Patch Cord Fiber Optic Cable SC/LC/ST LSZH PVC Jacket OM1 OM2 OM3 OM4 for Networking

起源の場所 中国
ブランド名 EBOCOM
証明 ISO TLC
モデル番号 パッチコード LC/SC/MPO
最小注文数量 100pcs
価格 EXW SM 3M/PCS.OD3.0mm ≥100PCS $0.30/ ≥5000PCS $0.25/PCS
パッケージの詳細 5個/袋100個/箱
受渡し時間 5~8日
支払条件 T/T、L/C、D/A、D/P
供給の能力 2000pcs/日

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商品の詳細
ファイバータイプ G652D/G657A1 A2 繊維数 単信二重
ジャケットの材料 LSZH PVC ジャケットの色 黄色,緑 (OEM)
ブランド OEM od 2.0mm
ハイライト

fiber optic patch cord SC LC ST

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LSZH PVC jacket fiber optic cable

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OM1 OM2 OM3 OM4 networking patch cord

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製品の説明

Products introduction

Patch Cord Fiber Optic Cable SC/LC/ST LSZH PVC  Jacket OM1 OM2 OM3 OM4  for Networking 0Patch Cord Fiber Optic Cable SC/LC/ST LSZH PVC  Jacket OM1 OM2 OM3 OM4  for Networking 1Patch Cord Fiber Optic Cable SC/LC/ST LSZH PVC  Jacket OM1 OM2 OM3 OM4  for Networking 2

Description

A patch cord, also known as a fiber optic patch cord, is a short cable with connectors at both ends used to connect electronic or fiber optic devices for signal routing. There are many types of patch cords, including Ethernet patch cords, fiber optic patch cords, and audio/video patch cords, each designed for a specific application.
 

Connector Types

 

Fiber optic patch cords offer a variety of connector types, including LC, FC, SC, ST, MPO, MTP, and MTRJ. The most common connector type is LC, which is compact and easy to install. SC connectors are larger but offer superior performance. ST connectors are commonly used in legacy networks. MTRJ connectors are designed for high-density applications.

 

Polishing Types

 

PC (Physical Contact) connectors use microsphere polishing and grinding processes to effectively reduce the air gap between fiber optic components, enabling physical contact between the two fiber end faces. UPC (Ultra-Physical Contact) connectors are not completely flat at the end faces but are slightly curved for more precise mating. APC (Angled Physical Contact) connectors typically have an 8° bevel polished end face. This improves the adhesion of the fiber end faces and reflects light through the bevel into the cladding instead of directly reflecting it to the light source, resulting in better connection performance.