Yayin da na'urorin lantarki ke tafiya zuwa ga yawan mita da kuma ƙara girman na'urorin, na'urorin capacitors na yumbu masu yawa (MLCCs) sun zama "zuciyar da ba a iya gani" ta ƙirar da'ira. Tare da fasahar capacitor na yumbu mai ƙirƙira, Shanghai YMIN Electronics tana shigar da wutar lantarki ta cikin gida zuwa manyan fannoni kamar sabbin makamashi, sabbin AI, da na'urorin lantarki na mota tare da tacewa mai yawa, ƙarancin ESR, da aminci na matakin soja.
"Mai Tsaron Tace" don Yanayin Yawan Mita
Na'urorin lantarki na zamani suna da buƙatu masu yawa don tsarkake sigina. YMIN MLCC tana cimma daidaiton tacewa a cikin yanayi mai yawan mita ta hanyar kayan aiki masu kyau da kuma hanyoyin tattarawa masu yawa:
Ingantaccen ikon hana tsangwama: A kan tashoshin tushe na 5G da kuma motherboards na uwar garken AI, yana iya ɗaukar hayaniyar matakin GHz cikin sauri, rage karkacewar sigina, da kuma tabbatar da sahihancin watsa bayanai mai sauri.
Fa'idar amsawar wucin gadi: Idan nauyin ya canza ba zato ba tsammani, ana kammala caji da fitar da caji cikin ɗan gajeren lokaci, wanda hakan ke rage canjin wutar lantarki da kuma hana guntu masu laushi daga rufewa saboda ƙaruwar wutar lantarki.
Ƙaramin girma, juyin juya halin sarari mai yawa
Ganin tsarin PCB na na'urori masu wayo "yana da mahimmanci", YMIN ta karya iyaka ta zahiri tare da fasahar fim mai daidaiton matakin micron:
Ƙaramin fakitin yana ɗauke da babban ƙarfin aiki, yana adana sarari 60% idan aka kwatanta da capacitors na gargajiya, yana taimaka wa SSD da na'urorin caji masu sauri su cimma "ƙirar rage nauyi".
Jerin manyan ƙarfin lantarki sun dace da yanayin ƙarfin lantarki mai girma kamar sandar bas ɗin DC-Link na photovoltaic da tsarin tuƙin lantarki na mota, kuma capacitor ɗaya zai iya maye gurbin mafita da yawa a layi ɗaya.
"Dutse mai ɗorewa" a cikin mawuyacin yanayi
Daga tashoshin wutar lantarki na hamada zuwa sabbin sassan injinan motoci masu amfani da makamashi, YMIN MLCC ta wuce tabbatar da inganci sau uku:
-55℃~125℃ faɗin kewayon zafin jiki mai ƙarfi yana aiki lafiya, ana iya yin watsi da ƙimar asarar zafin jiki mai yawa, babu tsoron tasirin bambancin zafin jiki na waje.
Bin ƙa'idodin motoci, inganta aikin girgizar ƙasa, da kuma tabbatar da yin aiki na dogon lokaci na tsarin sarrafa radar da aka ɗora a kan ababen hawa a cikin yanayi mai cike da rudani.
Kayan da ba su da gubar da ke kare muhalli, babu haɗarin zubar da gurɓataccen iska a lokacin zagayowar rayuwar aiki.
Babban ci gaba a fannin maye gurbin gidaje
YMIN tana fuskantar ikon mallakar samfuran Japan kuma ta karya yanayin tare da haɗin "ƙimar Q mai girma + juriyar ƙarfin lantarki mai girma":
Jerin ƙimar Q mai girma yana rage asarar da'irori na RF kuma ya zama zaɓi na farko ga na'urorin RF na tashar tushe ta 5G.
Jerin manyan ƙarfin lantarki yana karya ta hanyar da ba ta dace ba ta hanyar juriya ga ƙarfin lantarki. Bayan samar da taro a shekarar 2024, an yi amfani da shi a cikin na'urorin wutar lantarki na SiC na masu canza ajiyar makamashi, kuma an ƙara ingancinsa zuwa kashi 96%.
Kammalawa
Daga rabon kayan matakin nano zuwa ga nasarorin juriyar ƙarfin lantarki na matakin kilovolt, na'urorin YMIN na yumbu suna ɗauke da "ƙarfi mai girma" tare da "ƙananan jikuna" kuma suna sake fasalta ma'aunin aminci na da'irori masu ƙarfi. A cikin tafiyar da kayan aiki da na'urori na cikin gida ke zama masu zaman kansu, YMIN tana amfani da na'urorin yumbu a matsayin cikas don amfani da haɓakar haɓakar masana'antar lantarki ta matakin biliyan 100 - wanda ke sanya kowane na'urar capacitor "tushe mai shiru" wanda ke tallafawa masana'antar China mai wayo.
Lokacin Saƙo: Yuni-12-2025