# RS Components, Ltd. Datasheets for Chip Inductors

Chip inductors are manufactured using semiconductor material.

Chip Inductors: Learn more

Product Name | Notes |
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0402 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 1 nH Maximum DC Current = 1.36A Package/Case = 0402 Length = 1.27mm Depth = 0.76mm Height =... | |

0402 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 10 nH Maximum DC Current = 480mA Package/Case = 0402 Length = 1.27mm Depth = 0.76mm Height =... | |

0402 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 11 nH Maximum DC Current = 640mA Package/Case = 0402 Length = 1.27mm Depth = 0.76mm Height =... | |

0402 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 15 nH Maximum DC Current = 560mA Package/Case = 0402 Length = 1.27mm Depth = 0.76mm Height =... | |

0402 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 18 nH Maximum DC Current = 420mA Package/Case = 0402 Length = 1.27mm Depth = 0.76mm Height =... | |

0402 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 19 nH Maximum DC Current = 480mA Package/Case = 0402 Length = 1.27mm Depth = 0.76mm Height =... | |

0402 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 2 nH Maximum DC Current = 1.04A Package/Case = 0402 Length = 1.27mm Depth = 0.76mm Height =... | |

0402 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 2.4 nH Maximum DC Current = 790mA Package/Case = 0402 Length = 1.27mm Depth = 0.76mm Height =... | |

0402 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 20 nH Maximum DC Current = 420mA Package/Case = 0402 Length = 1.27mm Depth = 0.76mm Height =... | |

0402 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 22 nH Maximum DC Current = 400mA Package/Case = 0402 Length = 1.27mm Depth = 0.76mm Height =... | |

0402 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 24 nH Maximum DC Current = 400mA Package/Case = 0402 Length = 1.27mm Depth = 0.76mm Height =... | |

0402 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 27 nH Maximum DC Current = 400mA Package/Case = 0402 Length = 1.27mm Depth = 0.76mm Height =... | |

0402 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 3.3 nH Maximum DC Current = 840mA Package/Case = 0402 Length = 1.27mm Depth = 0.76mm Height =... | |

0402 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 3.6 nH Maximum DC Current = 840mA Package/Case = 0402 Length = 1.27mm Depth = 0.76mm Height =... | |

0402 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 3.9 nH Maximum DC Current = 840mA Package/Case = 0402 Length = 1.27mm Depth = 0.76mm Height =... | |

0402 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 39 nH Maximum DC Current = 200mA Package/Case = 0402 Length = 1.27mm Depth = 0.76mm Height =... | |

0402 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 4.3 nH Maximum DC Current = 700mA Package/Case = 0402 Length = 1.27mm Depth = 0.76mm Height =... | |

0402 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 4.7 nH Maximum DC Current = 640mA Package/Case = 0402 Length = 1.27mm Depth = 0.76mm Height =... | |

0402 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 47 nH Maximum DC Current = 150mA Package/Case = 0402 Length = 1.27mm Depth = 0.76mm Height =... | |

0402 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 5.1 nH Maximum DC Current = 800mA Package/Case = 0402 Length = 1.27mm Depth = 0.76mm Height =... | |

0402 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 51 nH Maximum DC Current = 100mA Package/Case = 0402 Length = 1.27mm Depth = 0.76mm Height =... | |

0402 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 56 nH Maximum DC Current = 100mA Package/Case = 0402 Length = 1.27mm Depth = 0.76mm Height =... | |

0402 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 6.8 nH Maximum DC Current = 680mA Package/Case = 0402 Length = 1.27mm Depth = 0.76mm Height =... | |

0402 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 68 nH Maximum DC Current = 100mA Package/Case = 0402 Length = 1.27mm Depth = 0.76mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 1.6 nH Maximum DC Current = 700mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 100 nH Maximum DC Current = 400mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 12 nH Maximum DC Current = 700mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 120 nH Maximum DC Current = 300mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 150 nH Maximum DC Current = 280mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 16 nH Maximum DC Current = 700mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 18 nH Maximum DC Current = 700mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 180 nH Maximum DC Current = 250mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 2.2 nH Maximum DC Current = 700mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 220 nH Maximum DC Current = 250mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 260 nH Maximum DC Current = 200mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 27 nH Maximum DC Current = 600mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 270 nH Maximum DC Current = 200mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 3.3 nH Maximum DC Current = 700mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 3.6 nH Maximum DC Current = 700mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 3.9 nH Maximum DC Current = 700mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 30 nH Maximum DC Current = 600mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 33 nH Maximum DC Current = 600mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 330 nH Maximum DC Current = 100mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 36 nH Maximum DC Current = 600mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 39 nH Maximum DC Current = 600mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 390 nH Maximum DC Current = 100mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 4.3 nH Maximum DC Current = 700mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 4.7 nH Maximum DC Current = 700mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 43 nH Maximum DC Current = 600mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 47 nH Maximum DC Current = 600mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 5.1 nH Maximum DC Current = 700mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 5.6 nH Maximum DC Current = 700mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 51 nH Maximum DC Current = 600mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 56 nH Maximum DC Current = 600mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 6.8 nH Maximum DC Current = 700mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 68 nH Maximum DC Current = 600mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 7.5 nH Maximum DC Current = 700mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 72 nH Maximum DC Current = 400mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 8.2 nH Maximum DC Current = 700mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 8.7 nH Maximum DC Current = 700mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 82 nH Maximum DC Current = 400mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0603 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 9.5 nH Maximum DC Current = 700mA Package/Case = 0603 Length = 1.8mm Depth = 1.12mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 1 Î¼H Maximum DC Current = 170mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 1.2 Î¼H Maximum DC Current = 170mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 1.5 Î¼H Maximum DC Current = 170mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 1.8 Î¼H Maximum DC Current = 170mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 10 nH Maximum DC Current = 600mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 100 nH Maximum DC Current = 400mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 110 nH Maximum DC Current = 400mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 12 nH Maximum DC Current = 600mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 120 nH Maximum DC Current = 400mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 15 nH Maximum DC Current = 600mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 150 nH Maximum DC Current = 400mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 18 nH Maximum DC Current = 600mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 180 nH Maximum DC Current = 400mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 2.2 Î¼H Maximum DC Current = 160mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 2.7 Î¼H Maximum DC Current = 150mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 2.8 nH Maximum DC Current = 800mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 200 nH Maximum DC Current = 400mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 22 nH Maximum DC Current = 500mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 220 nH Maximum DC Current = 400mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 24 nH Maximum DC Current = 500mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 240 nH Maximum DC Current = 350mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 250 nH Maximum DC Current = 350mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 3 nH Maximum DC Current = 800mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 3.3 nH Maximum DC Current = 600mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 300 nH Maximum DC Current = 330mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 33 nH Maximum DC Current = 500mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 330 nH Maximum DC Current = 310mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 36 nH Maximum DC Current = 500mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 360 nH Maximum DC Current = 300mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 39 nH Maximum DC Current = 500mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 43 nH Maximum DC Current = 500mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 430 nH Maximum DC Current = 230mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 470 nH Maximum DC Current = 220mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 5.6 nH Maximum DC Current = 600mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 56 nH Maximum DC Current = 500mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 560 nH Maximum DC Current = 210mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 6.8 nH Maximum DC Current = 600mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 68 nH Maximum DC Current = 500mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 680 nH Maximum DC Current = 190mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 72 nH Maximum DC Current = 500mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 750 nH Maximum DC Current = 180mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 82 nH Maximum DC Current = 400mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

0805 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 91 nH Maximum DC Current = 400mA Package/Case = 0805 Length = 2.29mm Depth = 1.73mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 1.2 Î¼H Maximum DC Current = 310mA Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 1.5 Î¼H Maximum DC Current = 330mA Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 1.8 Î¼H Maximum DC Current = 300mA Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 10 Î¼H Maximum DC Current = 150mA Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 10 nH Maximum DC Current = 1A Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 100 nH Maximum DC Current = 650mA Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 12 Î¼H Maximum DC Current = 130mA Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 120 nH Maximum DC Current = 650mA Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 15 Î¼H Maximum DC Current = 120mA Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 150 nH Maximum DC Current = 580mA Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 18 nH Maximum DC Current = 1A Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 180 nH Maximum DC Current = 620mA Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 2.2 Î¼H Maximum DC Current = 280mA Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 2.7 Î¼H Maximum DC Current = 290mA Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 22 nH Maximum DC Current = 1A Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 220 nH Maximum DC Current = 500mA Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 24 nH Maximum DC Current = 1A Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 240 nH Maximum DC Current = 500mA Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 27 nH Maximum DC Current = 1A Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 270 nH Maximum DC Current = 500mA Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 3.3 Î¼H Maximum DC Current = 290mA Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 3.9 Î¼H Maximum DC Current = 260mA Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 33 nH Maximum DC Current = 1A Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 360 nH Maximum DC Current = 470mA Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 390 nH Maximum DC Current = 470mA Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 4.7 Î¼H Maximum DC Current = 260mA Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 47 nH Maximum DC Current = 1A Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 470 nH Maximum DC Current = 470mA Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 5.6 Î¼H Maximum DC Current = 240mA Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 5.6 nH Maximum DC Current = 1A Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 56 nH Maximum DC Current = 1A Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 560 nH Maximum DC Current = 400mA Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 6.8 Î¼H Maximum DC Current = 200mA Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 620 nH Maximum DC Current = 300mA Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 680 nH Maximum DC Current = 400mA Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 750 nH Maximum DC Current = 360mA Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 8.2 Î¼H Maximum DC Current = 170mA Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 82 nH Maximum DC Current = 1A Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 820 nH Maximum DC Current = 400mA Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

1008 format. Wire-wound construction. High Q factor. High self-resonant frequency Inductance = 910 nH Maximum DC Current = 380mA Package/Case = 1008 Length = 2.92mm Depth = 2.79mm Height =... | |

2200RM Series are general purpose range of inductors suitable for low to medium current applications. 2200RM Series is a surface mount alternative to 2200R. Up to 2.52A. 10Î¼H to 68mH... | |

2800 Series bobbin wound SMT Inductors suitable for applications requiring a high saturation current. Designed for use in switching power supply and power line filter circuit. Inductance = 1 Î¼H... | |

2800 Series bobbin wound SMT Inductors suitable for applications requiring a high saturation current. Designed for use in switching power supply and power line filter circuit. Inductance = 1 mH... | |

2800 Series bobbin wound SMT Inductors suitable for applications requiring a high saturation current. Designed for use in switching power supply and power line filter circuit. Inductance = 1.5 Î¼H... | |

2800 Series bobbin wound SMT Inductors suitable for applications requiring a high saturation current. Designed for use in switching power supply and power line filter circuit. Inductance = 1.5 mH... | |

2800 Series bobbin wound SMT Inductors suitable for applications requiring a high saturation current. Designed for use in switching power supply and power line filter circuit. Inductance = 10 Î¼H... | |

2800 Series bobbin wound SMT Inductors suitable for applications requiring a high saturation current. Designed for use in switching power supply and power line filter circuit. Inductance = 100 Î¼H... | |

2800 Series bobbin wound SMT Inductors suitable for applications requiring a high saturation current. Designed for use in switching power supply and power line filter circuit. Inductance = 15 Î¼H... | |

2800 Series bobbin wound SMT Inductors suitable for applications requiring a high saturation current. Designed for use in switching power supply and power line filter circuit. Inductance = 22 Î¼H... | |

2800 Series bobbin wound SMT Inductors suitable for applications requiring a high saturation current. Designed for use in switching power supply and power line filter circuit. Inductance = 220 Î¼H... | |

2800 Series bobbin wound SMT Inductors suitable for applications requiring a high saturation current. Designed for use in switching power supply and power line filter circuit. Inductance = 3.3 Î¼H... | |

2800 Series bobbin wound SMT Inductors suitable for applications requiring a high saturation current. Designed for use in switching power supply and power line filter circuit. Inductance = 33 Î¼H... | |

2800 Series bobbin wound SMT Inductors suitable for applications requiring a high saturation current. Designed for use in switching power supply and power line filter circuit. Inductance = 330 Î¼H... | |

2800 Series bobbin wound SMT Inductors suitable for applications requiring a high saturation current. Designed for use in switching power supply and power line filter circuit. Inductance = 47 Î¼H... | |

2800 Series bobbin wound SMT Inductors suitable for applications requiring a high saturation current. Designed for use in switching power supply and power line filter circuit. Inductance = 470 Î¼H... | |

2800 Series bobbin wound SMT Inductors suitable for applications requiring a high saturation current. Designed for use in switching power supply and power line filter circuit. Inductance = 6.8 Î¼H... | |

2800 Series bobbin wound SMT Inductors suitable for applications requiring a high saturation current. Designed for use in switching power supply and power line filter circuit. Inductance = 680 Î¼H... | |

3500 Series flat coil SM Power Inductors with a small footprint. Ideal for high power designs demanding reliability in high temperature environments. Provides filtering or energy storage. UK 94V-0 packaging... | |

3613C Series Wire Wound Inductors are ferrite based and highly reliable . Small and versatile size- 3.2 x 4.5 mm. Temperature range -30°C to +100°C. Developed for automatic mounting applications... | |

3615 series high current SMD inductor with a high current winding and solder coated copper terminations. This 3615 series SMD inductor has a versatile 11.4 x 5mm size and an... | |

3631 series shielded SMD power inductors designed to handle very high currents in SMD power circuits. With a ferrite core made from high quality material and a low profile of... | |

DB3015C / DB3018C / DB3020C Series magnetically shielded SMD Fixed Inductors available in two variants for each package size, either high current or low DC resistance. DB3015C / DB3018C /... | |

DEM10050C Series ferrite inductors incorporate a magnetic shielded construction, these inductors have a low magnetic flux leakage from the top of coil. These ferrite inductors are 10.3. x10.3. mm square... | |

DEM8030C series magnetically shielded SMD 8 x 8mm ferrite inductors with a low profile height of 3mm and inductance ranges from 1.5 to 47µH. These DEM8030C ferrite inductors have a... | |

DFE201612C Series metal alloy inductors incorporate a magnetic iron powder that allows capability for a large current. These SMD fixed inductors are reflow solderable and have a low audible noise. | |

DG8040C series magnetically shielded SMD 8.3 x 8.3mm ferrite inductors with a low profile height of 4mm. These DG8040C ferrite inductors are available with inductance ranges from 1.0 to 100µH... | |

Fixed Inductors 1.0uH 59mOhms3.0A - Inductors - Wire-Wound Surface Mount Inductors | |

Fixed Inductors 10.0uH 460mOhms1.0A - Inductors - Wire-Wound Surface Mount Inductors | |

From Epcos, the SIMID Series Wire Wound Inductors features is capable of handling very high currents. With a flame retardant encapsulation, the SIMID series of wire wound inductors have a... | |

From Epcos, these ACT45B series common mode chokes are for data and signal line applications. The ACT45Bâ€™s are current-compensated double choke chokes with a ferrite core and are designed for... | |

High current. High Q factor. High resonant frequency Inductance = 1 Î¼H Maximum DC Current = 600mA Package/Case = 1812 Length = 4.5mm Depth = 3.2mm Height = 3.2mm Dimensions... | |

High current. High Q factor. High resonant frequency Inductance = 1 mH Maximum DC Current = 55mA Package/Case = 1812 Length = 4.5mm Depth = 3.2mm Height = 3.2mm Dimensions... | |

High current. High Q factor. High resonant frequency Inductance = 10 Î¼H Maximum DC Current = 320mA Package/Case = 1812 Length = 4.5mm Depth = 4.5mm Height = 3.2mm Dimensions... | |

High current. High Q factor. High resonant frequency Inductance = 22 Î¼H Maximum DC Current = 260mA Package/Case = 1812 Length = 4.5mm Depth = 3.2mm Height = 3.2mm Dimensions... | |

High current. High Q factor. High resonant frequency Inductance = 220 Î¼H Maximum DC Current = 115mA Package/Case = 1812 Length = 4.5mm Depth = 3.2mm Height = 3.2mm Dimensions... | |

High current. High Q factor. High resonant frequency Inductance = 3.3 Î¼H Maximum DC Current = 425mA Package/Case = 1812 Length = 4.5mm Depth = 4.5mm Height = 3.2mm Dimensions... | |

High current. High Q factor. High resonant frequency Inductance = 3.9 Î¼H Maximum DC Current = 410mA Package/Case = 1812 Length = 4.5mm Depth = 3.2mm Height = 3.2mm Dimensions... | |

High current. High Q factor. High resonant frequency Inductance = 330 Î¼H Maximum DC Current = 85mA Package/Case = 1812 Length = 4.5mm Depth = 3.2mm Height = 3.2mm Dimensions... | |

High current. High Q factor. High resonant frequency Inductance = 4.7 Î¼H Maximum DC Current = 390mA Package/Case = 1812 Length = 4.5mm Depth = 3.2mm Height = 3.2mm Dimensions... | |

High current. High Q factor. High resonant frequency Inductance = 47 Î¼H Maximum DC Current = 210mA Package/Case = 1812 Length = 4.5mm Depth = 4.5mm Height = 3.2mm Dimensions... | |

High current. High Q factor. High resonant frequency Inductance = 470 Î¼H Maximum DC Current = 75mA Package/Case = 1812 Length = 4.5mm Depth = 4.5mm Height = 3.2mm Dimensions... | |

High current. High Q factor. High resonant frequency Inductance = 68 Î¼H Maximum DC Current = 190mA Package/Case = 1812 Length = 4.5mm Depth = 4.5mm Height = 3.2mm Dimensions... | |

High Q factor. High resonance frequency. Suitable for reflow (IR and vapour phase) and wave soldering Inductance = 1 Î¼H Maximum DC Current = 380mA Package/Case = 1210 Length =... | |

High Q factor. High resonance frequency. Suitable for reflow (IR and vapour phase) and wave soldering Inductance = 1.5 Î¼H Maximum DC Current = 340mA Package/Case = 1210 Length =... | |

High Q factor. High resonance frequency. Suitable for reflow (IR and vapour phase) and wave soldering Inductance = 10 Î¼H Maximum DC Current = 180mA Package/Case = 1210 Length =... | |

High Q factor. High resonance frequency. Suitable for reflow (IR and vapour phase) and wave soldering Inductance = 10 nH Maximum DC Current = 750mA Package/Case = 1210 Length =... | |

High Q factor. High resonance frequency. Suitable for reflow (IR and vapour phase) and wave soldering Inductance = 100 Î¼H Maximum DC Current = 65mA Package/Case = 1210 Length =... | |

High Q factor. High resonance frequency. Suitable for reflow (IR and vapour phase) and wave soldering Inductance = 100 nH Maximum DC Current = 440mA Package/Case = 1210 Length =... | |

High Q factor. High resonance frequency. Suitable for reflow (IR and vapour phase) and wave soldering Inductance = 120 nH Maximum DC Current = 400mA Package/Case = 1210 Length =... | |

High Q factor. High resonance frequency. Suitable for reflow (IR and vapour phase) and wave soldering Inductance = 15 Î¼H Maximum DC Current = 165mA Package/Case = 1210 Length =... | |

High Q factor. High resonance frequency. Suitable for reflow (IR and vapour phase) and wave soldering Inductance = 15 nH Maximum DC Current = 640mA Package/Case = 1210 Length =... | |

High Q factor. High resonance frequency. Suitable for reflow (IR and vapour phase) and wave soldering Inductance = 150 nH Maximum DC Current = 390mA Package/Case = 1210 Length =... | |

High Q factor. High resonance frequency. Suitable for reflow (IR and vapour phase) and wave soldering Inductance = 2.2 Î¼H Maximum DC Current = 270mA Package/Case = 1210 Length =... | |

High Q factor. High resonance frequency. Suitable for reflow (IR and vapour phase) and wave soldering Inductance = 22 Î¼H Maximum DC Current = 140mA Package/Case = 1210 Length =... | |

High Q factor. High resonance frequency. Suitable for reflow (IR and vapour phase) and wave soldering Inductance = 22 nH Maximum DC Current = 600mA Package/Case = 1210 Length =... | |

High Q factor. High resonance frequency. Suitable for reflow (IR and vapour phase) and wave soldering Inductance = 220 nH Maximum DC Current = 280mA Package/Case = 1210 Length =... | |

High Q factor. High resonance frequency. Suitable for reflow (IR and vapour phase) and wave soldering Inductance = 270 nH Maximum DC Current = 235mA Package/Case = 1210 Length =... | |

High Q factor. High resonance frequency. Suitable for reflow (IR and vapour phase) and wave soldering Inductance = 3.3 Î¼H Maximum DC Current = 200mA Package/Case = 1210 Length =... | |

High Q factor. High resonance frequency. Suitable for reflow (IR and vapour phase) and wave soldering Inductance = 33 Î¼H Maximum DC Current = 105mA Package/Case = 1210 Length =... | |

High Q factor. High resonance frequency. Suitable for reflow (IR and vapour phase) and wave soldering Inductance = 33 nH Maximum DC Current = 540mA Package/Case = 1210 Length =... | |

High Q factor. High resonance frequency. Suitable for reflow (IR and vapour phase) and wave soldering Inductance = 330 nH Maximum DC Current = 200mA Package/Case = 1210 Length =... | |

High Q factor. High resonance frequency. Suitable for reflow (IR and vapour phase) and wave soldering Inductance = 39 nH Maximum DC Current = 530mA Package/Case = 1210 Length =... | |

High Q factor. High resonance frequency. Suitable for reflow (IR and vapour phase) and wave soldering Inductance = 390 nH Maximum DC Current = 190mA Package/Case = 1210 Length =... | |

High Q factor. High resonance frequency. Suitable for reflow (IR and vapour phase) and wave soldering Inductance = 4.7 Î¼H Maximum DC Current = 150mA Package/Case = 1210 Length =... | |

High Q factor. High resonance frequency. Suitable for reflow (IR and vapour phase) and wave soldering Inductance = 47 Î¼H Maximum DC Current = 85mA Package/Case = 1210 Length =... | |

High Q factor. High resonance frequency. Suitable for reflow (IR and vapour phase) and wave soldering Inductance = 47 nH Maximum DC Current = 510mA Package/Case = 1210 Length =... | |

High Q factor. High resonance frequency. Suitable for reflow (IR and vapour phase) and wave soldering Inductance = 470 nH Maximum DC Current = 150mA Package/Case = 1210 Length =... | |

High Q factor. High resonance frequency. Suitable for reflow (IR and vapour phase) and wave soldering Inductance = 5.6 Î¼H Maximum DC Current = 140mA Package/Case = 1210 Length =... | |

High Q factor. High resonance frequency. Suitable for reflow (IR and vapour phase) and wave soldering Inductance = 6.8 Î¼H Maximum DC Current = 135mA Package/Case = 1210 Length =... | |

High Q factor. High resonance frequency. Suitable for reflow (IR and vapour phase) and wave soldering Inductance = 68 Î¼H Maximum DC Current = 80mA Package/Case = 1210 Length =... | |

High Q factor. High resonance frequency. Suitable for reflow (IR and vapour phase) and wave soldering Inductance = 68 nH Maximum DC Current = 480mA Package/Case = 1210 Length =... | |

High Q factor. High resonance frequency. Suitable for reflow (IR and vapour phase) and wave soldering Inductance = 680 nH Maximum DC Current = 145mA Package/Case = 1210 Length =... | |

High Q factor. High resonance frequency. Suitable for reflow (IR and vapour phase) and wave soldering Inductance = 8.2 Î¼H Maximum DC Current = 130mA Package/Case = 1210 Length =... | |

High Q factor. High resonance frequency. Suitable for reflow (IR and vapour phase) and wave soldering Inductance = 820 nH Maximum DC Current = 140mA Package/Case = 1210 Length =... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 1 nH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 1.2 nH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 1.3 nH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 1.4 nH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 1.5 nH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 1.7 nH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 1.8 nH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 10 nH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 12 nH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 13.8 nH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 15 nH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 17 nH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 18 nH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 2 nH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 2.2 nH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 2.3 nH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 2.6 nH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 2.7 nH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 2.9 nH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 20.8 nH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 200 pH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 22 nH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 27 nH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 3 nH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 3.2 nH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 3.3 nH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 3.5 nH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 3.6 nH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 33 nH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 4.7 nH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 400 pH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 5.6 nH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 6.8 nH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 7.2 nH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 8.2 nH... | |

Low inductor values. Suitable for reflow solder. Designed for high frequency application in the communications industry. Small size 02:01. Surface Mount 0402 Package Series = 3640 Inductance = 800 pH... | |

RS Pro high quality shielded power inductors are high efficiency surface mount wire wound inductors. These inductors feature high saturation current characteristics (2x improvement over ferrite core inductors). They are... | |

RS Pro Surface mount toroidal inductors are excellent for filtering high frequency signals while supporting a substantial DC Current. These SMD inductors can be used in applications where energy storage... | |

The TE Connectivity 3650 series of high frequency SMD inductors are designed for automatic placement. Wire wound construction. Smooth top aids placement. High Q factor. High S.R.F. Inductance = 1... | |

The TE Connectivity 3650 series of high frequency SMD inductors are designed for automatic placement. Wire wound construction. Smooth top aids placement. High Q factor. High S.R.F. Inductance = 12... | |

The TE Connectivity 3650 series of high frequency SMD inductors are designed for automatic placement. Wire wound construction. Smooth top aids placement. High Q factor. High S.R.F. Inductance = 19... | |

The TE Connectivity 3650 series of high frequency SMD inductors are designed for automatic placement. Wire wound construction. Smooth top aids placement. High Q factor. High S.R.F. Inductance = 2.2... | |

The TE Connectivity 3650 series of high frequency SMD inductors are designed for automatic placement. Wire wound construction. Smooth top aids placement. High Q factor. High S.R.F. Inductance = 2.7... | |

The TE Connectivity 3650 series of high frequency SMD inductors are designed for automatic placement. Wire wound construction. Smooth top aids placement. High Q factor. High S.R.F. Inductance = 20... | |

The TE Connectivity 3650 series of high frequency SMD inductors are designed for automatic placement. Wire wound construction. Smooth top aids placement. High Q factor. High S.R.F. Inductance = 21... | |

The TE Connectivity 3650 series of high frequency SMD inductors are designed for automatic placement. Wire wound construction. Smooth top aids placement. High Q factor. High S.R.F. Inductance = 23... | |

The TE Connectivity 3650 series of high frequency SMD inductors are designed for automatic placement. Wire wound construction. Smooth top aids placement. High Q factor. High S.R.F. Inductance = 24... | |

The TE Connectivity 3650 series of high frequency SMD inductors are designed for automatic placement. Wire wound construction. Smooth top aids placement. High Q factor. High S.R.F. Inductance = 25... | |

The TE Connectivity 3650 series of high frequency SMD inductors are designed for automatic placement. Wire wound construction. Smooth top aids placement. High Q factor. High S.R.F. Inductance = 36... | |

The TE Connectivity 3650 series of high frequency SMD inductors are designed for automatic placement. Wire wound construction. Smooth top aids placement. High Q factor. High S.R.F. Inductance = 39... | |

The TE Connectivity 3650 series of high frequency SMD inductors are designed for automatic placement. Wire wound construction. Smooth top aids placement. High Q factor. High S.R.F. Inductance = 51... | |

The TE Connectivity 3650 series of high frequency SMD inductors are designed for automatic placement. Wire wound construction. Smooth top aids placement. High Q factor. High S.R.F. Inductance = 6.2... | |

The TE Connectivity 3650 series of high frequency SMD inductors are designed for automatic placement. Wire wound construction. Smooth top aids placement. High Q factor. High S.R.F. Inductance = 8.2... | |

The TE Connectivity 3650 series of high frequency SMD inductors are designed for automatic placement. Wire wound construction. Smooth top aids placement. High Q factor. High S.R.F. Inductance = 8.7... | |

The TE Connectivity 3650 series of high frequency SMD inductors are designed for automatic placement. Wire wound construction. Smooth top aids placement. High Q factor. High S.R.F. Inductance = 9... | |

This is a range of high quality shielded power inductors from our trusted RS Pro brand. These wire wound surface mount inductors have high current up to 5.5 A and... | |

This range of common mode chokes from our trusted RS Pro brand are a low profile, surface mount solution. These common mode chokes feature high common mode impedance at high... | |

This range of power inductors from our high-quality RS Pro brand are a surface mount solution. These power inductors feature high current and high inductance values. They have a shielded... | |

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... | |

This range of unshielded wirewound chip inductors from our trusted RS Pro brand are a high-quality solution. With a standard 1210 case size, these wire wound surface mount inductance feature... | |

This series of 3671 chip inductors are highly reliable and versatile range of ceramic chip inductors to meet high frequency design requirements. Cellular phones, WLAN and High Speed Communication Devices. | |

Toko DEM2812C Series magnetically shielded SMD Fixed Inductors with a low DC resistance. Ideal for a variety of DC-DC converter inductor applications.(DVC,DS C,Cellular phone,PDA) Inductance = 3.3 Î¼H Maximum DC... | |

Toko DEM2812C Series magnetically shielded SMD Fixed Inductors with a low DC resistance. Ideal for a variety of DC-DC converter inductor applications.(DVC,DS C,Cellular phone,PDA) Inductance = 470 nH Maximum DC... | |

Toko DEM2815C Series magnetically shielded SMD Fixed Inductors with a low DC resistance. Ideal for a variety of DC-DC converter inductor applications.(DVC,DS C,Cellular phone,PDA) Inductance = 2.2 Î¼H Maximum DC... | |

Toko DEM2818C Series magnetically shielded SMD Fixed Inductors with a low DC resistance. Ideal for a variety of DC-DC converter inductor applications.(DVC,DS C,Cellular phone,PDA) Inductance = 4.7 Î¼H Maximum DC... | |

Toko DEM2818C Series magnetically shielded SMD Fixed Inductors with a low DC resistance. Ideal for a variety of DC-DC converter inductor applications.(DVC,DS C,Cellular phone,PDA) Inductance = 470 nH Maximum DC... | |

Toko DEM3518C Series magnetically shielded SMD Fixed Inductors with a low DC resistance. Ideal for a variety of DC-DC converter inductor applications.(DVC,DS C,Cellular phone,PDA) Inductance = 22 Î¼H Maximum DC... |

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