logo
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
>
V19001 Snap Ferrite Core EMC Solution Reduce Electromagnetic Interference for Electronics

V19001 Snap Ferrite Core EMC Solution Reduce Electromagnetic Interference for Electronics

ブランド名: VIIP WeiAiPu
モデル番号: V19001
MOQ: 192
価格: 0.99USD
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
最大保持力:
20
最初の透磁率:
850
相対損失係数:
16(0.1MHz)
密度:
4.6
相対飽和温度係数:
5-10
ハイライト:

Snap Ferrite Core EMC Solution

,

EMI Ferrite Core Reduce Interference

,

Ferrite Core for Electronics

製品説明
Product Introduction V19001 clip-on split ferrite core is fabricated from VN09 nickel zinc ferrite material, featuring an initial permeability of 850. It delivers outstanding capability to attenuate high-frequency noise signals. Equipped with a user-friendly snap-fit construction, this product keeps consistent physical dimensions under precise tolerance control. Cable cutting is not needed during installation. The magnetic material owns a Curie temperature above 130 degrees
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
>
V19001 Snap Ferrite Core EMC Solution Reduce Electromagnetic Interference for Electronics

V19001 Snap Ferrite Core EMC Solution Reduce Electromagnetic Interference for Electronics

ブランド名: VIIP WeiAiPu
モデル番号: V19001
MOQ: 192
価格: 0.99USD
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:
V19001
材料:
VNO9
最大保持力:
20
最初の透磁率:
850
相対損失係数:
16(0.1MHz)
密度:
4.6
相対飽和温度係数:
5-10
最小注文数量:
192
価格:
0.99USD
Packaging Details:
Carton
Payment Terms:
T/T
ハイライト:

Snap Ferrite Core EMC Solution

,

EMI Ferrite Core Reduce Interference

,

Ferrite Core for Electronics

製品説明
Product Introduction V19001 clip-on split ferrite core is fabricated from VN09 nickel zinc ferrite material, featuring an initial permeability of 850. It delivers outstanding capability to attenuate high-frequency noise signals. Equipped with a user-friendly snap-fit construction, this product keeps consistent physical dimensions under precise tolerance control. Cable cutting is not needed during installation. The magnetic material owns a Curie temperature above 130 degrees