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V180162T Ferrite Core High Impedance MnZn Magnetic Ring For EMC Suppression

V180162T Ferrite Core High Impedance MnZn Magnetic Ring For EMC Suppression

Nama merek: Weiaipu VIIP
Nomor Model: V180162T
MOQ: 1728
Harga: 0.068$
Rincian kemasan: Netral
Informasi Rinci
Tempat asal:
Cina
Sertifikasi:
RoHS REACH
Bahan:
VNO2
permeabilitas awal:
650
Faktor Kerugian Relatif:
20(0,1MHz)
Remanensi:
150
Koersivitas:
35
Kepadatan:
4.9
Menyoroti:

Ferrite core MnZn magnetic ring

,

High impedance EMC suppression ring

,

MnZn magnetic ring for EMI filter

Deskripsi Produk
V180162T is a Mn‑Zn ferrite toroidal core made of VN02 grade material. Its initial permeability μi reaches 650. Mechanical dimensions: outer diameter 19.0±0.6 mm, height 11.0±0.6 mm, inner diameter 13.0±0.6 mm. Featuring low loss factor, high saturation magnetic flux density and high electrical resistivity, the component has a Curie temperature above 110 °C with stable temperature coefficient. Thanks to consistent batch tolerance and reliable anti‑interference capability, it
Harga yang bagus  On line

rincian produk

Rumah > Produk >
Filter EMC EMI
>
V180162T Ferrite Core High Impedance MnZn Magnetic Ring For EMC Suppression

V180162T Ferrite Core High Impedance MnZn Magnetic Ring For EMC Suppression

Nama merek: Weiaipu VIIP
Nomor Model: V180162T
MOQ: 1728
Harga: 0.068$
Rincian kemasan: Netral
Informasi Rinci
Tempat asal:
Cina
Nama merek:
Weiaipu VIIP
Sertifikasi:
RoHS REACH
Nomor model:
V180162T
Bahan:
VNO2
permeabilitas awal:
650
Faktor Kerugian Relatif:
20(0,1MHz)
Remanensi:
150
Koersivitas:
35
Kepadatan:
4.9
Kuantitas min Order:
1728
Harga:
0.068$
Kemasan rincian:
Netral
Menyoroti:

Ferrite core MnZn magnetic ring

,

High impedance EMC suppression ring

,

MnZn magnetic ring for EMI filter

Deskripsi Produk
V180162T is a Mn‑Zn ferrite toroidal core made of VN02 grade material. Its initial permeability μi reaches 650. Mechanical dimensions: outer diameter 19.0±0.6 mm, height 11.0±0.6 mm, inner diameter 13.0±0.6 mm. Featuring low loss factor, high saturation magnetic flux density and high electrical resistivity, the component has a Curie temperature above 110 °C with stable temperature coefficient. Thanks to consistent batch tolerance and reliable anti‑interference capability, it