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亜鉄酸塩のチョークのスナップ
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Snap On Ferrite Choke with EMI RFI Noise Suppression Clip-On Design and NiZn Material for Enhanced Signal Integrity

Snap On Ferrite Choke with EMI RFI Noise Suppression Clip-On Design and NiZn Material for Enhanced Signal Integrity

ブランド名: VIIP
モデル番号: V18009
MOQ: 交渉可能
価格: 交渉可能
支払条件: T/T、ウェスタンユニオン
詳細情報
起源の場所:
中国
証明:
Rohs Reach
ドキュメント:
材料:
F9
供給の能力:
1週間5k
ハイライト:

Snap On Ferrite Choke EMI suppression

,

NiZn Ferrite Choke signal integrity

,

Clip-On Ferrite Choke RFI noise

製品説明
Magnetic Ring Snap On Ferrite Choke RFI EMI Noise Suppression Filter Cable Clip
Description:
  • RFI EMI Noise Suppressor Cable Clip:EMI RFI Noise Filter Clip;Ferrite core with plastic cover; Helps to reduce EMI on AC power lines.
  • Ferrite Cores:Reduce electro-magnetic interference and improve signal integrity; Easy to install, just clip it on and you will get clearer signal and faster data transmission.
Products descriptions:
Product name Ferrite magnetic ring
Material Nizn
Size According to the needs of customers
Model V18009
Application video cable, audio cable, data cable etc.
Operation Temperature -40 to +125°C
Specifications:

Snap On Ferrite Choke with EMI RFI Noise Suppression Clip-On Design and NiZn Material for Enhanced Signal Integrity 0

Applications:
  • 13mm / 0.51in (inner diameter): suitable for 0.35 - 0.51in / 9 - 13mm cables
  • Application: HDMI Cable, IP Line of Communication, DVI Cable, Overstriking VGA Cable etc.

Snap On Ferrite Choke with EMI RFI Noise Suppression Clip-On Design and NiZn Material for Enhanced Signal Integrity 1

Snap On Ferrite Choke with EMI RFI Noise Suppression Clip-On Design and NiZn Material for Enhanced Signal Integrity 2

Snap On Ferrite Choke with EMI RFI Noise Suppression Clip-On Design and NiZn Material for Enhanced Signal Integrity 3

Our service

Sample

Sample Fee: Negotiate

Sample Time: 3~5 days

Payment

---Payment terms: Western Union, T/T

---Please remember to leave the correct contact information for delivery.

良い価格  オンライン

商品の詳細

家へ > 製品 >
亜鉄酸塩のチョークのスナップ
>
Snap On Ferrite Choke with EMI RFI Noise Suppression Clip-On Design and NiZn Material for Enhanced Signal Integrity

Snap On Ferrite Choke with EMI RFI Noise Suppression Clip-On Design and NiZn Material for Enhanced Signal Integrity

ブランド名: VIIP
モデル番号: V18009
MOQ: 交渉可能
価格: 交渉可能
支払条件: T/T、ウェスタンユニオン
詳細情報
起源の場所:
中国
ブランド名:
VIIP
証明:
Rohs Reach
モデル番号:
V18009
ドキュメント:
材料:
F9
最小注文数量:
交渉可能
価格:
交渉可能
受渡し時間:
5~8日
支払条件:
T/T、ウェスタンユニオン
供給の能力:
1週間5k
ハイライト:

Snap On Ferrite Choke EMI suppression

,

NiZn Ferrite Choke signal integrity

,

Clip-On Ferrite Choke RFI noise

製品説明
Magnetic Ring Snap On Ferrite Choke RFI EMI Noise Suppression Filter Cable Clip
Description:
  • RFI EMI Noise Suppressor Cable Clip:EMI RFI Noise Filter Clip;Ferrite core with plastic cover; Helps to reduce EMI on AC power lines.
  • Ferrite Cores:Reduce electro-magnetic interference and improve signal integrity; Easy to install, just clip it on and you will get clearer signal and faster data transmission.
Products descriptions:
Product name Ferrite magnetic ring
Material Nizn
Size According to the needs of customers
Model V18009
Application video cable, audio cable, data cable etc.
Operation Temperature -40 to +125°C
Specifications:

Snap On Ferrite Choke with EMI RFI Noise Suppression Clip-On Design and NiZn Material for Enhanced Signal Integrity 0

Applications:
  • 13mm / 0.51in (inner diameter): suitable for 0.35 - 0.51in / 9 - 13mm cables
  • Application: HDMI Cable, IP Line of Communication, DVI Cable, Overstriking VGA Cable etc.

Snap On Ferrite Choke with EMI RFI Noise Suppression Clip-On Design and NiZn Material for Enhanced Signal Integrity 1

Snap On Ferrite Choke with EMI RFI Noise Suppression Clip-On Design and NiZn Material for Enhanced Signal Integrity 2

Snap On Ferrite Choke with EMI RFI Noise Suppression Clip-On Design and NiZn Material for Enhanced Signal Integrity 3

Our service

Sample

Sample Fee: Negotiate

Sample Time: 3~5 days

Payment

---Payment terms: Western Union, T/T

---Please remember to leave the correct contact information for delivery.