Esikhathini sokukhula kwedatha okuqhumayo, ukuzinza kanye nokusebenza kokufunda kwamadrayivu aqinile ekhompuyutha kuthinta ngokuqondile ulwazi lomsebenzisi nokuphepha kwedatha. Ngezinzuzo zayo ezihlukile zobuchwepheshe, ama-YMIN capacitor ahlinzeka ngezixazululo zokuphatha amandla ezibalulekile kuma-hard drive (ikakhulukazi ama-SSD okushayela okuqinile), abe izingxenye eziyinhloko zokuqinisekisa ukusebenza kahle.
Ukuvikelwa kokucisha kanye nobuqotho bedatha
Ama-hard drive cishe azolahlekelwa idatha egcinwe kunqolobane lapho amandla enqanyulwa kungazelelwe. I-YMIN solid-liquid hybrid aluminium electrolytic capacitor (njengochungechunge lwe-NGY) inomthamo ophezulu wokuminyana kanye nezici eziphansi ze-ESR, ezingakhulula amandla agciniwe ngesikhathi sokuhluleka kwamandla, ukunikeza amandla anele e-chip yokulawula, ukuqinisekisa ukuthi idatha egcinwe kunqolobane ibhalwe ngokuphelele kumemori ye-flash, futhi igweme ukulahlekelwa kwedatha ebalulekile. Idizayini yayo ye-105 ° C ukumelana nokushisa okuphezulu kanye namahora angu-10,000 wokuphila kufaneleka kakhulu endaweni yokusebenza yomthwalo ophezulu wesikhathi eside wamadrayivu aqinile.
I-voltage ezinzile kanye nekhono lokulwa nokuphazamiseka
Ukushintshashintsha kwamanje ngesikhathi sokufunda nokubhala kwe-hard drive kuthambekele kumsindo we-voltage. I-YMIN liquid aluminium electrolytic capacitor (efana nochungechunge lwe-LKM) ihlunga ngempumelelo umsindo wokuphakelwa kwamandla futhi igcine ukuzinza kwe-voltage ye-SSD main control chip kanye nenkumbulo ye-flash ye-NAND ngokusebenzisa imvamisa ephezulu nezici ezinkulu zokumelana ne-ripple zamanje. Isibonelo, amaphakheji anosayizi omncane asekela umthamo omkhulu, afinyelele ukuhlunga okuphumelelayo endaweni elinganiselwe, futhi anciphise amazinga amaphutha okudluliswa kwedatha.
I-Miniaturization kanye nedizayini imelana nomthelela
Ama-hard disks esimanje avame ukuba mncane futhi abe lula, futhi anezidingo eziqinile endaweni yengxenye. I-YMIN laminated polymer solid capacitor (njengochungechunge lwe-MPD) isebenzisa idizayini encane kakhulu, futhi ithuthukisa ukuminyana komthamo weyunithi ngenqubo yokufakwa kwe-lamination, elingana kahle nesakhiwo esihlangene se-M.2 SSD. Ngesikhathi esifanayo, ikhono layo lokumelana namakhulu ezinkulungwane zokushaja nokukhipha ukushaqeka kungabhekana nokushaqeka kwamanje okubangelwa ukukhanyisa nokuvala okuvamile, futhi kwandise impilo ye-hard disk.
Ukusebenza okuphezulu kwe-chip ukusebenzisana
Kumadiski aqinile e-NVMe anesivinini esikhulu, i-YMIN conductive polymer tantalum capacitor (efana nochungechunge lwe-TPD) ihlinzeka ngokusekela kwamanje kwamanje kokuhlangana kwe-PCIe ne-ESR ephansi kakhulu kanye nokubekezelelana okuphezulu kwamanje, ukusheshisa ukuphuma kwedatha. Ukupakishwa kwayo okune-miniaturized kuhambisana nokuthambekela kokushintshwa kwasekhaya, ukusiza ama-hard disks afinyelele impumelelo yokusebenza ngaphansi kwesisekelo se-miniaturization.
Isiphetho
Kusukela ekuvikelweni kwedatha kuya ekuthuthukisweni kokusebenza kahle, ama-capacitor e-YMIN ahlanganiswe ngokujulile ekulawuleni amandla, ukuhlunga isignali kanye nezinhlelo zokuvikela ukucima amandla zamadiski aqinile ekhompuyutha anokwethenjelwa okuphezulu, i-miniaturization nezici ezinhle kakhulu zikagesi.
Ubuchwepheshe bayo abugcini nje ukuthuthukisa ukusebenza kahle kokufunda nokubhala kanye nokuvikeleka kwedatha yama-hard disks, kodwa futhi kukhuthaza ukuguquguquka okuqhubekayo kwamadivaysi okugcina ekufezeni ukusebenza kahle okuphezulu, ukuzinza kanye nokubumbana okwedlulele.
Isikhathi sokuthumela: Jun-06-2025