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EMI 페라이트 코어
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VIIP V19008 Snap On Ferrite Core Noise Reduction Ferrite Core for General Electronic Cables

VIIP V19008 Snap On Ferrite Core Noise Reduction Ferrite Core for General Electronic Cables

브랜드 이름: VIIP WeiAiPu
모델 번호: V19008
MOQ: 196
가격: 1.55USD
포장에 대한 세부 사항: Carton
지불 조건: T/T
자세한 정보
인증:
Rohs Reach
잔류성:
200
초기 투과율:
850
재료:
VN09
밀도:
4.7
상대 손실률:
16(0.01MHz)
포화 보자력:
20
강조하다:

Snap On Ferrite Core

,

Noise Reduction Ferrite Core

,

EMI Ferrite Core for Cables

제품 설명
Product Introduction VIIP V19008 snap type ferrite core is produced from premium VN09 ferrite material with an initial permeability of 850 and reliable high frequency noise reduction capability. It delivers minimum impedance of 75 Ohm at 25 MHz and 135 Ohm at 100 MHz. This item features an open clip style housing with precise dimension control and consistent tolerance. It has a curie temperature higher than 110 degree Celsius high resistivity and low magnetic loss. It keeps
좋은 가격  온라인

제품 세부 정보

집 > 제품 >
EMI 페라이트 코어
>
VIIP V19008 Snap On Ferrite Core Noise Reduction Ferrite Core for General Electronic Cables

VIIP V19008 Snap On Ferrite Core Noise Reduction Ferrite Core for General Electronic Cables

브랜드 이름: VIIP WeiAiPu
모델 번호: V19008
MOQ: 196
가격: 1.55USD
포장에 대한 세부 사항: Carton
지불 조건: T/T
자세한 정보
브랜드 이름:
VIIP WeiAiPu
인증:
Rohs Reach
Model Number:
V19008
잔류성:
200
초기 투과율:
850
재료:
VN09
밀도:
4.7
상대 손실률:
16(0.01MHz)
포화 보자력:
20
최소 주문 수량:
196
가격:
1.55USD
Packaging Details:
Carton
Payment Terms:
T/T
강조하다:

Snap On Ferrite Core

,

Noise Reduction Ferrite Core

,

EMI Ferrite Core for Cables

제품 설명
Product Introduction VIIP V19008 snap type ferrite core is produced from premium VN09 ferrite material with an initial permeability of 850 and reliable high frequency noise reduction capability. It delivers minimum impedance of 75 Ohm at 25 MHz and 135 Ohm at 100 MHz. This item features an open clip style housing with precise dimension control and consistent tolerance. It has a curie temperature higher than 110 degree Celsius high resistivity and low magnetic loss. It keeps