iindaba

Kuyilo lwesiphaluka, ukushisa okwenziwa yi-coil inductance kudlala indima ebalulekileyo kwisiphaluka. Ubushushu obuveliswayo buya kubangela ukuba ubushushu bekhoyili ye-inductive bunyuke. Ubushushu bunempembelelo enkulu kwikhoyili ye-inductive. Ukuchasana kwekhoyili ngokuqhelekileyo kuyanda kunye nobushushu. Sinokuyinciphisa njani impembelelo yobushushu obuveliswa yi-coil inductive kwikhoyili? Ngoku nceda ubone isishwankathelo seli nqaku.

Ezi ndlela zilandelayo ziqhelekileyo zisetyenziselwa ukunciphisa impembelelo ye-thermal conduction ye-coil inductance kwisiphaluka.

1. Inxalenye nganye ye-elektroniki kwisekethe nganye ine-impedance ye-thermal, kwaye ixabiso le-thermal impedance lingabonakalisa amandla okudlulisa ubushushu be-medium okanye phakathi kwe-mediums. Ubungakanani be-impedance ye-thermal buhluka kunye nezinto eziphathekayo, indawo yangaphandle, indawo yokusetyenziswa kunye nokufakwa. Ukusetyenziswa kwezixhobo ze-elektroniki ze-thermal impedance ezine-conductivity ephezulu ye-thermal yeyona ndlela yendabuko kunye neyona ndlela isebenzayo yokunciphisa ukuqhutyelwa kokushisa kwee-coil inductance.

I-2.Ukutshatyalaliswa kobushushu ngesekethe, i-fan yokupholisa iyona nto isetyenziswa kakhulu kwiimarike ngoku. Ngokutshintsha umoya oshushu ojikeleze ikhoyili ye-inductance, ukunyanzeliswa kwe-convection umoya obandayo kusetyenziselwa ukubuyisela umoya oshushu, kwaye ukushisa kwesekethe kuqhutyelwa ngokuqhubekayo emoyeni ojikelezayo. Ngokubanzi, ifeni yokupholisa inokuphucula ngokufanelekileyo amandla okuphelisa ubushushu nge-30%, kodwa ukungabikho kokulungileyo kukuba iyakuvelisa ukungcangcazela kunye nengxolo. Isebenza kuphela kwizixhobo zemveli okanye zale mihla ezifana neekhompyutha, izincedisi zemoto, iziguquli zamaza, izixhobo ze-hardware, izixhobo zesikhenkcisi, njl.njl. ezinomthamo omkhulu.

I-3.I-heat dissipation coating isetyenziswe ngokuthe ngqo kwi-surface yento (i-coil inductance) ukuba ipholile, kwaye ukushisa okubanjwe kuya kukhupha kwaye kukhuphe kwindawo yangaphandle ngelixa ukushisa kuqokelelwa kwaye kushushu. Inokunyusa ukuzicoca, i-insulating, i-anti-corrosion, ubungqina bokufuma kunye nezinye iimpawu. Yindlela entsha yokunciphisa impembelelo ye-thermal conduction ye-coil inductance kwisiphaluka.

I-4.I-conductivity ye-thermal kunye ne-hot melt yolwelo inkulu kunezo zegesi, ngoko ke ukupholisa ulwelo kungcono kunokupholisa kwefeni. Isipholisi sinxibelelana ngokuthe ngqo nangokungathanga ngqo nekhoyili yokungeniswa kwamandla okanye amanye amacandelo e-elektroniki ukukhupha ubushushu kunye nokukhupha ubushushu ngaphandle kwesekethe. Ukungalungi ziindleko eziphezulu, umthamo omkhulu kunye nobunzima, kunye nokugcinwa okunzima.

I-5.I-adhesive conductive conductive kunye ne-heat dissipation paste inomsebenzi ofanayo kunye nentsingiselo yokoqobo. Bane-conductivity egqwesileyo yokushisa kwaye banokuphucula ngokufanelekileyo amandla okutshatyalaliswa kobushushu bamacandelo e-elektroniki kwisekethe. Zihlala zisetyenziselwa ukugcoba kumphezulu wamacandelo e-elektroniki (ii-coil inductive) ukuhambisa ubushushu kwi-radiator (i-radiator yenziwe ngobhedu okanye i-aluminium). I-radiator ibamba ukushisa kwaye ikhuphe ngaphandle kwesiphaluka, igcina ubushushu besiphaluka buqhelekileyo. Okwesibini, intlama yokulahla ubushushu inobungqina obuthile bokufuma, ubungqina bothuli, i-anti-corrosion kunye neminye imisebenzi, kwaye yindlela efanelekileyo yokuphucula amandla okutshatyalaliswa kobushushu kunye nokuzinza kwezinto ze-elektroniki.