Patchcord

LC zuwa ST OM1 Yanayin Kwandishan PVC (OFNR) Fiber Optic Patch Cable

LC zuwa ST OM1 Yanayin Kwandishan PVC (OFNR) Fiber Optic Patch Cable

yana ba da daidaitattun igiyoyi masu daidaita yanayin yanayin daidaitawa (MCP) a cikin 62.5 / 125 da 50/125, waɗanda aka ƙayyade don 1000BASE-LX / LH da 10GBASE-LRM masu watsawa a cikin taga 1300nm kuma ana amfani da su akan tsire-tsire masu yawa.

Ƙaddamar da laser singlemode a tsakiyar fiber multimode zai iya haifar da sigina da yawa waɗanda ke rikitar da mai karɓa a ɗayan ƙarshen fiber. Waɗannan sigina da yawa, waɗanda ke haifar da tasirin Jinkirin Yanayin Bambanci (DMD), suna iyakance tsayin nisa na kebul don aiki da Gigabit Ethernet. Kebul na daidaita yanayin yanayin yana kawar da waɗannan sigina da yawa ta hanyar barin ƙaddamar da yanayin guda ɗaya nesa da tsakiyar fiber na multimode.

Yana tabbatar da abin dogaro da ingantaccen watsa bayanai.
Yana ba da damar haɗin kai mara kyau tsakanin masu haɗin LC da ST yayin da kuma yana tallafawa fiber multimode da ke aiki a yanayin OM1.
Zane mai girma yana ba da damar ingantaccen amfani da sarari a cikin mahallin cibiyar sadarwa.

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Cikakken Bayani

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LC zuwa ST OM1 yanayin yanayin yanayin PVC (OFNR) fiber optic patch na USB nau'in kebul na fiber na gani da ake amfani da shi a aikace-aikacen watsa bayanai mai sauri, kamar cibiyoyin bayanai, cibiyoyin sadarwa, da cibiyoyin sadarwar kasuwanci. Wannan nau'in nau'in kebul na musamman an tsara shi don ba da damar haɗin kai tsakanin LC da masu haɗin ST yayin da kuma ke tallafawa fiber multimode da ke aiki a cikin yanayin OM1. LC zuwa ST OM1 yanayin yanayin yanayin PVC (OFNR) fiber optic faci na USB yana haɗa da fasalulluka na musamman don tabbatar da abin dogaro da haɓaka. ingancin watsa bayanai. OM1 yana nufin nau'in fiber na multimode, wanda ke da ainihin girman 62.5 microns kuma an tsara shi don watsa bayanai na gajeren lokaci a cikin hanyar sadarwa ta gida (LAN). Yanayin yanayin yanayin yanayin kebul yana da mahimmanci musamman don tabbatar da kyakkyawan aiki na hanyar sadarwa a cikin al'amuran inda akwai haɗuwa da tsofaffi da sababbin abubuwan fiber na gani, musamman a cikin aikace-aikacen Gigabit Ethernet. Yin amfani da PVC (OFNR) azaman jaket na waje. abu yana ba da kebul ɗin tare da kyakkyawan sassauci da karko, yin shi

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dace da daban-daban na shigarwa yanayi. Irin wannan jaket ɗin na USB ya dace da ƙa'idar Lantarki ta ƙasa (NEC) OFNR, yana nuna cewa ya dace da shigarwa a cikin gudu a tsaye ko a cikin sararin da ake amfani da shi don iskan muhalli ba tare da wani takamaiman hani ba. Wannan ya sa ya zama mafita mai mahimmanci don buƙatun sadarwar da ke da yawa. Tsarin haɗin haɗin LC zuwa ST na wannan nau'in na USB yana ba da dacewa tare da nau'o'in haɗin gwiwar cibiyar sadarwa. Mai haɗin LC, tare da ƙaramin nau'in nau'in sa da ƙira mai girma, yana ba da damar ingantaccen amfani da sarari a cikin mahallin sadarwar. A halin yanzu, mai haɗin ST, wanda ke nuna tsarin haɗin kai irin na bayoneti, yana tabbatar da amintattun haɗi. Wannan haɗin gwiwar yana ba da damar kebul don cike gibin da ke tsakanin waɗannan masu haɗawa da ba su da kamanni, yana ba da abin dogaro kuma mara kyau

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connectivity.The fasali na LC zuwa ST OM1 yanayin kwandishan PVC (OFNR) fiber na gani faci na USB sanya shi mai muhimmanci bangaren ga cibiyar sadarwa gudanarwa da injiniyoyi da nufin inganta su cibiyar sadarwa yi. Ikon wannan kebul don tallafawa fiber na multimode na OM1 tare da yanayin yanayin yana tabbatar da cewa hanyar sadarwa zata iya dogaro da isar da bayanai ba tare da lalacewa ko asarar sigina ba. haɗa fiber multimode a cikin yanayin OM1. Ƙarfinsa don haɗa masu haɗin LC da ST ba tare da matsala ba yayin samar da goyan bayan yanayin yanayin ya sa ya zama kayan aiki mai mahimmanci don haɓaka aikin cibiyar sadarwa a aikace-aikacen watsa bayanai masu sauri. Tare da jaket ɗinta mai ɗorewa na PVC (OFNR) na waje da kuma daidaitawar haɗin haɗin kai, irin wannan nau'in kebul na fiber optic patch yana ba masu gudanar da hanyar sadarwa ingantaccen ingantaccen bayani don magance ƙalubalen haɗin kai da tabbatar da ingantaccen aiki na hanyoyin sadarwar su.