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.

105/205 In-Line Saddle Weld Diaphragm Seal

FEATURES „ 316L stainless steel top housing (standard) „ Available with diaphragm welded or bonded to top housing or removable threaded capsule diaphragms „ Weld-in design reduces the possibility of clogging „ Large 21/2˝ diaphragm compatible with most Ashcroft instrumentation

Customer Specification

Construction Diameters (In) 1) Component 1 4 X 1 COND a) Conductor 22 (26/36) AWG Bare Copper 0.027 b) Insulation 0.011 Wall, Nom. PVC, Semi Rigid 0.049 (1) Color(s) Cond Color Cond Color Cond Color 1 BROWN 3 BLUE 2 WHITE 4 BLACK 2) Cable Assembly 4 Components Cabled a) Twists: 6.9 Twist

Customer Specification

Construction Diameters (In) 1) Component 1 4 X 1 COND a) Conductor 22 (26/36) AWG Bare Copper 0.027 b) Insulation 0.011 Wall, Nom. PVC, Semi Rigid 0.049 (1) Color(s) Cond Color Cond Color Cond Color 1 BROWN 3 BLUE 2 WHITE 4 BLACK 2) Cable Assembly 4 Components Cabled a) Twists: 6.9 Twist

Circuit Board Mount Clips for 10mm (13/32”) Diameter Fuses

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Infiniium V-Series Oscilloscopes

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