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.

T-1 Lamps, Visible-Infrared

T-1 Lamps, Visible-Infrared

Inst, 24 Pr #16 Str BC, PVC-NYL Ins E1, IS/OS, Blk PVC Jkt, 600V TC-ER 150V NPLF 90C Dry/Wet

Product Description UL Instrumentation, 24 Pair 16AWG (7x24) Bare Copper, PVC-NYL Insulation E1 Color Code, Individual & Overall Beldfoil® Shield, Black PVC Outer Jacket, 600V TC-ER 150V NPLF 90C Dry/Wet SUN RES DIR BUR

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