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V18002C Snap-on Ferrite Core High Impedance EMI Filter Magnetic Ring For Power And Signal Cable Noise Reduction

V18002C Snap-on Ferrite Core High Impedance EMI Filter Magnetic Ring For Power And Signal Cable Noise Reduction

ブランド名: VIIP WeiAiPu
モデル番号: V18002C
MOQ: 350
価格: 0.35USD
パッケージの詳細: Carton
支払条件: T/T
詳細情報
証明:
Rohs Reach
相対損失係数:
16(0.1MHz)
最大保持力:
20
残留残留物:
200
最初の透磁率:
850
材料:
VN09
密度:
4.6
供給の能力:
30k/Month
ハイライト:

Snap-on Ferrite Core EMI Filter

,

High Impedance Magnetic Ring

,

Power Cable Noise Reduction

製品説明
Product Description: The EMI Ferrite Core is a high-performance component designed to effectively suppress electromagnetic interference (EMI) in various electronic applications. This product is specifically engineered using VN09 material, which provides exceptional magnetic properties and ensures reliable performance in noise reduction. The core’s density of 4.6 g/cm³ contributes to its robust structure and durability, making it suitable for demanding environments where
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
>
V18002C Snap-on Ferrite Core High Impedance EMI Filter Magnetic Ring For Power And Signal Cable Noise Reduction

V18002C Snap-on Ferrite Core High Impedance EMI Filter Magnetic Ring For Power And Signal Cable Noise Reduction

ブランド名: VIIP WeiAiPu
モデル番号: V18002C
MOQ: 350
価格: 0.35USD
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:
V18002C
相対損失係数:
16(0.1MHz)
最大保持力:
20
残留残留物:
200
最初の透磁率:
850
材料:
VN09
密度:
4.6
最小注文数量:
350
価格:
0.35USD
Packaging Details:
Carton
受渡し時間:
31日
Payment Terms:
T/T
供給の能力:
30k/Month
ハイライト:

Snap-on Ferrite Core EMI Filter

,

High Impedance Magnetic Ring

,

Power Cable Noise Reduction

製品説明
Product Description: The EMI Ferrite Core is a high-performance component designed to effectively suppress electromagnetic interference (EMI) in various electronic applications. This product is specifically engineered using VN09 material, which provides exceptional magnetic properties and ensures reliable performance in noise reduction. The core’s density of 4.6 g/cm³ contributes to its robust structure and durability, making it suitable for demanding environments where