labarai

◆ Mahimman sassan lantarki waɗanda ke ba da ƙarfin ƙarfi ga inductor da semiconductor
◆ Gane girman ultra-micro ta hanyar fasahar abu mai zaman kanta da aikace-aikacen tsarin micro
-Fusion na atomized foda fasahar da semiconductor substrate samar fasahar tara ta MLCC
◆ Tare da babban aiki da ayyuka da yawa na kayan aikin lantarki, buƙatun ƙwararrun ƙwararrun inductor yana ƙaruwa.
- Yi tsammanin haɓaka zuwa MLCC na biyu kuma ya faɗaɗa rabon kasuwa ta hanyar fasaha mai jagoranci
To
Kamfanin Samsung Electro-Mechanics ya fada a ranar 14 ga wata cewa ya samar da inductor mafi kankanta a duniya.
Inductor da aka haɓaka wannan lokacin samfuri ne mai ƙaramin ƙarami mai girman 0804 (tsawon 0.8mm, faɗin 0.4mm). Idan aka kwatanta da ƙaramin girman 1210 (tsawon 1.2mm, nisa 1.0mm) da aka yi amfani da shi a cikin na'urorin hannu a baya, yankin ya ragu sosai, kauri shine kawai 0.65mm. Samsung Electro-Mechanics yana shirin samar da wannan samfurin ga kamfanonin na'urorin hannu na duniya.
Inductors, a matsayin ainihin sassan da ake buƙata don daidaitawar watsa wutar lantarki a cikin batura zuwa na'urorin lantarki, wasu sassa ne masu mahimmanci a cikin wayowin komai da ruwan, na'urorin sawa, da motocin lantarki. Kwanan nan, kayan aikin IT suna zama masu sauƙi, ɓacin rai da ƙarancin ƙarfi. Yawan sassan da aka sanya a cikin ayyuka masu yawa da samfurori masu mahimmanci kamar sadarwar 5G da kyamarori masu aiki da yawa sun karu, kuma adadin sassan da aka shigar da sarrafawa ya ragu. A wannan lokacin, ana buƙatar samfuran ultra-micro. Bugu da kari, yayin da aikin sassa ke samun mafi kyau, adadin wutar lantarki da ake amfani da shi yana ƙaruwa, don haka ana buƙatar inductor waɗanda za su iya jure babban igiyoyin ruwa.
To
Ayyukan inductor gabaɗaya ana ƙididdige su ta hanyar ɗanyen kayan sa na maganadisu (wani abu na maganadisu) da nada (wayar jan ƙarfe) da za a iya raunata a ciki. Wato, don haɓaka aikin inductor, ana buƙatar halaye na jiki na maganadisu ko ikon yin iska mai yawa a cikin takamaiman sarari.
To
Ta hanyar fasahar kayan da MLCC ta tara da aikace-aikacen semiconductor da fasahar samar da substrate, Samsung Electro-Mechanics ya rage girman da kusan 50% kuma ya inganta asarar wutar lantarki idan aka kwatanta da samfuran da suka gabata. Bugu da kari, ba kamar inductor na al'ada da ake sarrafa su a cikin raka'a ɗaya ba, Samsung Electro-Mechanics an sanya su a matsayin naúrar ƙasa, wanda ke haɓaka haɓaka aiki kuma yana sa kauri samfurin ya yi laushi.
To
Samsung Electro-Mechanics ya ɓullo da kansa da albarkatun kasa ta amfani da Nano-matakin matsananci-lafiya foda, da kuma amfani da photosensitive tsari amfani a semiconductor samar (samar da hanyar yin rikodi da'irori da haske) don samun nasarar gane lafiya tazara tsakanin coils.
To
Hur Kang Heon, mataimakin shugaban cibiyar bincike ta Samsung Electro-Mechanics Central Research, ya ce, "Kamar yadda kayayyakin lantarki ke inganta aiki kuma suna da ayyuka da yawa, ya zama dole a rage girman sassan ciki da inganta ayyukansu da iya aiki. Don wannan, ana buƙatar fasaha daban-daban. A matsayinsa na kamfani daya tilo da ke da fasahar kayan abu da fasahar ultra-micro, Samsung Electro-Mechanics yana kara inganta gasa na kayayyakinsa ta hanyar hada fasahohi." …
To
Samsung Electro-Mechanics ya haɓaka kuma ya samar da inductors tun 1996. Dangane da ƙarami, ana ɗaukarsa yana da mafi girman matakin fasaha a cikin masana'antar. Samsung Electro-Mechanics yana shirin faɗaɗa jeri na samfuransa da rabon kasuwa ta hanyar manyan fasahohi kamar haɓaka albarkatun ƙasa da fasaha na ultra-micro.
To
Ana sa ran cewa tare da babban aiki da aiki da yawa na na'urorin lantarki, sadarwar 5G mai aiki da haɓaka kasuwar na'urorin da za a iya amfani da su, buƙatun inductor na ƙarami za su ƙaru cikin sauri, kuma adadin shigarwa a cikin na'urorin lantarki zai ƙaru. fiye da 20% a kowace shekara a nan gaba.
To
※ Abubuwan Magana
MLCCs da inductor abubuwa ne masu wucewa waɗanda ke sarrafa ƙarfin lantarki da na yanzu don sanya na'urorin lantarki suyi aiki lafiya. Saboda kowane bangare yana da halaye daban-daban, yana buƙatar shigar da shi a cikin kayan lantarki a lokaci guda. Gabaɗaya, capacitors na ƙarfin lantarki ne, kuma inductor na halin yanzu, yana hana su canzawa da ƙarfi da samar da ƙarfi ga semiconductor.