High mita da low asarar sadarwa igiyoyi ne kullum Ya sanya daga kumfa polyethylene ko kumfa polypropylene a matsayin insulating abu, biyu insulating core wayoyi da kuma ƙasa waya (kasuwa na yanzu kuma yana da masana'antun yin amfani da biyu sau biyu ƙasa) a cikin winding na'ura, wrapping aluminum tsare da roba polyester tef a kusa da insulating core waya da ƙasa waya, rufi tsari da lantarki zane da kuma tsarin sarrafawa, lantarki tsarin da kuma tsarin sarrafawa, high quality-tsari da kuma tsarin sarrafawa.
Bukatar gudanarwa
Don SAS, wanda kuma babban layin watsawa ne, daidaiton tsarin kowane bangare shine mabuɗin mahimmanci don tantance mitar watsa na USB. Sabili da haka, a matsayin mai gudanarwa na layin watsawa mai girma, saman yana zagaye da santsi, kuma tsarin tsararru na ciki ya kasance daidai da kwanciyar hankali don tabbatar da daidaito na kayan lantarki a cikin shugabanci na tsawon; Hakanan ya kamata mai gudanarwa ya kasance yana da ƙarancin juriya na DC; A lokaci guda ya kamata kauce wa saboda waya, kayan aiki ko wasu na'urorin lalacewa ta hanyar ciki madugu lokaci-lokaci lankwasawa ko rashin lokaci-lokaci lankwasawa, nakasawa da kuma lalacewa, da dai sauransu, a cikin high-mita watsa layin, shugaba juriya ne babban factor haddasa na USB attenuation (high-mita sigogi na asali part 01- attenuation sigogi), akwai hanyoyi biyu don rage madugu juriya, da rage yawan juriya na conductivity. Bayan diamita na jagorar ya karu, don biyan buƙatun halayen halayen halayen, diamita na waje na rufi da diamita na samfurin da aka gama suna daidai da haɓaka, yana haifar da ƙarin farashi da aiki mara kyau. A cikin ka'idar, ta yin amfani da madubi na azurfa, za a rage girman diamita na samfurin da aka gama, kuma aikin zai inganta sosai, amma saboda farashin azurfa ya fi girma fiye da farashin jan karfe, farashin ya yi yawa don samar da taro, don la'akari da farashin da ƙananan tsayayya, muna amfani da tasirin fata don tsara jagoran na USB. A halin yanzu, yin amfani da na'urorin jan ƙarfe na tinned don SAS 6G na iya saduwa da aikin lantarki, yayin da SAS 12G da 24G suka fara amfani da na'urorin da aka yi da azurfa.
Lokacin da aka sami madauwari na halin yanzu ko madaidaicin filin lantarki a cikin madugu, rarrabawar yanzu a cikin madubin zai zama mara daidaituwa. Yayin da nisa daga saman madubin a hankali ya karu, yawan halin yanzu a cikin madubi yana raguwa sosai, wato, na yanzu a cikin madubi zai mayar da hankali kan saman madubin. Daga juzu'i mai jujjuyawa zuwa ga jagorar halin yanzu, ƙarfin halin yanzu na ɓangaren tsakiya na mai gudanarwa shine m sifili, wato kusan babu kwararar ruwa, kuma kawai ɓangaren da ke gefen madubin zai sami ƙananan ƙasa. A sauƙaƙe, halin yanzu yana maida hankali ne a cikin ɓangaren "fata" na mai gudanarwa, don haka ana kiran shi tasirin fata. Dalilin wannan tasirin shi ne cewa filin lantarki da ke canzawa yana samar da filin lantarki na vortex a cikin madubi, wanda aka biya ta asali ta halin yanzu. Tasirin fata yana sa ƙarfin juriya na madugu ya karu tare da haɓakar mitar alternating current, kuma yana haifar da raguwar ingancin watsawar waya na yanzu, cinye albarkatun ƙarfe, amma a cikin ƙirar igiyoyin sadarwa masu tsayi, ana iya amfani da wannan ka'ida don rage yawan amfani da ƙarfe ta amfani da azurfa plating a saman ƙasa a ƙarƙashin yanayin saduwa da bukatun aiki iri ɗaya, don haka rage farashin.
Bukatar rufi
Daidai da buƙatun madugu, matsakaicin insulating ya kamata kuma ya zama iri ɗaya, kuma don samun ƙaramin dielectric akai-akai da ƙimar dielectric asarar Angle tangent darajar, igiyoyin SAS gabaɗaya suna amfani da rufin kumfa. Lokacin da digirin kumfa ya fi 45%, kumfa sinadarai yana da wuya a cimma, kuma digirin kumfa ba shi da kwanciyar hankali, don haka kebul na sama da 12G dole ne ya yi amfani da kumfa na jiki. Kamar yadda aka nuna a cikin hoton da ke ƙasa, lokacin da digiri na kumfa ya kasance sama da 45%, sashin kumfa na jiki da kuma kumfa na sinadarai da aka lura a karkashin na'urar hangen nesa, ƙananan kumfa na jiki sun fi girma kuma sun fi girma, yayin da ƙananan kumfa na sinadarai sun fi girma:
kumfa ta jiki Chemicalkumfa
Lokacin aikawa: Afrilu-20-2024
