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V18019 EMI RFI Noise Suppressor Ferrite Core Split Snap On Ferrite Core For Power And Signal Cable

V18019 EMI RFI Noise Suppressor Ferrite Core Split Snap On Ferrite Core For Power And Signal Cable

ブランド名: VIIP WeiAiPu
モデル番号: V18019
MOQ: 400
価格: 0.32USD
パッケージの詳細: Carton
支払条件: T/T
詳細情報
証明:
Rohs Reach
材料:
VNO9
最初の透磁率:
850
密度:
4.6
相対温度係数:
5-10
相対損失係数:
16(0.1MHz)
残留残留物:
200
ハイライト:

Split Snap On Ferrite Core

,

EMI RFI Noise Suppressor Core

,

Ferrite Core for Power Cable

製品説明
Product Brief V18019 clip type ferrite core is produced from VN09 NiZn ferrite raw material with an initial permeability of 850. It comes with high resistivity and low eddy current loss to deliver outstanding high frequency noise absorption performance. The split clip design is processed under strict dimension control and guarantees solid closure. Its Curie temperature exceeds 130 degrees Celsius so magnetic properties remain consistent even when ambient temperature changes.
良い価格  オンライン

商品の詳細

家へ > 製品 >
EMIのフェライト磁心
>
V18019 EMI RFI Noise Suppressor Ferrite Core Split Snap On Ferrite Core For Power And Signal Cable

V18019 EMI RFI Noise Suppressor Ferrite Core Split Snap On Ferrite Core For Power And Signal Cable

ブランド名: VIIP WeiAiPu
モデル番号: V18019
MOQ: 400
価格: 0.32USD
パッケージの詳細: Carton
支払条件: T/T
詳細情報
ブランド名:
VIIP WeiAiPu
証明:
Rohs Reach
Model Number:
V18019
材料:
VNO9
最初の透磁率:
850
密度:
4.6
相対温度係数:
5-10
相対損失係数:
16(0.1MHz)
残留残留物:
200
最小注文数量:
400
価格:
0.32USD
Packaging Details:
Carton
Payment Terms:
T/T
ハイライト:

Split Snap On Ferrite Core

,

EMI RFI Noise Suppressor Core

,

Ferrite Core for Power Cable

製品説明
Product Brief V18019 clip type ferrite core is produced from VN09 NiZn ferrite raw material with an initial permeability of 850. It comes with high resistivity and low eddy current loss to deliver outstanding high frequency noise absorption performance. The split clip design is processed under strict dimension control and guarantees solid closure. Its Curie temperature exceeds 130 degrees Celsius so magnetic properties remain consistent even when ambient temperature changes.