Shield High Power Inductor

・ Low leakage flux to the outside by complete closed magnetic circuit structure. ・ Correspond to large saturation current by high Bm Ni-Zn ferrite core.

Shield High Power Inductor

・ Low leakage flux to the outside by complete closed magnetic circuit structure. ・ Correspond to large saturation current by high Bm Ni-Zn ferrite core.

Shield High Power Inductor

・ Low leakage flux to the outside by complete closed magnetic circuit structure. ・ Correspond to large saturation current by high Bm Ni-Zn ferrite core.

Shield High Power Inductor

・ Low leakage flux to the outside by complete closed magnetic circuit structure. ・ Correspond to large saturation current by high Bm Ni-Zn ferrite core.

Shield High Power Inductor

・ Low leakage flux to the outside by complete closed magnetic circuit structure. ・ Correspond to large saturation current by high Bm Ni-Zn ferrite core.

Shield High Power Inductor

・ Low leakage flux to the outside by complete closed magnetic circuit structure. ・ Correspond to large saturation current by high Bm Ni-Zn ferrite core.

Shield High Power Inductor

・ Low leakage flux to the outside by complete closed magnetic circuit structure. ・ Correspond to large saturation current by high Bm Ni-Zn ferrite core.

Shield High Power Inductor

・ Low leakage flux to the outside by complete closed magnetic circuit structure. ・ Correspond to large saturation current by high Bm Ni-Zn ferrite core.

Shield High Power Inductor

・ Low leakage flux to the outside by complete closed magnetic circuit structure. ・ Correspond to large saturation current by high Bm Ni-Zn ferrite core.

Shield High Power Inductor

・ Low leakage flux to the outside by complete closed magnetic circuit structure. ・ Correspond to large saturation current by high Bm Ni-Zn ferrite core.

Shield High Power Inductor

・ Low leakage flux to the outside by complete closed magnetic circuit structure. ・ Correspond to large saturation current by high Bm Ni-Zn ferrite core.

Shield High Power Inductor

・ Low leakage flux to the outside by complete closed magnetic circuit structure. ・ Correspond to large saturation current by high Bm Ni-Zn ferrite core.

Shield High Power Inductor

・ Low leakage flux to the outside by complete closed magnetic circuit structure. ・ Correspond to large saturation current by high Bm Ni-Zn ferrite core.

Shield High Power Inductor

・ Low leakage flux to the outside by complete closed magnetic circuit structure. ・ Correspond to large saturation current by high Bm Ni-Zn ferrite core.

Shield High Power Inductor

・ Low leakage flux to the outside by complete closed magnetic circuit structure. ・ Correspond to large saturation current by high Bm Ni-Zn ferrite core.

Shield High Power Inductor

・ Low leakage flux to the outside by complete closed magnetic circuit structure. ・ Correspond to large saturation current by high Bm Ni-Zn ferrite core.

Shield High Power Inductor

・ Low leakage flux to the outside by complete closed magnetic circuit structure. ・ Correspond to large saturation current by high Bm Ni-Zn ferrite core.

Shield High Power Inductor

・ Low leakage flux to the outside by complete closed magnetic circuit structure. ・ Correspond to large saturation current by high Bm Ni-Zn ferrite core.

Shield High Power Inductor

・ Low leakage flux to the outside by complete closed magnetic circuit structure. ・ Correspond to large saturation current by high Bm Ni-Zn ferrite core.

Shield High Power Inductor

・ Low leakage flux to the outside by complete closed magnetic circuit structure. ・ Correspond to large saturation current by high Bm Ni-Zn ferrite core.

Shield High Power Inductor

・ Low leakage flux to the outside by complete closed magnetic circuit structure. ・ Correspond to large saturation current by high Bm Ni-Zn ferrite core.

Shield High Power Inductor

・ Low leakage flux to the outside by complete closed magnetic circuit structure. ・ Correspond to large saturation current by high Bm Ni-Zn ferrite core.

Shield High Power Inductor

・ Low leakage flux to the outside by complete closed magnetic circuit structure. ・ Correspond to large saturation current by high Bm Ni-Zn ferrite core.

KNOB

[KEYSTONE] AVAILABLE IN BRASS OR STEEL TABS • Ideal for rugged multi-insertion applications • Pre-assembled header reduces PC assembly costs • Increases PC board retention strength • Keeps terminals perpendicular • Maintains position for wave soldering

Customer Specification

Construction 1) Conductor a) Material Tinned Copper, per ASTM B-33 and CID-A-A-59551, latest revision b) Stranding Solid 2) Braid Data a) Nominal Dimensions 1.000 x .045 Inches b) AWG of Ends 36 c) Number of Carriers 48 d) Nominal Percent Coverage N/A e) Total Number of Ends 864 f) Appro

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