A matsayina na jagoran Xuange Electronics, sanannen masana'antar taswira tare da shekaru 14 na gogewa a cikin samar da manyan injina da inductor, koyaushe ina neman gabatar da abubuwan fasaha na samfuranmu ga abokan cinikinmu da ƙwararrun masana'antu. A cikin wannan labarin zan so in tattauna daidai da'irar na'urar taswira ta gaske don ƙarin fahimtar masu aikin wutar lantarki da ayyukansu.
Masu amfani da wutar lantarki wani muhimmin bangare ne na tsarin lantarki da yawa, gami da samar da wutar lantarki na mabukaci, samar da wutar lantarki na masana'antu, sabbin wutar lantarki, samar da wutar lantarki da sauransu. Babban masu canza canjin mu da inductor sune UL bokan kuma an tabbatar da su ta ISO9001, ISO14001, ATF16949. Waɗannan takaddun shaida suna tabbatar da inganci da amincin samfuranmu kuma muna alfahari sosai don saduwa da wuce matsayin masana'antu.
Lokacin da ake magana game da daidai da'irar na'urar ta atomatik, ya zama dole a fahimci ainihin ka'idodin aikin transfoma. Transformer wata na'ura ce a tsaye wacce ke watsa makamashin lantarki daga wannan da'ira zuwa waccan ta hanyar inductive conductors (coils na farko da na sakandare) ba tare da wata hanyar wutar lantarki kai tsaye a tsakaninsu ba. An haɗa coil ɗin farko zuwa madogarar canji na yanzu (AC), wanda ke haifar da filin maganadisu wanda ke haifar da ƙarfin lantarki a cikin coil na biyu, ta yadda za a iya canja wurin wuta daga da'irar farko zuwa na biyu.
Yanzu, bari mu shiga cikin daidai da'irar na'urar taransifoma na gaske, wanda shine sauƙaƙan wakilcin halayen na'urar a ƙarƙashin yanayin aiki daban-daban. Daidaitaccen da'irar ya ƙunshi abubuwa da yawa, gami da juriya na firamare da sakandare (R1 da R2, bi da bi), amsawar iska ta farko da ta biyu (X1 da X2, bi da bi), da inductance (M) tsakanin coils na farko da na sakandare. Bugu da kari, core asarar juriya (RC) da magnetizing reactance (XM) wakiltar ainihin asara da magnetizing halin yanzu bi da bi.
A cikin na'ura mai canzawa na gaske, juriya na farko da na biyu (R1 da R2) suna haifar da asarar ohmic a cikin masu gudanarwa, yana haifar da watsawa azaman zafi. Reactances na farko da na sakandare (X1 da X2) suna wakiltar amsawar iskar iska, wanda ke shafar raguwar halin yanzu da ƙarfin lantarki a cikin nada. Inductance Mutual (M) yana kwatanta alaƙar da ke tsakanin coil na farko da coil na biyu kuma yana ƙayyade ingancin watsa wutar lantarki da rabon canji.
Core asara juriya (RC) da magnetizing reactance (XM) ƙayyade magnetizing halin yanzu da ainihin asarar a cikin gidan wuta. Babban hasara, wanda kuma aka sani da asarar ƙarfe, ana haifar da su ta hanyar hysteresis da igiyar ruwa a cikin ainihin kayan, yana haifar da kuzari a cikin yanayin zafi. Magnetizing reactance yana wakiltar amsawar inductive mai alaƙa da magnetizing halin yanzu wanda ke kafa juzu'in maganadisu a cikin ainihin.
Fahimtar da'irar da'irar na ainihi na ainihi yana da mahimmanci don ingantaccen ƙirar ƙira, bincike, da ƙira na tushen tsarin canji. Ta hanyar la'akari da juriya, haɓakawa da abubuwan haɗin kai na daidaitaccen da'ira, injiniyoyi na iya haɓaka aikin mai canzawa, inganci da aminci a cikin aikace-aikace iri-iri, daga sabon makamashi da ɗaukar hoto zuwa UPS, robotics, gidaje masu wayo, tsarin tsaro, kiwon lafiya da sadarwa.
A Xuange Electronics, ƙungiyarmu ta R&D mai ƙarfi ta himmatu wajen samar da sabbin hanyoyin magance rage zafin jiki, kawar da hayaniya, da haɓaka haɓakar haɓakar hasken rana na manyan injina da inductor. Muna ci gaba da ƙoƙari don haɓaka aiki da ingancin samfuranmu don saduwa da buƙatun abokan cinikinmu da masana'antu masu canzawa koyaushe.
A taƙaice, daidai da da'irar na'urar taswira ta ainihi ita ce ainihin abin ƙira don fahimtar halayen lantarki da halayen na'urar taswira. A matsayinmu na masana'antar taswira, mun himmatu wajen raba ƙwarewar fasaha da iliminmu tare da abokan cinikinmu da abokan hulɗa don sauƙaƙe yanke shawara da ingantaccen amfani da samfuranmu. Mun yi imanin cewa ta hanyar zurfafa fahimtar fasahar taswira, za mu iya ba da gudummawa ga ci gaban aikin injiniyan lantarki da ci gaba da haɓakawa a cikin tsarin samar da wutar lantarki.