current = 170mA... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 1.5 μH Maximum DC Current = 9.1A... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 1.5 mH Maximum DC Current = 260mA... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 1.8 mH Maximum DC Current = 140mA... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 10 μH Maximum DC Current = 2.3A... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 100 μH Maximum DC Current = 720mA... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 12 μH Maximum DC Current = 2A... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 120 μH Maximum DC Current = 1A... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 15 μH Maximum DC Current = 2.7A... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 150 μH Maximum DC Current = 850mA... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 18 μH Maximum DC Current = 1.6A... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 180 μH Maximum DC Current = 800mA... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 2.2 mH Maximum DC Current = 200mA... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 2.5 μH Maximum DC Current = 5A... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 2.7 mH Maximum DC Current = 120mA... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 22 μH Maximum DC Current = 2.3A... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 220 μH Maximum DC Current = 490mA... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 27 μH Maximum DC Current = 2.1A... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 270 μH Maximum DC Current = 420mA... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 3.3 μH Maximum DC Current = 6.3A... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 3.3 mH Maximum DC Current = 100mA... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 3.9 μH Maximum DC Current = 5.7A... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 3.9 mH Maximum DC Current = 90mA... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 33 μH Maximum DC Current = 1.9A... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 330 μH Maximum DC Current = 580mA... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 390 μH Maximum DC Current = 360mA... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 4.7 μH Maximum DC Current = 3.7A... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 47 μH Maximum DC Current = 1.6A... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 470 μH Maximum DC Current = 500mA... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 56 μH Maximum DC Current = 1.5A... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 560 μH Maximum DC Current = 300mA... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 6.8 μH Maximum DC Current = 4.1A... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 68 μH Maximum DC Current = 850mA... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 680 μH Maximum DC Current = 420mA... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 7.5 μH Maximum DC Current = 2.8A... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 8.2 μH Length = 7.8mm Depth =... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 82 μH Maximum DC Current = 1.2A... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 820 μH Maximum DC Current = 230mA... | |
| Available in E12 series. Small design of only 7.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Series = SDR0805 | |
| Available in E12 series. Small design of only 9.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 1.2 mH Maximum DC Current = 210mA... | |
| Available in E12 series. Small design of only 9.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 1.8 mH Maximum DC Current = 170mA... | |
| Available in E12 series. Small design of only 9.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 10 μH Maximum DC Current = 2.6A... | |
| Available in E12 series. Small design of only 9.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 10 μH Package/Case = 1006 Length =... | |
| Available in E12 series. Small design of only 9.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 100 μH Maximum DC Current = 1.7A... | |
| Available in E12 series. Small design of only 9.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 150 μH Maximum DC Current = 780mA... | |
| Available in E12 series. Small design of only 9.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 18 μH Maximum DC Current = 2.15A... | |
| Available in E12 series. Small design of only 9.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 180 μH Maximum DC Current = 720mA... | |
| Available in E12 series. Small design of only 9.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 2.2 μH Maximum DC Current = 5.4A... | |
| Available in E12 series. Small design of only 9.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 2.2 mH Maximum DC Current = 360mA... | |
| Available in E12 series. Small design of only 9.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 2.5 μH Package/Case = 1006 Length =... | |
| Available in E12 series. Small design of only 9.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 22 μH Maximum DC Current = 3.5A... | |
| Available in E12 series. Small design of only 9.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 220 μH Maximum DC Current = 1.1A... | |
| Available in E12 series. Small design of only 9.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 27 μH Maximum DC Current = 3.4A... | |
| Available in E12 series. Small design of only 9.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 270 μH Maximum DC Current = 570mA... | |
| Available in E12 series. Small design of only 9.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 3.3 mH Maximum DC Current = 300mA... | |
| Available in E12 series. Small design of only 9.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 3.9 μH Maximum DC Current = 4.6A... | |
| Available in E12 series. Small design of only 9.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 3.9 mH Maximum DC Current = 110mA... | |
| Available in E12 series. Small design of only 9.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 33 μH Maximum DC Current = 1.5A... | |
| Available in E12 series. Small design of only 9.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 330 μH Maximum DC Current = 520mA... | |
| Available in E12 series. Small design of only 9.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 39 μH Maximum DC Current = 1.35A... | |
| Available in E12 series. Small design of only 9.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 390 μH Maximum DC Current = 480mA... | |
| Available in E12 series. Small design of only 9.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 4.7 μH Maximum DC Current = 7.3A... | |
| Available in E12 series. Small design of only 9.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 4.7 mH Maximum DC Current = 240mA... | |
| Available in E12 series. Small design of only 9.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 47 μH Maximum DC Current = 2.3A... | |
| Available in E12 series. Small design of only 9.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 56 μH Maximum DC Current = 1.15A... | |
| Available in E12 series. Small design of only 9.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 560 μH Maximum DC Current = 330mA... | |
| Available in E12 series. Small design of only 9.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 6.8 μH Maximum DC Current = 3.4A... | |
| Available in E12 series. Small design of only 9.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 680 μH Maximum DC Current = 650mA... | |
| Available in E12 series. Small design of only 9.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 8.2 μH Maximum DC Current = 3A... | |
| Available in E12 series. Small design of only 9.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 82 μH Maximum DC Current = 1A... | |
| Available in E12 series. Small design of only 9.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 820 μH Maximum DC Current = 240mA... | |
| Available in E12 series. Small design of only 9.8mm maximum diameter. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Series = SDR1006 | |
| Available in E12 series. Small diameter of only 5.8mm maximum. Profile of 4.8mm. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 1 μH Package/Case = 0604... | |
| Available in E12 series. Small diameter of only 5.8mm maximum. Profile of 4.8mm. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 1.2 μH Maximum DC Current... | |
| Available in E12 series. Small diameter of only 5.8mm maximum. Profile of 4.8mm. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 10 μH Maximum DC Current... | |
| Available in E12 series. Small diameter of only 5.8mm maximum. Profile of 4.8mm. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 10 μH Package/Case = 0604... | |
| Available in E12 series. Small diameter of only 5.8mm maximum. Profile of 4.8mm. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 100 μH Maximum DC Current... | |
| Available in E12 series. Small diameter of only 5.8mm maximum. Profile of 4.8mm. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 120 μH Maximum DC Current... | |
| Available in E12 series. Small diameter of only 5.8mm maximum. Profile of 4.8mm. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 15 μH Maximum DC Current... | |
| Available in E12 series. Small diameter of only 5.8mm maximum. Profile of 4.8mm. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 150 μH Maximum DC Current... | |
| Available in E12 series. Small diameter of only 5.8mm maximum. Profile of 4.8mm. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 2.2 μH Maximum DC Current... | |
| Available in E12 series. Small diameter of only 5.8mm maximum. Profile of 4.8mm. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 2.5 μH Package/Case = 0604... | |
| Available in E12 series. Small diameter of only 5.8mm maximum. Profile of 4.8mm. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 2.7 μH Maximum DC Current... | |
| Available in E12 series. Small diameter of only 5.8mm maximum. Profile of 4.8mm. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 22 μH Maximum DC Current... | |
| Available in E12 series. Small diameter of only 5.8mm maximum. Profile of 4.8mm. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 27 μH Maximum DC Current... | |
| Available in E12 series. Small diameter of only 5.8mm maximum. Profile of 4.8mm. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 270 μH Maximum DC Current... | |
| Available in E12 series. Small diameter of only 5.8mm maximum. Profile of 4.8mm. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 3.3 μH Maximum DC Current... | |
| Available in E12 series. Small diameter of only 5.8mm maximum. Profile of 4.8mm. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 330 μH Maximum DC Current... | |
| Available in E12 series. Small diameter of only 5.8mm maximum. Profile of 4.8mm. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 39 μH Maximum DC Current... | |
| Available in E12 series. Small diameter of only 5.8mm maximum. Profile of 4.8mm. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 390 μH Maximum DC Current... | |
| Available in E12 series. Small diameter of only 5.8mm maximum. Profile of 4.8mm. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 47 μH Maximum DC Current... | |
| Available in E12 series. Small diameter of only 5.8mm maximum. Profile of 4.8mm. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 470 μH Maximum DC Current... | |
| Available in E12 series. Small diameter of only 5.8mm maximum. Profile of 4.8mm. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 5.6 μH Maximum DC Current... | |
| Available in E12 series. Small diameter of only 5.8mm maximum. Profile of 4.8mm. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 560 μH Maximum DC Current... | |
| Available in E12 series. Small diameter of only 5.8mm maximum. Profile of 4.8mm. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 6.8 μH Maximum DC Current... | |
| Available in E12 series. Small diameter of only 5.8mm maximum. Profile of 4.8mm. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 68 μH Maximum DC Current... | |
| Available in E12 series. Small diameter of only 5.8mm maximum. Profile of 4.8mm. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 680 μH Maximum DC Current... | |
| Available in E12 series. Small diameter of only 5.8mm maximum. Profile of 4.8mm. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 82 μH Maximum DC Current... | |
| Available in E12 series. Small diameter of only 5.8mm maximum. Profile of 4.8mm. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 820 μH Maximum DC Current... | |
| Available in E12 series. Small diameter of only 5.8mm maximum. Profile of 4.8mm. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Series = SDR0604 | |
| Available in E6 series. Low height of only 4.8 mm. High Irms of 4.0 amps. Applications in Input/output of DC/DC converters and Power supplies for: Portable communications equipment, Camcorders, LCD... | |
| Available in E6 series. Low profile of only 5.0mm. Inductance as low as 0.68μH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 1 mH Maximum DC... | |
| Available in E6 series. Low profile of only 5.0mm. Inductance as low as 0.68μH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 10 μH Maximum DC... | |
| Available in E6 series. Low profile of only 5.0mm. Inductance as low as 0.68μH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 10 mH Maximum DC... | |
| Available in E6 series. Low profile of only 5.0mm. Inductance as low as 0.68μH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 100 μH Maximum DC... | |
| Available in E6 series. Low profile of only 5.0mm. Inductance as low as 0.68μH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 15 μH Maximum DC... | |
| Available in E6 series. Low profile of only 5.0mm. Inductance as low as 0.68μH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 150 μH Maximum DC... | |
| Available in E6 series. Low profile of only 5.0mm. Inductance as low as 0.68μH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 2.2 mH Maximum DC... | |
| Available in E6 series. Low profile of only 5.0mm. Inductance as low as 0.68μH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 22 μH Maximum DC... | |
| Available in E6 series. Low profile of only 5.0mm. Inductance as low as 0.68μH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 220 μH Maximum DC... | |
| Available in E6 series. Low profile of only 5.0mm. Inductance as low as 0.68μH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 3.3 μH Maximum DC... | |
| Available in E6 series. Low profile of only 5.0mm. Inductance as low as 0.68μH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 33 μH Maximum DC... | |
| Available in E6 series. Low profile of only 5.0mm. Inductance as low as 0.68μH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 4.7 μH Maximum DC... | |
| Available in E6 series. Low profile of only 5.0mm. Inductance as low as 0.68μH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 47 μH Maximum DC... | |
| Available in E6 series. Low profile of only 5.0mm. Inductance as low as 0.68μH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 470 μH Maximum DC... | |
| Available in E6 series. Low profile of only 5.0mm. Inductance as low as 0.68μH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 6.8 μH Maximum DC... | |
| Available in E6 series. Low profile of only 5.0mm. Inductance as low as 0.68μH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 680 μH Maximum DC... | |
| Available in E6 series. Low profile of only 5mm. Inductance as low as 1.0μH. RoHS compliant. Applications in input/output of DC/DC converters, and power supplies for portable communication equipment Inductance... | |
| Available in E6 series. Low profile of only 6.6mm. Inductance as low as 1μH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 1 μH Maximum DC... | |
| Available in E6 series. Low profile of only 6.6mm. Inductance as low as 1μH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 10 μH Maximum DC... | |
| Available in E6 series. Low profile of only 6.6mm. Inductance as low as 1μH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 100 μH Maximum DC... | |
| Available in E6 series. Low profile of only 6.6mm. Inductance as low as 1μH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 15 μH Maximum DC... | |
| Available in E6 series. Low profile of only 6.6mm. Inductance as low as 1μH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 150 μH Maximum DC... | |
| Available in E6 series. Low profile of only 6.6mm. Inductance as low as 1μH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 3.3 μH Maximum DC... | |
| Available in E6 series. Low profile of only 6.6mm. Inductance as low as 1μH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 33 μH Maximum DC... | |
| Available in E6 series. Low profile of only 6.6mm. Inductance as low as 1μH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 330 μH Maximum DC... | |
| Available in E6 series. Low profile of only 6.6mm. Inductance as low as 1μH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 47 μH Maximum DC... | |
| Available in E6 series. Low profile of only 6.6mm. Inductance as low as 1μH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Inductance = 470 μH Maximum DC... | |
| Available in E6 series. Low profile of only 6.6mm. Inductance as low as 1μH. RoHS compliant. Applications in input/output of DC/DC Converters, Power Supplies Series = SDR1806 | |
| Bourns PM127SH shielded power inductors are available in E12 values and feature inductance as low as 1.2μH. Constructed from a ferrite core, these surface mount inductors provide a current rating... | |
| Bourns RLB1112V4 series radial lead inductors are 400 V rated and are ideal for 85 to 265 Vac AC to DC power supplies with applications in metering, home automation, appliances... | |
| Bourns SDE series SMD power inductors have a unit height of 2.9 mm and the inductance range is 1to 1000 µH. The current rating on these surface mount inductors is... | |
| Bourns SDR0302 Series SMD Power Inductors with a low profile of only 2.5mm. Applications include input/output of DC/DC converters and power supplies for: Portable communication equipment, Camcorders, LCD TVs, Car... | |
| Bourns SDR1307 Series SMD Power Inductors with a low profile of only 7mm. Applications include input/output of DC/DC converters and power supplies for: Portable communication equipment, Camcorders, LCD TVs, Car... | |
| Chip inductor for power supplies (layered, magnetic shield). Large reduction in Rdc. Ideal for choke coils in power supply circuits Inductance = 1 μH Tolerance = ±20% Maximum DC Current... | |
| Chip inductor for power supplies (layered, magnetic shield). Large reduction in Rdc. Ideal for choke coils in power supply circuits Inductance = 10 μH Tolerance = ±20% Maximum DC Current... | |
| Chip inductor for power supplies (layered, magnetic shield). Large reduction in Rdc. Ideal for choke coils in power supply circuits Inductance = 2.2 μH Tolerance = ±20% Maximum DC Current... | |
| Chip inductor for power supplies (layered, magnetic shield). Large reduction in Rdc. Ideal for choke coils in power supply circuits Inductance = 4.7 μH Tolerance = ±20% Maximum DC Current... | |
| Current rating up to 22.7A. Toroidal core. RoHS compliant. Applications in input/output of DC/DC converters, and industrial electronics Inductance = 100 μH Maximum DC Current = 5.4A Package/Case = 2110... | |
| Current rating up to 22.7A. Toroidal core. RoHS compliant. Applications in input/output of DC/DC converters, and industrial electronics Inductance = 15 μH Maximum DC Current = 10.7A Package/Case = 2110... | |
| Current rating up to 22.7A. Toroidal core. RoHS compliant. Applications in input/output of DC/DC converters, and industrial electronics Inductance = 220 μH Maximum DC Current = 3.5A Package/Case = 2110... | |
| Current rating up to 22.7A. Toroidal core. RoHS compliant. Applications in input/output of DC/DC converters, and industrial electronics Inductance = 27 μH Maximum DC Current = 8.2A Package/Case = 2110... | |
| Current rating up to 22.7A. Toroidal core. RoHS compliant. Applications in input/output of DC/DC converters, and industrial electronics Inductance = 33 μH Maximum DC Current = 7A Package/Case = 2110... | |
| Current rating up to 22.7A. Toroidal core. RoHS compliant. Applications in input/output of DC/DC converters, and industrial electronics Inductance = 39 μH Maximum DC Current = 6.8A Package/Case = 2110... | |
| Current rating up to 22.7A. Toroidal core. RoHS compliant. Applications in input/output of DC/DC converters, and industrial electronics Inductance = 390 μH Maximum DC Current = 3.1A Length = 30.5mm... | |
| Current rating up to 25.4A. Toroidal core. RoHS compliant. Applications in input/output of DC/DC converters, and industrial electronics Inductance = 10 μH Maximum DC Current = 13.9A Package/Case = 2120... | |
| Current rating up to 25.4A. Toroidal core. RoHS compliant. Applications in input/output of DC/DC converters, and industrial electronics Inductance = 100 μH Maximum DC Current = 6.1A Package/Case = 2120... | |
| Current rating up to 25.4A. Toroidal core. RoHS compliant. Applications in input/output of DC/DC converters, and industrial electronics Inductance = 120 μH Maximum DC Current = 5.8A Package/Case = 2120... | |
| Current rating up to 25.4A. Toroidal core. RoHS compliant. Applications in input/output of DC/DC converters, and industrial electronics Inductance = 15 μH Maximum DC Current = 12.2A Package/Case = 2120... | |
| Current rating up to 25.4A. Toroidal core. RoHS compliant. Applications in input/output of DC/DC converters, and industrial electronics Inductance = 150 μH Maximum DC Current = 5.5A Package/Case = 2120... | |
| Current rating up to 25.4A. Toroidal core. RoHS compliant. Applications in input/output of DC/DC converters, and industrial electronics Inductance = 18 μH Maximum DC Current = 11.8A Package/Case = 2120... | |
| Current rating up to 25.4A. Toroidal core. RoHS compliant. Applications in input/output of DC/DC converters, and industrial electronics Inductance = 22 μH Maximum DC Current = 11A Package/Case = 2120... | |
| Current rating up to 25.4A. Toroidal core. RoHS compliant. Applications in input/output of DC/DC converters, and industrial electronics Inductance = 220 μH Maximum DC Current = 5A Package/Case = 2120... | |
| Current rating up to 25.4A. Toroidal core. RoHS compliant. Applications in input/output of DC/DC converters, and industrial electronics Inductance = 33 μH Maximum DC Current = 10.1A Package/Case = 2120... | |
| Current rating up to 25.4A. Toroidal core. RoHS compliant. Applications in input/output of DC/DC converters, and industrial electronics Inductance = 39 μH Maximum DC Current = 9.6A Package/Case = 2120... | |
| Current rating up to 25.4A. Toroidal core. RoHS compliant. Applications in input/output of DC/DC converters, and industrial electronics Inductance = 47 μH Maximum DC Current = 8.2A Package/Case = 2120... | |
| Current rating up to 25.4A. Toroidal core. RoHS compliant. Applications in input/output of DC/DC converters, and industrial electronics Series = PM2120 | |
| Current rating up to 7A. Compact size, 17.8mm body diameter. Tape and reel packaging. RoHS compliant. Applications in Filtering, Common mode Inductance = 2 mH Maximum DC Current = 3.5A... | |
| Current rating up to 7A. Compact size, 17.8mm body diameter. Tape and reel packaging. RoHS compliant. Applications in Filtering, Common mode Inductance = 20 mH Maximum DC Current = 1A... | |
| Current rating up to 7A. Compact size, 17.8mm body diameter. Tape and reel packaging. RoHS compliant. Applications in Filtering, Common mode Inductance = 750 μH Maximum DC Current = 5.5A... | |
| EMI filter capacitors for direct voltage. For use in communications, TV and camcorder equipment Maximum DC Current = 300mA Package/Case = 1206 Length = 3.2mm Depth = 1.25mm Height =... | |
| Height of 11.5mm maximum. Current rating up to 3.5A. RoHS compliant. Applications in input/output of DC/DC converters, and industrial electronics Inductance = 100 μH Maximum DC Current = 2.5A Package/Case... | |
| Height of 11.5mm maximum. Current rating up to 3.5A. RoHS compliant. Applications in input/output of DC/DC converters, and industrial electronics Inductance = 15 μH Maximum DC Current = 7A Package/Case... | |
| Height of 11.5mm maximum. Current rating up to 3.5A. RoHS compliant. Applications in input/output of DC/DC converters, and industrial electronics Inductance = 150 μH Maximum DC Current = 2A Package/Case... | |
| Height of 3.0mm maximum. Current rating up to 2A. RoHS compliant. Applications in input/output of DC/DC converters, and industrial electronics Inductance = 100 μH Maximum DC Current = 700mA Package/Case... | |
| High power SMD inductor with magnetically shielded coil and very low dc resistance. The high current capacity and shielded construction make this coil suitable for high density mounting in low-loss... | |
| Ideal for power-supply circuit choke coils. GAP shaped for low magnetic flux leakage Inductance = 1 μH Maximum DC Current = 14.4A Length = 12.5mm Depth = 12.8mm Height =... | |
| Ideal for power-supply circuit choke coils. GAP shaped for low magnetic flux leakage Inductance = 1.9 μH Maximum DC Current = 12.7A Length = 12.5mm Depth = 12.8mm Height =... | |
| INDUCTOR - Inductors - Wire-Wound Surface Mount Inductors | |
| INDUCTOR - Inductors - Wire-Wound Surface Mount Inductors Delivery on production packaging - Reel. This product is non-returnable. | |
| Inductor SMD 4.5x3.2mm 10uH - Inductors - Wire-Wound Surface Mount Inductors Delivery on production packaging - Reel. This product is non-returnable. | |
| Inductor SMD 4.5x3.2mm 120uH - Inductors - Wire-Wound Surface Mount Inductors Delivery on production packaging - Reel. This product is non-returnable. | |
| Inductor SMD 4.5x3.2mm 12uH - Inductors - Wire-Wound Surface Mount Inductors Delivery on production packaging - Reel. This product is non-returnable. | |
| Inductor SMD 4.5x3.2mm 150uH - Inductors - Wire-Wound Surface Mount Inductors Delivery on production packaging - Reel. This product is non-returnable. | |
| Inductor SMD 4.5x3.2mm 220uH - Inductors - Wire-Wound Surface Mount Inductors | |
| Inductor SMD 4.5x3.2mm 22uH - Inductors - Wire-Wound Surface Mount Inductors | |
| Inductor SMD 4.5x3.2mm 330uH - Inductors - Wire-Wound Surface Mount Inductors | |
| Inductor SMD 4.5x3.2mm 33uH - Inductors - Wire-Wound Surface Mount Inductors | |
| Inductor SMD 4.5x3.2mm 47uH - Inductors - Wire-Wound Surface Mount Inductors Delivery on production packaging - Reel. This product is non-returnable. | |
| Inductor SMD 4.5x3.2mm 6.8uH - Inductors - Wire-Wound Surface Mount Inductors | |
| Inductor SMD 4.5x3.2mm 82uH - Inductors - Wire-Wound Surface Mount Inductors | |
| Integration of choke coil function to suppress differential mode/Low and High Frequency common mode noise. Low Profile (H=<13mm) Inductance = 9.3 μH Maximum DC Current = 600mA Length = 22.5mm... | |
| Low profile shielded power line EMI reduction inductors. Application include Notebook and mobile computers, amusement equipment, automotive equipment, etc Inductance = 1 μH Maximum DC Current = 7.9A Package/Case =... | |
| Low profile shielded power line EMI reduction inductors. Application include Notebook and mobile computers, amusement equipment, automotive equipment, etc Inductance = 1.5 μH Maximum DC Current = 6.5A Package/Case =... | |
| Low profile shielded power line EMI reduction inductors. Application include Notebook and mobile computers, amusement equipment, automotive equipment, etc Inductance = 10 μH Maximum DC Current = 6A Length =... | |
| Low profile shielded power line EMI reduction inductors. Application include Notebook and mobile computers, amusement equipment, automotive equipment, etc Inductance = 10 μH Maximum DC Current = 7.8A Package/Case =... | |
| Low profile shielded power line EMI reduction inductors. Application include Notebook and mobile computers, amusement equipment, automotive equipment, etc Inductance = 2.2 μH Maximum DC Current = 5.5A Package/Case =... | |
| Low profile shielded power line EMI reduction inductors. Application include Notebook and mobile computers, amusement equipment, automotive equipment, etc Inductance = 2.7 μH Maximum DC Current = 12A Length =... | |
| Low profile shielded power line EMI reduction inductors. Application include Notebook and mobile computers, amusement equipment, automotive equipment, etc Inductance = 3.3 μH Maximum DC Current = 4.4A Package/Case =... | |
| Low profile shielded power line EMI reduction inductors. Application include Notebook and mobile computers, amusement equipment, automotive equipment, etc Inductance = 4.2 μH Maximum DC Current = 10.2A Package/Case =... | |
| Low profile shielded power line EMI reduction inductors. Application include Notebook and mobile computers, amusement equipment, automotive equipment, etc Inductance = 5.6 μH Maximum DC Current = 8A Length =... | |
| Low profile shielded power line EMI reduction inductors. Application include Notebook and mobile computers, amusement equipment, automotive equipment, etc Inductance = 5.6 μH Maximum DC Current = 9.7A Package/Case =... | |
| Low profile shielded power line EMI reduction inductors. Application include Notebook and mobile computers, amusement equipment, automotive equipment, etc Inductance = 6.8 μH Maximum DC Current = 3A Package/Case =... | |
| Low profile shielded power line EMI reduction inductors. Application include Notebook and mobile computers, amusement equipment, automotive equipment, etc Inductance = 7.8 μH Maximum DC Current = 7A Length =... | |
| Low profile shielded power line EMI reduction inductors. Application include Notebook and mobile computers, amusement equipment, automotive equipment, etc Inductance = 7.8 μH Maximum DC Current = 8.4A Package/Case =... | |
| Low profile SMT magnetically shielded power line inductor for EMC reduction. Applications include portable telephones, personal computers, hard disk drives, and other electronic equipment Inductance = 1 mH Maximum DC... | |
| Low profile SMT magnetically shielded power line inductor for EMC reduction. Applications include portable telephones, personal computers, hard disk drives, and other electronic equipment Inductance = 1.2 μH Maximum DC... | |
| Low profile SMT magnetically shielded power line inductor for EMC reduction. Applications include portable telephones, personal computers, hard disk drives, and other electronic equipment Inductance = 1.5 mH Maximum DC... | |
| Low profile SMT magnetically shielded power line inductor for EMC reduction. Applications include portable telephones, personal computers, hard disk drives, and other electronic equipment Inductance = 10 μH Maximum DC... | |
| Low profile SMT magnetically shielded power line inductor for EMC reduction. Applications include portable telephones, personal computers, hard disk drives, and other electronic equipment Inductance = 100 μH Maximum DC... | |
| Low profile SMT magnetically shielded power line inductor for EMC reduction. Applications include portable telephones, personal computers, hard disk drives, and other electronic equipment Inductance = 15 μH Maximum DC... | |
| Low profile SMT magnetically shielded power line inductor for EMC reduction. Applications include portable telephones, personal computers, hard disk drives, and other electronic equipment Inductance = 150 μH Maximum DC... | |
| Low profile SMT magnetically shielded power line inductor for EMC reduction. Applications include portable telephones, personal computers, hard disk drives, and other electronic equipment Inductance = 2.7 μH Maximum DC... | |
| Low profile SMT magnetically shielded power line inductor for EMC reduction. Applications include portable telephones, personal computers, hard disk drives, and other electronic equipment Inductance = 22 μH Maximum DC... | |
| Low profile SMT magnetically shielded power line inductor for EMC reduction. Applications include portable telephones, personal computers, hard disk drives, and other electronic equipment Inductance = 220 μH Maximum DC... | |
| Low profile SMT magnetically shielded power line inductor for EMC reduction. Applications include portable telephones, personal computers, hard disk drives, and other electronic equipment Inductance = 3.3 μH Maximum DC... | |
| Low profile SMT magnetically shielded power line inductor for EMC reduction. Applications include portable telephones, personal computers, hard disk drives, and other electronic equipment Inductance = 3.9 μH Maximum DC... | |
| Low profile SMT magnetically shielded power line inductor for EMC reduction. Applications include portable telephones, personal computers, hard disk drives, and other electronic equipment Inductance = 33 μH Maximum DC... | |
| Low profile SMT magnetically shielded power line inductor for EMC reduction. Applications include portable telephones, personal computers, hard disk drives, and other electronic equipment Inductance = 330 μH Maximum DC... | |
| Low profile SMT magnetically shielded power line inductor for EMC reduction. Applications include portable telephones, personal computers, hard disk drives, and other electronic equipment Inductance = 4.7 μH Maximum DC... | |
| Low profile SMT magnetically shielded power line inductor for EMC reduction. Applications include portable telephones, personal computers, hard disk drives, and other electronic equipment Inductance = 47 μH Maximum DC... | |
| Low profile SMT magnetically shielded power line inductor for EMC reduction. Applications include portable telephones, personal computers, hard disk drives, and other electronic equipment Inductance = 470 μH Maximum DC... | |
| Low profile SMT magnetically shielded power line inductor for EMC reduction. Applications include portable telephones, personal computers, hard disk drives, and other electronic equipment Inductance = 6 μH Maximum DC... | |
| Low profile SMT magnetically shielded power line inductor for EMC reduction. Applications include portable telephones, personal computers, hard disk drives, and other electronic equipment Inductance = 6.8 μH Maximum DC... | |
| Low profile SMT magnetically shielded power line inductor for EMC reduction. Applications include portable telephones, personal computers, hard disk drives, and other electronic equipment Inductance = 68 μH Maximum DC... | |
| Low profile SMT magnetically shielded power line inductor for EMC reduction. Applications include portable telephones, personal computers, hard disk drives, and other electronic equipment Inductance = 7 μH Maximum DC... | |
| Power SMD inductor with magnetically shielded coil, ideal for use in a variety of electrical applications including power supplies in mobile devices and personal computers Optimally low dc resistance for... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Flat bottom for stable attachment to boards Inductance = 10 μH Maximum DC Current... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Flat bottom for stable attachment to boards Inductance = 100 μH Maximum DC Current... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Flat bottom for stable attachment to boards Inductance = 15 μH Maximum DC Current... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Flat bottom for stable attachment to boards Inductance = 22 μH Maximum DC Current... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Flat bottom for stable attachment to boards Inductance = 3.3 μH Maximum DC Current... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Flat bottom for stable attachment to boards Inductance = 33 μH Maximum DC Current... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Flat bottom for stable attachment to boards Inductance = 330 μH Maximum DC Current... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Flat bottom for stable attachment to boards Inductance = 4.7 μH Maximum DC Current... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Flat bottom for stable attachment to boards Inductance = 47 μH Maximum DC Current... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Flat bottom for stable attachment to boards Inductance = 470 μH Maximum DC Current... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Flat bottom for stable attachment to boards Inductance = 6.8 μH Maximum DC Current... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Flat bottom for stable attachment to boards Inductance = 680 μH Maximum DC Current... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Magnetic shielding construction suited for high-density designs Inductance = 1 mH Maximum DC Current... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Magnetic shielding construction suited for high-density designs Inductance = 10 μH Maximum DC Current... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Magnetic shielding construction suited for high-density designs Inductance = 100 μH Maximum DC Current... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Magnetic shielding construction suited for high-density designs Inductance = 15 μH Maximum DC Current... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Magnetic shielding construction suited for high-density designs Inductance = 150 μH Maximum DC Current... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Magnetic shielding type suitable for high-density designs Inductance = 10 μH Maximum DC Current... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Magnetic shielding type suitable for high-density designs Inductance = 22 μH Maximum DC Current... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Magnetic shielding type suitable for high-density designs Inductance = 3.3 μH Maximum DC Current... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Magnetic shielding type suitable for high-density designs Inductance = 33 μH Maximum DC Current... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Magnetic shielding type suitable for high-density designs Inductance = 4.7 μH Maximum DC Current... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Magnetic shielding type suitable for high-density designs Inductance = 47 μH Maximum DC Current... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Suitable for portable devices, PCs and other electronic devices Inductance = 1 mH Maximum... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Suitable for portable devices, PCs and other electronic devices Inductance = 1.5 mH Maximum... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Suitable for portable devices, PCs and other electronic devices Inductance = 10 μH Maximum... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Suitable for portable devices, PCs and other electronic devices Inductance = 15 μH Maximum... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Suitable for portable devices, PCs and other electronic devices Inductance = 150 μH Maximum... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Suitable for portable devices, PCs and other electronic devices Inductance = 2 μH Maximum... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Suitable for portable devices, PCs and other electronic devices Inductance = 22 μH Maximum... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Suitable for portable devices, PCs and other electronic devices Inductance = 220 μH Maximum... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Suitable for portable devices, PCs and other electronic devices Inductance = 330 μH Maximum... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Suitable for portable devices, PCs and other electronic devices Inductance = 4.2 μH Maximum... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Suitable for portable devices, PCs and other electronic devices Inductance = 5.6 μH Maximum... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Suitable for portable devices, PCs and other electronic devices Inductance = 68 μH Maximum... | |
| Power supply SMD inductor (coil). Low Rdc ideal for power components, high currents, low energy consumption. Suitable for portable devices, PCs and other electronic devices Inductance = 680 μH Maximum... | |
| Power supply SMD inductor (wirewound, magnetic shield). Low Rdc ideal for power components, high currents, low energy consumption. Magnetic shielding type suitable for high-density designs Inductance = 15 μH Maximum... | |
| Power supply SMD inductor (wirewound, magnetic shield). Low Rdc ideal for power components, high currents, low energy consumption. Magnetic shielding type suitable for high-density designs Inductance = 22 μH Maximum... | |
| Power supply SMD inductor (wirewound, magnetic shield). Low Rdc ideal for power components, high currents, low energy consumption. Magnetic shielding type suitable for high-density designs Inductance = 6.8 μH Maximum... | |
| Power supply SMD inductor (wirewound, magnetic shield). Low-profile, low-inductance, high-current type. Ideal for notebook PCs, entertainment devices etc. Inductance = 1.9 μH Maximum DC Current = 13A Length = 12.8mm... | |
| Professional range of TDK surface mount wirewound power inductors from the NLFV series, suitable for decoupling circuits in audio visual equipment. NLFV Series Magnetic shield type containing ferrite powder in... | |
| Professional series of TDK wirewound inductors from the SLF range. Applications include portable telephones, personal computers, hard disk drives, and other electronic equipment Low profile SMT magnetically shielded power line... | |
| Pulse P0751NL/52NL series unshielded drum core inductors are suitablefor general purpose power and filtering applications. Height: 5.5mm Max. Footprint: 13.0mm x 9.4mm Max. Current Rating: up to 6.8A. Inductance Range:... | |
| Pulse P0770NL series unshielded drum core inductors are suitablefor general purpose power and filtering applications. Height: 2.9mm Max. Footprint: 6.6mm x 4.5mm Max. Current Rating: up to 1.5A. Inductance Range:... | |
| Pulse SLIC series toroid inductors are suitable for a wide range of applications including switch mode power supplies. Inductance = 39.5 μH Maximum DC Current = 2.7A Package/Case = LCCI-44... | |
| Pulse SLIC series toroid inductors are suitable for a wide range of applications including switch mode power supplies. Inductance = 672 μH Maximum DC Current = 720mA Package/Case = LCI-37... | |
| Pulse SLIC series toroid inductors are suitable for a wide range of applications including switch mode power supplies. Inductance = 7.9 μH Maximum DC Current = 7.8A Package/Case = LCI-44... | |
| Pulse SLIC series toroid inductors are suitable for a wide range of applications including switch mode power supplies. Inductance = 72.9 μH Maximum DC Current = 2.6A Package/Case = LCI-50... | |
| Pulse SMD common mode chokes for DC/DC converter applications. Solution based on impedance, size and current. Dielectric strength: 1000VRMS. Inductance = 1.17 mH Maximum DC Current = 1.22A Package/Case =... | |
| Pulse SMD common mode chokes for DC/DC converter applications. Solution based on impedance, size and current. Dielectric strength: 1000VRMS. Inductance = 1.47 mH Maximum DC Current = 2.8A Package/Case =... | |
| Pulse SMD common mode chokes for DC/DC converter applications. Solution based on impedance, size and current. Dielectric strength: 1000VRMS. Inductance = 470 μH Maximum DC Current = 14A Package/Case =... | |
| Pulse SMD common mode chokes for DC/DC converter applications. Solution based on impedance, size and current. Dielectric strength: 1000VRMS. Inductance = 590 μH Maximum DC Current = 5.6A Package/Case =... | |
| Pulse SMD common mode chokes for DC/DC converter applications. Solution based on impedance, size and current. Dielectric strength: 1000VRMS. Inductance = 770 μH Maximum DC Current = 4.7A Package/Case =... | |
| Pulse SMD common mode chokes for DC/DC converter applications. Solution based on impedance, size and current. Dielectric strength: 1000VRMS. Inductance = 810 μH Maximum DC Current = 9.7A Package/Case =... | |
| Pulse SMD common mode chokes for DC/DC converter applications. Solution based on impedance, size and current. Dielectric strength: 1000VRMS. Inductance = 880 μH Maximum DC Current = 1.63A Package/Case =... | |
| Pulse Toroid Inductors designed for use with National Semiconductors 150kHz Simple Switcherâ„¢. These Toroid Inductors have a base material that meets the flammability requirements of UL 94V-0 and their performance... | |
| Pulse Toroid Inductors designed for use with National Semiconductors 260kHz Simple Switcherâ„¢ LM267X Series. These Toroid Inductors have a base material that meets the flammability requirements of UL 94V-0 and... | |
| Signal line (wire-wound) chip inductor. Best suited for car audio, ECU and other in-car electronic devices Inductance = 1 μH Maximum DC Current = 450mA Package/Case = 1812 Length =... | |
| Signal line (wire-wound) chip inductor. Best suited for car audio, ECU and other in-car electronic devices Inductance = 1 mH Maximum DC Current = 30mA Package/Case = 1812 Length =... | |
| Signal line (wire-wound) chip inductor. Best suited for car audio, ECU and other in-car electronic devices Inductance = 1 mH Maximum DC Current = 30mA Package/Case = 4532 Length =... | |
| Signal line (wire-wound) chip inductor. Best suited for car audio, ECU and other in-car electronic devices Inductance = 1.8 μH Maximum DC Current = 390mA Package/Case = 1812 Length =... | |
| Signal line (wire-wound) chip inductor. Best suited for car audio, ECU and other in-car electronic devices Inductance = 10 μH Maximum DC Current = 250mA Package/Case = 1812 Length =... | |
| Signal line (wire-wound) chip inductor. Best suited for car audio, ECU and other in-car electronic devices Inductance = 100 μH Maximum DC Current = 110mA Package/Case = 1812 Length =... | |
| Signal line (wire-wound) chip inductor. Best suited for car audio, ECU and other in-car electronic devices Inductance = 100 μH Maximum DC Current = 110mA Package/Case = 4532 Length =... | |
| Signal line (wire-wound) chip inductor. Best suited for car audio, ECU and other in-car electronic devices Inductance = 120 μH Maximum DC Current = 110mA Package/Case = 1812 Length =... | |
| Signal line (wire-wound) chip inductor. Best suited for car audio, ECU and other in-car electronic devices Inductance = 15 μH Maximum DC Current = 200mA Package/Case = 1812 Length =... | |
| Signal line (wire-wound) chip inductor. Best suited for car audio, ECU and other in-car electronic devices Inductance = 150 μH Maximum DC Current = 105mA Package/Case = 1812 Length =... | |
| Signal line (wire-wound) chip inductor. Best suited for car audio, ECU and other in-car electronic devices Inductance = 18 μH Maximum DC Current = 190mA Package/Case = 1812 Length =... | |
| Signal line (wire-wound) chip inductor. Best suited for car audio, ECU and other in-car electronic devices Inductance = 2.2 μH Maximum DC Current = 380mA Package/Case = 1812 Length =... | |
| Signal line (wire-wound) chip inductor. Best suited for car audio, ECU and other in-car electronic devices Inductance = 2.7 μH Maximum DC Current = 370mA Package/Case = 1812 Length =... | |
| Signal line (wire-wound) chip inductor. Best suited for car audio, ECU and other in-car electronic devices Inductance = 220 μH Maximum DC Current = 100mA Package/Case = 1812 Length =... | |
| Signal line (wire-wound) chip inductor. Best suited for car audio, ECU and other in-car electronic devices Inductance = 33 μH Maximum DC Current = 160mA Package/Case = 1812 Length =... | |
| Signal line (wire-wound) chip inductor. Best suited for car audio, ECU and other in-car electronic devices Inductance = 330 μH Maximum DC Current = 85mA Package/Case = 1812 Length =... | |
| Signal line (wire-wound) chip inductor. Best suited for car audio, ECU and other in-car electronic devices Inductance = 390 μH Maximum DC Current = 80mA Package/Case = 1812 Length =... | |
| Signal line (wire-wound) chip inductor. Best suited for car audio, ECU and other in-car electronic devices Inductance = 4.7 μH Maximum DC Current = 315mA Package/Case = 1812 Length =... | |
| Signal line (wire-wound) chip inductor. Best suited for car audio, ECU and other in-car electronic devices Inductance = 47 μH Maximum DC Current = 140mA Package/Case = 1812 Length =... | |
| Signal line (wire-wound) chip inductor. Best suited for car audio, ECU and other in-car electronic devices Inductance = 47 μH Maximum DC Current = 140mA Package/Case = 4532 Length =... | |
| Signal line (wire-wound) chip inductor. Best suited for car audio, ECU and other in-car electronic devices Inductance = 470 μH Maximum DC Current = 62mA Package/Case = 1812 Length =... | |
| Signal line (wire-wound) chip inductor. Best suited for car audio, ECU and other in-car electronic devices Inductance = 5.6 μH Maximum DC Current = 300mA Package/Case = 1812 Length =... | |
| Signal line (wire-wound) chip inductor. Best suited for car audio, ECU and other in-car electronic devices Inductance = 56 μH Maximum DC Current = 135mA Package/Case = 1812 Length =... | |
| Signal line (wire-wound) chip inductor. Best suited for car audio, ECU and other in-car electronic devices Inductance = 560 μH Maximum DC Current = 50mA Package/Case = 1812 Length =... | |
| Signal line (wire-wound) chip inductor. Best suited for car audio, ECU and other in-car electronic devices Inductance = 680 μH Maximum DC Current = 50mA Package/Case = 1812 Length =... | |
| Signal line (wire-wound) chip inductor. Best suited for car audio, ECU and other in-car electronic devices Inductance = 8.2 μH Maximum DC Current = 270mA Package/Case = 1812 Length =... | |
| Signal line (wire-wound) chip inductor. Best suited for car audio, ECU and other in-car electronic devices Inductance = 82 μH Maximum DC Current = 120mA Package/Case = 1812 Length =... | |
| Signal line (wire-wound) chip inductor. Best suited for car audio, ECU and other in-car electronic devices Inductance = 820 μH Maximum DC Current = 30mA Package/Case = 1812 Length =... | |
| SLF6046 Series Magnetically shielded type wound inductors for power circuits. Product line-up allows for various usages including Applications in Thin-screen TV, LCDs, AV Equipment, Gaming Equipment and other Electrical Devices... | |
| SMD wound coil inductors suitable for a wide range of signal line applications. High Q factor ensures sharp frequency response. Highly heat resistant thermoplastic resin exterior package. Operating temperature range... | |
| SMT inductors for use on power lines and is Magnetically shielded. Applications include Audio-visual equipment, digital cameras, HDDs, etc Inductance = 10 μH Maximum DC Current = 250mA Tolerance =... | |
| SMT inductors for use on power lines. Heat resistant thermoplastic resin exterior package. Applications include Audio-visual equipment, digital cameras, onboard automobile equipment, etc Inductance = 1 μH Maximum DC Current... | |
| SMT inductors for use on power lines. Heat resistant thermoplastic resin exterior package. Applications include Audio-visual equipment, digital cameras, onboard automobile equipment, etc Inductance = 1.5 μH Maximum DC Current... | |
| SMT inductors for use on power lines. Heat resistant thermoplastic resin exterior package. Applications include Audio-visual equipment, digital cameras, onboard automobile equipment, etc Inductance = 10 μH Maximum DC Current... | |
| SMT inductors for use on power lines. Heat resistant thermoplastic resin exterior package. Applications include Audio-visual equipment, digital cameras, onboard automobile equipment, etc Inductance = 100 μH Maximum DC Current... | |
| SMT inductors for use on power lines. Heat resistant thermoplastic resin exterior package. Applications include Audio-visual equipment, digital cameras, onboard automobile equipment, etc Inductance = 100 nH Maximum DC Current... | |
| SMT inductors for use on power lines. Heat resistant thermoplastic resin exterior package. Applications include Audio-visual equipment, digital cameras, onboard automobile equipment, etc Inductance = 2.2 μH Maximum DC Current... | |
| SMT inductors for use on power lines. Heat resistant thermoplastic resin exterior package. Applications include Audio-visual equipment, digital cameras, onboard automobile equipment, etc Inductance = 22 μH Maximum DC Current... | |
| SMT inductors for use on power lines. Heat resistant thermoplastic resin exterior package. Applications include Audio-visual equipment, digital cameras, onboard automobile equipment, etc Inductance = 220 μH Maximum DC Current... | |
| SMT inductors for use on power lines. Heat resistant thermoplastic resin exterior package. Applications include Audio-visual equipment, digital cameras, onboard automobile equipment, etc Inductance = 47 μH Maximum DC Current... | |
| SMT inductors for use on power lines. Heat resistant thermoplastic resin exterior package. Applications include Audio-visual equipment, digital cameras, onboard automobile equipment, etc Inductance = 6.8 μH Maximum DC Current... | |
| SMT inductors for use on power lines. Heat resistant thermoplastic resin exterior package. Applications include Audio-visual equipment, digital cameras, onboard automobile equipment, etc Inductance = 68 μH Maximum DC Current... | |
| SMT size 22 x 15mm. Only 7mm high. Ferrite DR core construction. Very high rated current. Low DC resistance. Applications in filtering of power supplies Inductance = 10 μH Maximum... | |
| SMT size 22 x 15mm. Only 7mm high. Ferrite DR core construction. Very high rated current. Low DC resistance. Applications in filtering of power supplies Inductance = 100 μH Maximum... | |
| The PLH10 series is a common mode choke coil for high frequency use. The same dimensions as the PLA10 series enables flexible design. Inductance = 160 μH Maximum DC Current... | |
| The PLH10 series is a common mode choke coil for high frequency use. The same dimensions as the PLA10 series enables flexible design. Inductance = 220 μH Maximum DC Current... | |
| The PLH10 series is a common mode choke coil for high frequency use. The same dimensions as the PLA10 series enables flexible design. Inductance = 70 μH Maximum DC Current... | |
| The rugged design of the MPI4040 Series magnetically shielded miniature power inductors makes them resistant to high transient inrush current spikes. The MPI4040 inductors are halogen free, lead free and... | |
| This range of unshielded power inductors from our RS Pro brand are a compact solution. These power inductors feature high currents (up to 8.6 A) and high inductance (up to... |
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