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.

Inst, 2 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, 2 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

Digital Controller for Power Supply Applications with PMBus Interface

GENERAL DESCRIPTION The ADP1055 is a flexible, feature-rich digital secondary side controller that targets ac-to-dc and isolated dc-to-dc secondary side applications. The ADP1055 is optimized for minimal component count, maximum flexibility, and minimum design time. Features include differential

Digital Controller for Power Supply Applications with PMBus Interface

GENERAL DESCRIPTION The ADP1055 is a flexible, feature-rich digital secondary side controller that targets ac-to-dc and isolated dc-to-dc secondary side applications. The ADP1055 is optimized for minimal component count, maximum flexibility, and minimum design time. Features include differential

Digital Controller for Power Supply Applications with PMBus Interface

GENERAL DESCRIPTION The ADP1055 is a flexible, feature-rich digital secondary side controller that targets ac-to-dc and isolated dc-to-dc secondary side applications. The ADP1055 is optimized for minimal component count, maximum flexibility, and minimum design time. Features include differential

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