Ukuthembela okuphezulu nokusetshenziswa kwamandla okuphansi - Izici ezibalulekile zamaseva edijithali. Ama-capacitor aqinile we-aluminium acleminum acleminum ahlangana ngokuphelele nezidingo.

I-Digitalization isiphenduke umkhuba omkhulu emphakathini wanamuhla, kanye nezikhungo zedatha namaseva adlala indima ebalulekile. Amaseva edijithali adinga ukuba nokwethenjwa okuphezulu kanye nokusetshenziswa kwamandla okuphansi ukufeza izidingo zokucubungula inani elikhulu ledatha ngokushesha nangokunembile. Ngokuguqulwa kwedijithali kwamabhizinisi kanye nokuthandwa kwefuloji le-computing technology, kanye nokuthuthukiswa okusheshayo kobuchwepheshe obuqhamukayo njengedatha enkulu, i-5G, intelligence yokufakelwa kanye ne-Intanethi yezinto, isidingo semakethe yeseva sikhombisile ukwanda okubukhali. Isilinganiso semakethe yeseva ye-Global Digital sizoqhubeka nokukhula eminyakeni embalwa ezayo. Gcina ukukhula okuqinile.

Lapho iseva isebenza, izokhiqiza iningi lamanje (umshini owodwa ungafinyelela ngaphezu kwe-130a). Phakathi kwazo, ama-camacito aqinile aqinile azungeze i-CPUS yeseva namakhadi we-Graphics adlala indima ebalulekile kwisitoreji samandla nokuhlunga. I-polymer capacitor ye-laminer efakwe ngokugcwele ingadonsa ngokugcwele i-peak voltage futhi igweme ukuphazamiseka nomjikelezo, ngaleyo ndlela iqinisekise ukuphuma okubushelelezi nokuzinzile kweseva. I-polymer capacitor ye-laminer ne-ripple eqinile futhi i-surple ripple yamanje nokuzithambisa okuphansi, okuqinisekisa ukuthi wonke umshini unokusebenzisa amandla aphansi.

I-ymin lanemiated polymer capacitorAma-MPUchungechunge lunenani le-ESR-Low ESR (eliphakeme le-3mω) futhi lihambisana ngokuphelele nochungechunge lwePanasonic GX.

Ama-capacitors we-ymin lamenied anokuqina okukhulu kanye nokwethenjwa, ukuhlinzeka ngokusekelwa okuqinile kokuthuthukiswa okusheshayo komkhakha weseva yedijithali