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VIIP V18050FJ Ferrite Ring Core, Premium Toroid Magnetic Core For Power Inductor Winding, Reliable Raw Material For Choke Coil Production

VIIP V18050FJ Ferrite Ring Core, Premium Toroid Magnetic Core For Power Inductor Winding, Reliable Raw Material For Choke Coil Production

ブランド名: Weiaipu VIIP
モデル番号: V18050FJ
MOQ: 144
価格: 3.873USD
パッケージの詳細: 中性
詳細情報
証明:
RoHS REACH
最高の透磁率:
300000
密度:
7.3 参照
使用温度:
-50~150
飽和磁束密度:
1250
最初の透磁率:
合板ケース
材料:
1K107B
ハイライト:

ferrite ring core for power inductor

,

toroid magnetic core for choke coil

,

EMC EMI filter ferrite core

製品説明
Product Description: The EMC ElectroMagnetic Interference (EMI) Filter is a highly efficient and reliable solution designed to address and mitigate electromagnetic interference in various electronic and electrical systems. This EMI Suppression Filter is engineered to ensure optimal performance by significantly reducing unwanted noise and interference, thereby enhancing the overall electromagnetic compatibility (EMC) of devices in which it is integrated. Its advanced design
良い価格  オンライン

商品の詳細

家へ > 製品 >
EMCのEMIフィルタ
>
VIIP V18050FJ Ferrite Ring Core, Premium Toroid Magnetic Core For Power Inductor Winding, Reliable Raw Material For Choke Coil Production

VIIP V18050FJ Ferrite Ring Core, Premium Toroid Magnetic Core For Power Inductor Winding, Reliable Raw Material For Choke Coil Production

ブランド名: Weiaipu VIIP
モデル番号: V18050FJ
MOQ: 144
価格: 3.873USD
パッケージの詳細: 中性
詳細情報
ブランド名:
Weiaipu VIIP
証明:
RoHS REACH
Model Number:
V18050FJ
最高の透磁率:
300000
密度:
7.3 参照
使用温度:
-50~150
飽和磁束密度:
1250
最初の透磁率:
合板ケース
材料:
1K107B
最小注文数量:
144
価格:
3.873USD
パッケージの詳細:
中性
ハイライト:

ferrite ring core for power inductor

,

toroid magnetic core for choke coil

,

EMC EMI filter ferrite core

製品説明
Product Description: The EMC ElectroMagnetic Interference (EMI) Filter is a highly efficient and reliable solution designed to address and mitigate electromagnetic interference in various electronic and electrical systems. This EMI Suppression Filter is engineered to ensure optimal performance by significantly reducing unwanted noise and interference, thereby enhancing the overall electromagnetic compatibility (EMC) of devices in which it is integrated. Its advanced design