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V18041FJ Soft Ferrite Magnetic Ring Stable Performance For EMC Filtering Electronic Components

V18041FJ Soft Ferrite Magnetic Ring Stable Performance For EMC Filtering Electronic Components

브랜드 이름: VIIP WeiAiPu
모델 번호: V18041FJ
MOQ: 216
가격: 1.6$
포장에 대한 세부 사항: Carton
자세한 정보
인증:
Rohs Reach
포화자기변형:
2~3
작동 온도:
-50~150
전기 저항력:
0.11
재료:
1K107B
밀도:
7.3 참조
초기 투과율:
80000
강조하다:

EMI Ferrite Core for noise suppression

,

Ferrite Core with electrical resistivity 0.11

,

EMI Ferrite Core saturation magnetostriction 2-3

제품 설명
1. Product Overview The V‑series toroidal soft ferrite core is made of premium 1K107B grade ferrite material, designed for high‑frequency EMI suppression and common‑mode noise filtering. It delivers an ultra‑high initial permeability of 80000, maximum permeability up to 300000 and saturation magnetic flux density of 1250 mT, providing outstanding noise‑absorbing performance and stable magnetic conductivity under high‑frequency conditions. With Curie temperature reaching 570℃
좋은 가격  온라인

제품 세부 정보

> 제품 >
EMI 페라이트 코어
>
V18041FJ Soft Ferrite Magnetic Ring Stable Performance For EMC Filtering Electronic Components

V18041FJ Soft Ferrite Magnetic Ring Stable Performance For EMC Filtering Electronic Components

브랜드 이름: VIIP WeiAiPu
모델 번호: V18041FJ
MOQ: 216
가격: 1.6$
포장에 대한 세부 사항: Carton
자세한 정보
브랜드 이름:
VIIP WeiAiPu
인증:
Rohs Reach
Model Number:
V18041FJ
포화자기변형:
2~3
작동 온도:
-50~150
전기 저항력:
0.11
재료:
1K107B
밀도:
7.3 참조
초기 투과율:
80000
최소 주문 수량:
216
가격:
1.6$
Packaging Details:
Carton
강조하다:

EMI Ferrite Core for noise suppression

,

Ferrite Core with electrical resistivity 0.11

,

EMI Ferrite Core saturation magnetostriction 2-3

제품 설명
1. Product Overview The V‑series toroidal soft ferrite core is made of premium 1K107B grade ferrite material, designed for high‑frequency EMI suppression and common‑mode noise filtering. It delivers an ultra‑high initial permeability of 80000, maximum permeability up to 300000 and saturation magnetic flux density of 1250 mT, providing outstanding noise‑absorbing performance and stable magnetic conductivity under high‑frequency conditions. With Curie temperature reaching 570℃