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V180122H Iron Based Amorphous Magnetic Ring Common Mode Choke Core For EMC Filter Power Supply Noise Suppression

V180122H Iron Based Amorphous Magnetic Ring Common Mode Choke Core For EMC Filter Power Supply Noise Suppression

ブランド名: Weiaipu VIIP
モデル番号: V180122H
MOQ: 2210
価格: 0.042$
パッケージの詳細: 中性
詳細情報
起源の場所:
中国
証明:
RoHS REACH
材料:
VN02
最初の透磁率:
650
相対損失係数:
20(0.1MHz)
相対温度係数:
2-5
残留残留物:
150
密度:
4.6
ハイライト:

iron based amorphous magnetic ring

,

common mode choke core for EMC filter

,

power supply noise suppression choke

製品説明
Product Introduction This toroidal magnetic core is produced from high‑performance VN02 soft magnetic material. It delivers stable initial permeability of 650 with ±20 percent tolerance, featuring low relative loss factor at 0.1MHz, high saturation magnetic flux density and superior electrical resistivity. The closed ring structure effectively reduces magnetic leakage. This core maintains steady magnetic properties across varying working temperatures, supporting long‑time
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
>
V180122H Iron Based Amorphous Magnetic Ring Common Mode Choke Core For EMC Filter Power Supply Noise Suppression

V180122H Iron Based Amorphous Magnetic Ring Common Mode Choke Core For EMC Filter Power Supply Noise Suppression

ブランド名: Weiaipu VIIP
モデル番号: V180122H
MOQ: 2210
価格: 0.042$
パッケージの詳細: 中性
詳細情報
起源の場所:
中国
ブランド名:
Weiaipu VIIP
証明:
RoHS REACH
モデル番号:
V180122H
材料:
VN02
最初の透磁率:
650
相対損失係数:
20(0.1MHz)
相対温度係数:
2-5
残留残留物:
150
密度:
4.6
最小注文数量:
2210
価格:
0.042$
パッケージの詳細:
中性
ハイライト:

iron based amorphous magnetic ring

,

common mode choke core for EMC filter

,

power supply noise suppression choke

製品説明
Product Introduction This toroidal magnetic core is produced from high‑performance VN02 soft magnetic material. It delivers stable initial permeability of 650 with ±20 percent tolerance, featuring low relative loss factor at 0.1MHz, high saturation magnetic flux density and superior electrical resistivity. The closed ring structure effectively reduces magnetic leakage. This core maintains steady magnetic properties across varying working temperatures, supporting long‑time