Iiseva ze-IDC zibe zezona mpembelelo zinkulu kuphuhliso lweshishini ledatha elikhulu.
Okwangoku, i-cloud computing ibe yeyona nto iqhuba uphuhliso lweshishini le-IDC yehlabathi. Idatha ibonisa ukuba imarike yeseva ye-IDC yehlabathi jikelele ikhula ngokuthe ngcembe.
1,Yintoni iseva ye-IDC yokuntywiliselwa ukupholisa ulwelo?
Kwimeko "yekhabhoni ezimbini", iingxaki zangoku zokutshatyalaliswa kobushushu ezibangelwa ukuveliswa kobushushu obuphezulu beeseva ziye zaba ngumqobo wokusebenza komncedisi. Iinkampani ezininzi ze-IT zomeleze uphando kunye nophuhliso lokupholisa ulwelo kumaziko edatha. Iindlela zangoku zetekhnoloji zokupholisa ulwelo ezingundoqo ziquka ukupholisa ulwelo kwipleyiti ebandayo, ukupholisa ulwelo lokutshiza, kunye nokupholisa ulwelo lokuntywiliselwa. Phakathi kwabo, ukuntywiliselwa ukupholisa ulwelo kuthandwa yimarike ngenxa yokusebenza kakuhle kwamandla, ukuxinana okuphezulu, ukuthembeka okuphezulu kunye nezinye iimpawu.
Iiseva ze-IDC kufuneka zintywilisele ngokupheleleyo umzimba womncedisi kunye nonikezelo lwamandla kwindawo yokupholisa ukupholisa ngokuthe ngqo. Isipholisi asingeni kutshintsho lwesigaba ngexesha lenkqubo yokutshabalalisa ubushushu, kwaye senza iluphu yokuqhuba ubushushu evaliweyo ngesixokelelwano sokujikeleza kokupholisa.
2,Ukhetho olucetyiswayo lwee-capacitors kunikezelo lwamandla omncedisi
Ukupholisa ulwelo lokuntywiliselwa kuneemfuno eziphezulu kakhulu kumacandelo, kuba unikezelo lwamandla lomncedisi lukwilwelo ixesha elide, olunokubangela lula ukuba iplagi yerabha yecapacitor idumbe kwaye iqhume, echaphazela umthamo wecapacitance, ukuthotywa kweparamitha, kunye nobomi obufutshane.
3,I-Shanghai Yongming Capacitor ikhusela iiseva ze-IDC
Shanghai Yongming Electronics 'polymer eqinileyoi-aluminium electrolytic capacitorsbaneempawu ze-ultra-low ESR, ukuxhathisa okunamandla ngoku, ubomi obude, umthamo omkhulu, ubuninzi obuphezulu, kunye ne-miniaturization. Ikwasebenzisa iiplagi zerabha ezenziwe ngezinto ezikhethekileyo ukusombulula iingxaki ezinjengokudumba, ukudumba, kunye nokutshintsha kwamandla e-capacitors kwiiseva ezintywilisiweyo. Inika isiqinisekiso esinamandla sokusebenza kweseva ye-IDC.
Ixesha lokuposa: Oct-27-2023