Don haɓaka amintattun hanyoyin sadarwar tarho na gaba yana da mahimmanci cewa anga zaɓaɓɓen dadakatarwa

mafita don cancanta don nau'in hanyar sadarwar da za a shigar da su.Haɗin injiniya

tsakanin matsewa da kebul don fitar dashi abu ne mai mahimmanci ga hanyoyin sadarwa na sama.Kebul na iska mai dacewa

matsa dole ne ya iya tabbatar da ingantaccen riko na kebul, ba tare da lalata kullin kebul ɗin ko samun wani ba

tasiri komai akan ingancin siginar gani da aka watsa.Don tabbatar da dacewa tsakanin anga

or dakatarwa manneda kebul na waje, manyan sharuɗɗa guda uku ya kamata a yi la'akari da su:

☆ tsarin kebul

☆ diamita na kebul

☆ Tsawon tsayin hanyar sadarwa don fitar da shi: idan tsawon tazarar, zai fi tsayin belin manne.Wannan zai taimaka

don guje wa kowane hulɗa tsakanin belin manne da sauran abubuwa kuma mafi mahimmanci, don girmama kebul ɗin

lanƙwasa radius lokacin da aka yi amfani da wannan a cikin jeri wanda ya ƙunshi ƙirƙirar ƙaramin madauki sama ko ƙasa

saman sandar.
Don cibiyoyin sadarwar ciyarwar sadarwa, waɗanda ke da tsayin tsayin daka, matattun matattu suna ba da mafi kyawu.

na USB riko godiya ga babban lamba surface surface tare da na USB.

Ana duba dacewa tsakanin mafita mai ƙarewa da igiyoyi don turawa ta hanyar aiwatar da waɗannan abubuwa

Gwajin cancanta:

TS EN 60794-1-2 Gwajin Tensile na kebul na ɗan gajeren lokaci

standard – gyare-gyaren Hanyar E1, wanda ya ƙunshi nau'ikan na'urori masu ɗaure kan igiya fiye da mita 1.

Ana samun dacewa tsakanin mannen anga na telecom da kebul na iska lokacin da babu zamewa.

na USB a cikin ƙugiya mai ɗaure, babu lalacewar na USB, ko lalacewar siginar (attenuation).

kasa da 0.1dB).
☆ Gwajin galopping don ƙulla ƙulla kamar EN 60794-1-2 - Hanyar E1.Wannan ya ƙunshi amfani da 10

undulations zuwa igiyoyi tare da ƙarami ko daidai diamita zuwa 6mm (digo), 3 undulations zuwa igiyoyi tare da diamita mafi girma.

fiye da 6 mm (rarrabuwa da igiyoyi masu ciyarwa) da ma'auni na asarar gani na sa'o'i 300.Ana la'akari da gwaji

m lokacin da asarar gani da aka yi rajista ta kasa da 0.1 dB a duk lokacin gwajin.

Magani don saman zagaye na USB mai goyan bayan kai

Dangane da ɓangaren hanyar sadarwar da za a fitar, akwai hanyoyin fasaha daban-daban don turawa

cibiyar sadarwa ta hanyar sadarwa:

Don hanyar sadarwar mil ta ƙarshe:

Akwai nau'o'in nau'ikan nau'ikan mannen anka don kebul na ADSS.Conical clamping matattu-ƙarshen irin waɗannan

wanda aka haɗa a cikin kewayon JYPA misali an yi niyya don takaitacciyar tsayi har zuwa mita 70.An ƙera waɗannan maƙallan anka

tare da ƙarin rufaffiyar wedges don dacewa daidai da siffar kebul ɗin kuma don adana halayen aikin sa.

idan yayi yawa.Dangane da ƙugiya, suna ba da damar sauƙaƙa ko sau biyu matattu na ɗigon zagaye da ƙanana

diamita a kan sanduna ko ganuwar.Na'urorin Mandrel wata mafita ce ta ɗaure don fitar da iska.Musamman

an ƙera shi don ƙarewar digo tare da sassauƙa da rufi na waje, waɗannan ƙuƙumman anga suna gabatar da

jikin mutum wanda kebul za a iya murɗa shi kuma a ɗaure kansa.

Telenco FTTH sauke clamps

Don hanyar sadarwar rarrabawa:

An haɗa manne a cikinJYPA ADSSkewayon ne sama na USB fastening mafita kunna don farawa, gane

aikace-aikace masu ƙarewa gabaɗaya da kuma ƙare hanyoyin rarraba tarho inda takaitattun bayanai ba su wuce 90 ba

mita.Samar da ingantaccen riko na USB, JYPA ADSS clamps ba sa haifar da damuwa na radius akan kebul ɗin.

Wata mafita don daidaita igiyoyin igiyoyi masu inganci akan hanyoyin sadarwar rarraba shine don zaɓar matattun matattun ta amfani

da preformed fasaha.GSDE spirals suna shigar kawai akan hanyoyin sadarwar sadarwa, inda tazarar ba ta wuce ba

mita 90.

Don cibiyar sadarwar mai ciyarwa:

Don mafi girma, kamar na waɗanda aka saba saduwa akan hanyoyin sadarwar ciyarwa, dole ne a yi aikace-aikacen da za su ƙare

tare da na'urorin ɗaure da aka ƙera don tsayayya zuwa mafi girman ƙarfin ƙarfi.An ƙera shi da sandunan sulke, matattun matattu

daga kewayon JYPA suna adana igiyoyin wayar tarho waɗanda aka tura akan tazara har zuwa mita 180 daga lanƙwasa, matsawa ko abrasion.