iindaba

◆ Amacandelo e-elektroniki angundoqo anika amandla azinzileyo kwii-inductors kunye ne-semiconductors
◆ Qonda ubukhulu be-Ultra-micro ngokusebenzisa iteknoloji yezinto ezizimeleyo kunye nenkqubo yesicelo esincinci
-Ukuhlanganiswa kwetekhnoloji ye-atomized powder kunye nethekhnoloji yokuvelisa i-semiconductor substrate eqokelelwe nge-MLCC
◆ Ngokusebenza okuphezulu kunye nemisebenzi emininzi yezixhobo ze-elektroniki, imfuno ye-ultra-miniature inductors iyanda.
-Lindela ukuba iphuhlise kwi-MLCC yesibini kwaye yandise isabelo semarike ngokusebenzisa iteknoloji ehamba phambili
To
I-Samsung Electro-Mechanics ithe ngomhla we-14 ukuba iphuhlise eyona inductor incinci kwihlabathi.
I-inductor ephuhlisiwe ngeli xesha yimveliso ye-ultra-miniature enobukhulu be-0804 (ubude be-0.8mm, ububanzi be-0.4mm). Xa kuthelekiswa nobukhulu obuncinci be-1210 (ubude be-1.2mm, ububanzi be-1.0mm) obusetyenziswe kwizixhobo eziphathekayo kwixesha elidlulileyo, indawo iyancipha kakhulu, ubukhulu bu-0.65mm kuphela. I-Samsung Electro-Mechanics iceba ukubonelela le mveliso kwiinkampani zezixhobo zeselfowuni zehlabathi.
Ii-inductors, njengezona nxalenye zingundoqo ezifunekayo kuthumelo oluzinzileyo lwamandla kwiibhetri ukuya kwii-semiconductors, zizinto eziyimfuneko kwii-smart phones, izixhobo ezinxitywayo, kunye nezithuthi zombane. Kutshanje, izixhobo ze-IT ziya ziba khaphukhaphu, zincinci kwaye zincinci. Inani leengxenye ezifakwe kwiimveliso ezininzi kunye nemveliso ephezulu efana nonxibelelwano lwe-5G kunye neekhamera ze-multi-function ziye zanda, kwaye inani leenxalenye zangaphakathi ezifakiweyo zokulawula ziye zancipha. Ngeli xesha, iimveliso ze-ultra-micro ziyafuneka. Ukongezelela, njengoko ukusebenza kweengxenye kuya kuba ngcono, inani lombane elisetyenzisiweyo liyakhula, ngoko ke i-inductors enokumelana nemisinga ephezulu iyadingeka.
To
Ukusebenza kwe-inductor ngokuqhelekileyo kugqitywa ngumzimba wayo wemagnethi (into yamagnetic) kunye nekhoyili (icingo lobhedu) elinokuthi lilimaze ngaphakathi. Oko kukuthi, ukwenzela ukuba kuphuculwe ukusebenza kwe-inductor, iimpawu zomzimba wamagnetic okanye ukukwazi ukukhupha iikhoyili ezininzi kwindawo ethile ziyafuneka.
To
Ngokusebenzisa iteknoloji yezinto eziqokelelwe yi-MLCC kunye nokusetyenziswa kwe-semiconductor kunye ne-substrate yokuvelisa iteknoloji, i-Samsung Electro-Mechanics iye yanciphisa ubungakanani malunga ne-50% kwaye yaphucula ilahleko yombane xa kuthelekiswa neemveliso ezidlulileyo. Ukongezelela, ngokungafaniyo nee-inductors eziqhelekileyo ezicutshungulwa kwiyunithi enye, i-Samsung Electro-Mechanics yenziwe ibe yiyunithi ye-substrate, ephucula imveliso kwaye yenza ukuba ubukhulu bemveliso bube buncinci.
To
I-Samsung Electro-Mechanics iye yavelisa ngokuzimeleyo izinto eziluhlaza zisebenzisa i-nano-level ultra-fine powders, kwaye isebenzise inkqubo ye-photosensitive esetyenziswe kwimveliso ye-semiconductor (indlela yokuvelisa iisekethe zokurekhoda ngokukhanya) ukuze iqonde ngempumelelo isithuba esihle phakathi kweekhoyili.
To
U-Hur Kang Heon, uSekela Mongameli we-Samsung Electro-Mechanics Central Research Institute, uthe, "Njengoko iimveliso ze-elektroniki ziphucula ukusebenza kwaye zinemisebenzi emininzi, kuyimfuneko ukunciphisa ubungakanani beendawo zangaphakathi kunye nokuphucula ukusebenza kunye namandla abo. Kule nto, iiteknoloji ezahlukeneyo ziyafuneka. Njengokuphela kwenkampani enobuchwephesha bezinto eziphathekayo kunye netekhnoloji ye-ultra-micro, i-Samsung Electro-Mechanics iqhubela phambili ekuphuculeni ukukhuphisana kweemveliso zayo ngokudityaniswa kwetekhnoloji. …
To
I-Samsung Electro-Mechanics iphuhlise kwaye yavelisa i-inductors ukususela ngo-1996. Ngokubhekiselele kwi-miniaturization, ithathwa njengeyona nto iphezulu yezakhono zobugcisa kwishishini. I-Samsung Electro-Mechanics iceba ukwandisa uluhlu lwayo lwemveliso kunye nesabelo semarike ngokusebenzisa itekhnoloji ekhokelayo kakhulu efana nophuhliso lwemathiriyeli ekrwada kunye netekhnoloji ye-Ultra-micro.
To
Kulindeleke ukuba ngokusebenza okuphezulu kunye nokusebenza okuninzi kwezixhobo zombane, unxibelelwano olusebenzayo lwe-5G kunye nophuhliso lwentengiso yesixhobo esinxitywayo, imfuno yee-inductors ze-ultra-miniature iya kunyuka ngokukhawuleza, kwaye inani lofakelo kwizixhobo zombane liya kunyuka. ngaphezulu kwama-20% ngonyaka kwixesha elizayo.
To
※ Izixhobo zokubhekisela
I-MLCCs kunye nee-inductors zizinto ezisetyenziswayo ezilawula amandla ombane kunye nezangoku ukwenza izixhobo zombane zisebenze kakuhle. Ngenxa yokuba inxalenye nganye ineempawu ezahlukeneyo, kufuneka ifakwe kwisixhobo sombane ngexesha elinye. Ngokuqhelekileyo, ii-capacitors zezombane, kwaye ii-inductors zezangoku, zithintela ukuba zitshintshe ngokukhawuleza kwaye zinikeze amandla azinzileyo kwii-semiconductors.