Kulesi sigaba, sizoxoxa ngolunye uhlobo olukhethekile locingo esilusebenzisayo, olubizwa ngokuthi i-enameled copper wire, okuwucingo olumbozwe ungqimba oluncane kakhulu lwe-insulating material. Lesi sici siqukethe izinto ezikwazi ukumelana namazinga okushisa aphezulu angenziwa ugesi. Intambo yethusi ene-enameled isetshenziswa kakhulu ezinhlelweni ezahlukene zikagesi, njengamamotho, ama-transformer, ama-solenoid (amadivayisi okukhiqiza amandla kazibuthe). 32 AWG intambo yethusi enoqweqwe oluqinile ingenye yezinhlobo ezivame kakhulu, futhi eziwusizo zocingo phakathi kwawo wonke lawa masayizi. Sizoxoxa ngokuthi yini eyenza i-32 AWG enentambo yethusi ibe yigugu nokuthi kungani kuyinketho engcono kakhulu yezixazululo eziningi ezihlobene nogesi.
Okokuqala, isho ukuthini i-AWG? I-American Wire Gauge (AWG) Iwuhlelo lokulinganisa olubonisa ukuthi ucingo luwugqinsi noma luncane kangakanani. Inombolo ye-AWG ikhomba ukujiya kwentambo — ngezinombolo eziphansi ezibonisa intambo ewugqinsi. Ngakho-ke uma sibhekisela kuntambo yethusi enoqweqwe oluqinile engu-32 AWG, sibhekisela ocingweni oluncane kakhulu olunobubanzi obungu-0.008 amayintshi (0.203 mm). Nakuba lulungile lolu cingo, lunezici ezithile ezinhle ezilwenza lube ukukhetha okuphezulu kubaklami nonjiniyela abasebenza ngezinto zikagesi.
I-conductivity kagesi iyisici esibaluleke kakhulu socingo lwethusi olunamele lwama-32 AWG. I-Copper ingenye yama-conductor angcono kakhulu okuphatha amasignali kagesi. Leyo nombolo isho ukuthi iyakwazi ukuthutha ugesi kalula isuka endaweni eyodwa iye kwenye, ngokulahleka kwamandla okuncane kule nqubo. Noma kunjalo, ucingo oluvamile lwethusi ngokuvamile lumbozwa ungqimba oluvikelayo olungase lunciphise ukusebenza kwalo. Intambo yethusi enoqweqwe oluqinile ithuthukise lokhu kusungulwa ngokumboza ucingo ngelendlalelo elincanyana eliyisipesheli elingavimbeli ukusebenza kwalo. Njengoba izacile kakhulu (32 AWG) intambo ingaboshelwa ngokuqinile. Iphinde isize ukukhulisa amandla ayo okuqhuba ugesi ngenkathi igcina usayizi wayo omncane, ibaluleke kakhulu ezintweni eziningi zikagesi.
Ngakho-ke, ake sazi ukuthi kungani i-32 AWG ifaka amasudi ezintambo zethusi ezinoqweqwe lwawo kumadivayisi kagesi. Okokuqala, ubuncane bayo kanye nokusebenza kahle kwayo kusho ukuthi ifaneleka kahle kwizinhlelo zokusebenza ezinendawo elinganiselwe kodwa isidingo sokusebenza okuphezulu. Kumamotho amancane, isibonelo, ucingo ludinga ukuthatha amavolumu amancane kakhulu kodwa lunikeze amandla anele ukuze wonke umhlangano usebenze. Le ntambo efanayo ifika kahle kuma-solenoid lapho kufanele ikhiqize insimu enamandla kazibuthe ngaphandle kokushisa ngokweqile okungaholela enkingeni.
I-insulating inikeza ukuvikeleka kocingo ezintweni zemvelo, ebezingabangela umonakalo/ukugqwala ngaphakathi kwethusi, okungesinye isizathu esikhulu sokusebenzisa lolu hlobo lwentambo. Lokho kufakwa kusho ukuthi ucingo kulula ukusebenza ngalo futhi lungenziwa kalula lube amakhoyili ngaphandle kokuphuka noma ukulahlekelwa ukuma kwalo. Enye i-pro ukuthi i-32 AWG ene-enameled wire yethusi kulula ukuyithengisa. I-Soldering iyindlela yokuxhuma izintambo kwezinye izingxenye, futhi ngalolu cingo, awudingi ngisho namathuluzi akhethekile noma amasu ukuze ukwenze kahle.
Komunye umthengisi oseduze ungathenga ngaphansi kwezintambo zethusi ezinoqweqwe lwawo ezingama-32 AWG. Ikhebula le-shenzhou ngumkhiqizi owaziwayo odume ngokubumba izintambo zethusi ezinoqweqwe olumangalisayo. Ziza ngobukhulu obuhlukahlukene nemibala ukuze uthole okudingayo. Basebenzisa izingxenye zebanga eliphezulu kuphela kanye nezindlela zokukhiqiza ezisezingeni eliphezulu. Sesikushilo lokho, kubanikeza umuzwa omuhle wokuphepha ngoba ucingo lwabo luhlangabezana noma ludlula izindinganiso zomkhakha, futhi lokho kubaluleke kakhulu ekuthembekeni nasekuphepheni. Intambo yethusi ene-enameled ye-Shenzhou Cable engu-32 AWG ilungele amamotho amancane, ama-transformer, namanye ama-electronics asebenza kahle kakhulu. Ngenxa yokuguquguquka kwayo okuphakeme, ukuguquguquka, nokuqina, iphezulu ohlwini lwensimbi ekhethwayo kunoma yimuphi unjiniyela nomklami ofuna okungcono kakhulu kumaphrojekthi abo.
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