Ngokusisiseko, zimbini iingxaki. Eyokuqala yingxaki yomthwalo. Xa ii-high-frequency transformerikhutshwe okanye ilayishwe kancinci, ityhubhu yokutshintsha inokuba nayo imijikelezo engapheliyo ye-cutoff, kwaye i-oscillation ingenzeka kwiindawo ezithile zokusebenza, okubangela ukuba i-transformer ikhuphe kunye nemveliso engazinzanga.
Ukongeza, i-high-frequency transformer nayo iya kwenza ingxolo xa isebenza kwindawo enzima kakhulu. Kule meko, i-transformer ihlala ishushu kwaye inokutshisa nanini na.
Ngakolunye uhlangothi, kukho iingxaki zenkqubo ye-high-frequency transformer process. Kungenzeka ukuba i-galvanizing kunye nokomisa akukho ndawo, okubangela ukuba i-iron core ingaqini, ibangela ukungcangcazela komatshini kunye nokwenza ingxolo. Kwakhona kunokwenzeka ukuba ubude besithuba somoya abufanelekanga, kubangela ukuba i-core transformer ihluthe ngokulula.
Xa i-high-frequency transformer core igcwele, i-current in the coil iyanda, i-transformer iyatshisa kwaye ivelise i-oscillation yokuzimela, kwaye umoya ojikelezayo uyangcangcazela kwaye wenze ingxolo. Isandi sinokubangelwa kukuba ikhoyili ayilimele ngokulinganayo. Kukho ezinye izizathu ezinqabileyo, ezinje ngocingo lwebhodi yesekethe engafanelekanga, iingxaki ngezicwangciso zesekethe, okanye iingxaki ezinomgangatho wecandelo. Oku kuya kubangela ukuphazamiseka, kubangele i-oscillation, kwaye kubangele ukuba i-transformer yenze ingxolo.
Sazise ukuba kutheni i-high-frequency transformers ibetha impempe, ngoko ke ungayicombulula njani le ngxaki?
Eyona ndlela ilula kukukhangela indawo nganye nganye nganye ukugqiba ukuba kukho nawuphi na umonakalo okanye impazamo, kwaye emva koko ukhangele ipeyinti yokufakelwa, i-gap yomoya engundoqo kunye nomlinganiselo weekhoyili eziphambili kunye nesekondari ze-transformer. Ngokuqhelekileyo, isizathu kukuba i-tinning kunye nokomisa akukho ndawo, kwaye ingundoqo ayilungiswanga ngokuqinileyo. Ukuba isandi sokuncwina asingxoli, sinokushiywa singanyangwa. Ukuba inomsindo, ithetha ukuba i-core ikhululekile kwaye iya kubangela ukufudumeza. Unokucinezela i-core ngokuqinileyo kwaye udilize iglue ye-502 permeation, ukwenzela ukuba i-core inokulungiswa ngokukhawuleza. Unako kwakhona ukusombulula ingxaki ngokuyintywilisela kwakhona kwi-varnish.
Ukuba kujongwa njengengxaki kwisithuba somoya ongundoqo, kufuneka uphinde ubale ubungakanani bomsantsa womoya ukuqinisekisa ukuba umsantsa womoya awumkhulu kakhulu okanye umncinci kakhulu, ukuze ubuyisele undoqo ongaqhelekanga. Ukuba kugwetywa ukuba yingxaki nge-winding, ke susa ucingo lwe-enameled kwaye uyibuyisele kwakhona. Umnxeba owenziwe nge-enameled wire kufuneka ufane ngokusemandleni ukuqinisekisa ubuncinci be-inductance yokuvuza.
Ukuba ingxaki isengakwazi ukusonjululwa, kuyacetyiswa ukuba uqhagamshelane nomenzi we-high-frequency transformer ukuze uyibuyisele kumzi-mveliso ukuze uphinde uvelise kwakhona.
Emva kokuvelisa i-transformer, thina i-Xuan Ge Electronics siya kuvavanywa kwi-layer-by-layer ukuqinisekisa ukuba i-transformer inokusebenza ngokuqhelekileyo.
Ke zeziphi iimvavanyo ekufuneka zenziwe ii-high-frequency transformers emva kokuba zivelisiwe ukuqinisekisa umgangatho wazo?
Ukuba unomdla, ungajonga elinye inqaku
https://www.xgelectronics.com/high-frequency-transformer-testing-process/
Singumenzi we-transformer. Wamkelekile ukukhangela eyethuuluhlu lwemveliso.
Siyathemba ukuba singaba ngamaqabane. Ndikunqwenelela okuhle, ishishini elinempumelelo kunye namathamsanqa.
Ixesha lokuposa: Jun-21-2024