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V18050FJ Soft Ferrite Toroidal Core From Shenzhen VIIP, RoHS REACH Compliant Magnetic Ring, Uniform Density Ferrite Core For Mass Production

V18050FJ Soft Ferrite Toroidal Core From Shenzhen VIIP, RoHS REACH Compliant Magnetic Ring, Uniform Density Ferrite Core For Mass Production

브랜드 이름: Weiaipu VIIP
모델 번호: V18050FJ
MOQ: 144
가격: 3.873USD
포장에 대한 세부 사항: 중립적
자세한 정보
인증:
RoHS REACH
포화자속밀도:
1250
밀도:
7.3 참조
최대투자율:
300000
재료:
1K107B
작동 온도:
-50~150
초기 투과율:
80000
강조하다:

Soft Ferrite Toroidal Core

,

RoHS REACH Compliant Magnetic Ring

,

Uniform Density Ferrite Core

제품 설명
Product Description Produced by VIIP, the V18050FJ is a premium toroidal soft ferrite core made from grade 1K107B material. It boasts an initial permeability of 80000, alongside a maximum permeability of 300000 and saturation magnetic flux density of 1250 mT. Its high electrical resistivity of 0.11 Ω·m greatly mitigates eddy‑current losses. It operates reliably from ‑50℃ to 150℃ with a Curie temperature of 570℃ to deliver dependable high‑temperature performance. Rigorous
좋은 가격  온라인

제품 세부 정보

> 제품 >
EMC 이엠아이 필터
>
V18050FJ Soft Ferrite Toroidal Core From Shenzhen VIIP, RoHS REACH Compliant Magnetic Ring, Uniform Density Ferrite Core For Mass Production

V18050FJ Soft Ferrite Toroidal Core From Shenzhen VIIP, RoHS REACH Compliant Magnetic Ring, Uniform Density Ferrite Core For Mass Production

브랜드 이름: Weiaipu VIIP
모델 번호: V18050FJ
MOQ: 144
가격: 3.873USD
포장에 대한 세부 사항: 중립적
자세한 정보
브랜드 이름:
Weiaipu VIIP
인증:
RoHS REACH
Model Number:
V18050FJ
포화자속밀도:
1250
밀도:
7.3 참조
최대투자율:
300000
재료:
1K107B
작동 온도:
-50~150
초기 투과율:
80000
최소 주문 수량:
144
가격:
3.873USD
포장 세부 사항:
중립적
강조하다:

Soft Ferrite Toroidal Core

,

RoHS REACH Compliant Magnetic Ring

,

Uniform Density Ferrite Core

제품 설명
Product Description Produced by VIIP, the V18050FJ is a premium toroidal soft ferrite core made from grade 1K107B material. It boasts an initial permeability of 80000, alongside a maximum permeability of 300000 and saturation magnetic flux density of 1250 mT. Its high electrical resistivity of 0.11 Ω·m greatly mitigates eddy‑current losses. It operates reliably from ‑50℃ to 150℃ with a Curie temperature of 570℃ to deliver dependable high‑temperature performance. Rigorous