Amandla aphezulu wokugquma iTeflon inamaleko amathathu ekwazi ukumelana nobushushu isiguquli esigreyi esizincamathelisayo esincamathelayo setshaja yekhoyili engenazingcingo.

Amandla aphezulu wokugquma iTeflon inamaleko amathathu-ukumelana nobushushu obunganyangekiyo kwisiguquli esigreyi esizincamathelisayo sokuncamathela kwikhoyili yetshaja engenazingcingo eFakelweyo

Inkcazelo emfutshane:

I-coil yokubambelela ngokuzimeleyo yenziwa ngocingo lwe-self-adhesive insulating olunokuthi luboshwe kwaye lwenziwe emva kokufudumeza okanye unyango lwe-solvent. Ngokuqhelekileyo isetyenziswa: unikezelo lwamandla aphezulu, imodyuli yokutshaja ngaphandle kwamacingo, izixhobo ze-5G, izixhobo ze-photovoltaic, indawo entsha yamandla, isihluzi semowudi eqhelekileyo, i-multifrequency transformer, i-impedance transformer, i-balanced and unbalanced converter transformer, umgca we-USB wekhompyutheni yomntu kunye nezixhobo ze-peripheral, Iphaneli ye-LCD, isignali ye-voltage ephantsi, njl

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Iithegi zeMveliso

Ukuchaneka kokujika

Inani elingalunganga lokujika liya kuchaphazela iiparamitha ze-electromagnetic kwaye ayilungele ukufakelo oluzinzisiweyo. Kulula ukuba nenani elingalunganga lokujika xa ujija iikhoyili ezinojiko oluninzi. Ke ngoko, abavelisi abaninzi baya kukhetha ukuthenga imitha yokujika okanye ukulinganisa ukujika ngesandla ukusombulula le ngxaki. Ngaphantsi komgangatho wemveliso we-7S, i-Huaying Electronics iphinde yaphucula iworkshop ngobukrelekrele, isebenzisa umatshini wokujija ozenzekelayo.

Ukulawula imilo yekhoyili

Ubume bekhoyili iya kuhlangabezana neemfuno zomthengi, ezifuna umgangatho ophezulu wokwenza i-coil eyenziwe, ngaphandle koko iya kuchaphazela ukucubungula okulandelayo.
Ngelixa sihlangabezana neemfuno zokwenza ngokwezifiso zabathengi, nangona besinobuchwephesha iminyaka engaphezu kwe-10, siya kukhathazwa yimiqobo yobugcisa.
Iikhoyili ezixande kwiimarike zifana neekhoyili ezixande, njenge "coil oval" kunye "ne-chamfered rectangular coils", efana neekhoyili ezixande, kunokuba zixande zangempela.

Ikhoyili yintliziyo ye-transformer kunye neziko lokuguqulwa kwenguqu, ukuhanjiswa kwamandla kunye nokusabalalisa. Ukuqinisekisa ixesha elide elikhuselekileyo kunye nokusebenza okuthembekileyo kwe-transformer, ezi mfuno zilandelayo ezisisiseko kufuneka zifezekiswe kwikhoyili ye-transformer:
a. Amandla ombane. Ngexesha lokusebenza kwexesha elide le-transformer, ukugquma kwayo (apho i-Z ibalulekile ekufakeni i-coil) kufuneka ikwazi ukumelana ngokuthembekileyo neentlobo ezine zombane ezilandelayo, ezizezi, umbane we-voltage over-voltage, ukuguqula i-impulse phezu- I-voltage, i-voltage edlulayo kunye ne-voltage yokusebenza kwexesha elide. Ukutshintsha i-overvoltage kunye ne-overvoltage edlulayo ngokudibeneyo kubhekiselwa kuyo njenge-overvoltage yangaphakathi.
b. Amandla obushushu. Amandla okumelana nokushisa kwekhoyili abandakanya iinkalo ezimbini: Okokuqala, phantsi kwesenzo sexesha elide elisebenzayo le-transformer, qinisekisa ukuba ubomi benkonzo ye-coil insulation bulingana nobomi benkonzo ye-transformer. Okwesibini, phantsi kweemeko zokusebenza kwe-transformer, xa isiphaluka esifutshane senzeke ngokukhawuleza, i-coil iya kukwazi ukumelana nobushushu obuveliswa ngumbane omfutshane ngaphandle komonakalo.
c. Amandla omatshini. Ikhoyili iya kukwazi ukumelana namandla e-electromotive eyenziwe yisekethe yangoku emfutshane ngaphandle komonakalo kwimeko yesekethe emfutshane ngequbuliso.