RS Components, Ltd. Datasheets for Chip Inductors

Chip inductors are manufactured using semiconductor material.
Chip Inductors: Learn more

Page: 1 2 3 4 5 6 7 10 16
Product Name Notes
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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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. 10μH 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 μH...
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 μH...
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 μH...
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 μH...
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 μH...
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 μH...
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 μH...
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 μH...
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 μH...
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 μH...
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 μH...
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 μH...
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 μH...
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 μH...
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 ACT45B’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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH 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 μH Maximum DC...

Next >>