Meisongbei Datasheet | Specifications & PDF Download

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Meisongbei

ERL28 - Switching Transformer

ERL28 5 Outputs: 3.3 / 5 / 12 / 18 / 30V SwMitScRhiHng5TDra1n8s-fMorSmRerH5D28 Series Meisongbei Features ● Primary / Secondary Insulation ≥ 4000V ●.
Rating: 1 (46 votes)
Meisongbei

HI1240-220M - SMD High Current Power Inductor

SMD High Current Power Inductor - HI1240 Series Meisongbei Features General Specifications ● Shielded Construction ● Core Material: Metal alloy po.
Rating: 1 (10 votes)
Meisongbei

HI1240-R47M - SMD High Current Power Inductor

SMD High Current Power Inductor - HI1240 Series Meisongbei Features General Specifications ● Shielded Construction ● Core Material: Metal alloy po.
Rating: 1 (10 votes)
Meisongbei

HI1240-150M - SMD High Current Power Inductor

SMD High Current Power Inductor - HI1240 Series Meisongbei Features General Specifications ● Shielded Construction ● Core Material: Metal alloy po.
Rating: 1 (9 votes)
Meisongbei

HI1240-100M - SMD High Current Power Inductor

SMD High Current Power Inductor - HI1240 Series Meisongbei Features General Specifications ● Shielded Construction ● Core Material: Metal alloy po.
Rating: 1 (9 votes)
Meisongbei

HI1240-6R8M - SMD High Current Power Inductor

SMD High Current Power Inductor - HI1240 Series Meisongbei Features General Specifications ● Shielded Construction ● Core Material: Metal alloy po.
Rating: 1 (9 votes)
Meisongbei

HI1240-4R7M - SMD High Current Power Inductor

SMD High Current Power Inductor - HI1240 Series Meisongbei Features General Specifications ● Shielded Construction ● Core Material: Metal alloy po.
Rating: 1 (9 votes)
Meisongbei

HI1240-3R3M - SMD High Current Power Inductor

SMD High Current Power Inductor - HI1240 Series Meisongbei Features General Specifications ● Shielded Construction ● Core Material: Metal alloy po.
Rating: 1 (9 votes)
Meisongbei

HI1240-2R2M - SMD High Current Power Inductor

SMD High Current Power Inductor - HI1240 Series Meisongbei Features General Specifications ● Shielded Construction ● Core Material: Metal alloy po.
Rating: 1 (9 votes)
Meisongbei

HI1240-1R5M - SMD High Current Power Inductor

SMD High Current Power Inductor - HI1240 Series Meisongbei Features General Specifications ● Shielded Construction ● Core Material: Metal alloy po.
Rating: 1 (9 votes)
Meisongbei

HI1240-1R0M - SMD High Current Power Inductor

SMD High Current Power Inductor - HI1240 Series Meisongbei Features General Specifications ● Shielded Construction ● Core Material: Metal alloy po.
Rating: 1 (9 votes)
Meisongbei

HI1240-R82M - SMD High Current Power Inductor

SMD High Current Power Inductor - HI1240 Series Meisongbei Features General Specifications ● Shielded Construction ● Core Material: Metal alloy po.
Rating: 1 (9 votes)
Meisongbei

HI1240-R68M - SMD High Current Power Inductor

SMD High Current Power Inductor - HI1240 Series Meisongbei Features General Specifications ● Shielded Construction ● Core Material: Metal alloy po.
Rating: 1 (9 votes)
Meisongbei

HI1240-R22M - SMD High Current Power Inductor

SMD High Current Power Inductor - HI1240 Series Meisongbei Features General Specifications ● Shielded Construction ● Core Material: Metal alloy po.
Rating: 1 (9 votes)
Meisongbei

MW252018 - Surface-Mount Molded Wound Chip Inductors

Surface-Mount Molded Wound Chip Inductors Meisongbei Features ● Monolithic inorganic material construction ● Closed magnetic circuit avoids crosstal.
Rating: 1 (4 votes)
Meisongbei

MW565050 - Surface-Mount Molded Wound Chip Inductors

Surface-Mount Molded Wound Chip Inductors Meisongbei Features ● Monolithic inorganic material construction ● Closed magnetic circuit avoids crosstal.
Rating: 1 (2 votes)
Meisongbei

MW453232 - Surface-Mount Molded Wound Chip Inductors

Surface-Mount Molded Wound Chip Inductors Meisongbei Features ● Monolithic inorganic material construction ● Closed magnetic circuit avoids crosstal.
Rating: 1 (1 votes)
Meisongbei

MW322522 - Surface-Mount Molded Wound Chip Inductors

Surface-Mount Molded Wound Chip Inductors Meisongbei Features ● Monolithic inorganic material construction ● Closed magnetic circuit avoids crosstal.
Rating: 1 (1 votes)
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