Hawlaha Muhiimka ah iyo Caqabadaha Kaydinta Server SSD
Maaddaama adeegayaasha xogta AI ay noqdaan barta ugu muhiimsan muuqaalka qalabka IT-ga, nidaamyada kaydintooda ayaa sii kordhaya oo adag. Si loo daboolo baahida habbaynta xogta baaxadda leh, SSDs (Solid-State Drives) waxay noqdeen qayb muhiim ah. SSD-yadu uma baahna oo kaliya inay bixiyaan xawaare wax-akhris/qoraal hufan leh iyo daahitaan aadka u hooseeya laakiin waxay sidoo kale u baahan yihiin cufnaanta kaydinta sare iyo naqshad kooban. Intaa waxaa dheer, hababka ilaalinta awoodda luminta caqliga ayaa muhiim u ah si loo xaqiijiyo daacadnimada xogta xaaladaha degdegga ah. Sidaa darteed, marka la dooranayo capacitors, tixgalinta muhiimka ah waxaa ka mid ah cufnaanta awoodda sare, isku halaynta sare, yaraynta, iyo iska caabinta beddelka qulqulka.
01 Doorka Muhiimka ah eeWaxqabadka Polymer Hybrid Aluminum Electrolytic CapacitorsNidaamyada Kaydinta
Doorka Halis ah eeWaxqabadka Polymer Hybrid Aluminum Electrolytic Capacitorsee Maaraynta Awooda Server iyo Xeerka Korantada
Xirmooyinka dareeraha adag ee isku-dhafan waxay door muhiim ah ka ciyaaraan maaraynta awoodda server-ka iyo nidaaminta korantada, iyagoo bixinaya faa'iidooyinka soo socda:
- Ilaalinta Awoodda LumintaCodsiyada ganacsiga iyo xaaladaha ay amniga xogtu muhiim u tahay, shaqada ilaalinta korantada ee korantada korantada ayaa si gaar ah muhiim u ah. Capacitors-yadani waxay caadi ahaan bixiyaan isku-kalsoonaan sare iyo xasillooni, hubinta amniga xogta iyo habsami u socodka nidaamyada ganacsiga-muhiimka ah.
- Cufnaanta Awoodda Sare: Waxay si degdeg ah u keeni karaan mawjadaha waaweyn, iyagoo buuxinaya baahida degdegga ah ee hadda jirta ee SSD-yada, gaar ahaan waxay ku fiican yihiin maaraynta tiro badan oo ah hawlgallo wax-akhris/qoraal ah oo random ah.
- Nakhshad is haysta: Xajmigooda yari waxa ay taageertaa shuruudaha astaanta caatada ah ee SSD-yada.
- Beddelida iska caabinta Sare: Waxay xaqiijiyaan xasilloonida SSD inta lagu jiro hawlgallada beddelka awoodda server ee joogtada ah.
YMINNGYtaxaneWaxqabadka Polymer Hybrid Aluminum Electrolytic Capacitorsbixiyaan cufnaanta awoodda sare iyo la xoojiyey iska caabin ah beddelka, ka shaqeeya 105 ° C ilaa 10,000 saacadood, yaraynta baahida dayactirka iyo hagaajinta isku halaynta nidaamka server. TheNHTtaxanecapacitors hybridmuujinta iska caabin heerkul sare ah, hubinta waxqabadka ugu wanaagsan ee nidaamyada kaydinta server-ka ee jawi heerkul sare ah.
Waxqabadka Polymer Hybrid Aluminum Electrolytic Capacitors
| Taxane | Volt(V) | Awoodda (uF) | Cabbirka (mm) | Cimriga | Faa'iidooyinka iyo sifooyinka alaabta |
| NGY | 35 | 100 | 5*11 | 105 ℃/10000H | U adkaysta gariirka, dareere hoose Buuxi shuruudaha AEC-Q200, xasilloonida heerkulka sare ee muddada-dheer, xasilloonida awoodda heerkulka ballaaran, oo u adkeysaneysa 300,000 kharash iyo wareegyo dareere ah |
| 100 | 8*8 | ||||
| 180 | 5*15 | ||||
| NHT | 35 | 1800 | 12.5*20 | 125 ℃/4000H |
02 Codsiga xariifnimada leh ee Multilayer Polymer Aluminium Capacitor Solid Electrolytic ee Nidaamyada Kaydinta
Multilayer Polymer Aluminum Solid Electrolytic Capacitor, oo leh cufnaantooda sare, ESR hoose, iyo cabbirka is haysta, ayaa marka hore loo adeegsadaa wareegyada kaydinta SSD iyo wareegyada korantada. Waxay bixiyaan faa'iidooyinka soo socda:
- Ka faa'iidaysiga Booska la HabeeyayNaqshadaynta isku xidhan waxay bixisaa awood weyn, taageerta yaraynta SSD.
- Xeerarka korantada deggan: Waxay xoojisaa xasilloonida iyo isku halaynta SSD inta lagu jiro wareejinta xogta muhiimka ah.
- Ilaalinta Awoodda Luminta: Waxay siisaa awood kayd ah inta lagu jiro maqnaanshaha, hubinta amniga xogta.
YMIN's Multilayer Polymer Aluminum Solid Electrolytic Capacitor wuxuu leeyahay naqshad caato ah oo leh cufnaanta awoodda sare iyo ESR hoose (ESR dhabta ah ee ka hooseeya 20mΩ), taasoo awood u siinaysa naqshado is haysta oo hufan oo loogu talagalay nidaamyada kaydinta xogta xogta AI.
Multilayer Polymer Aluminum Solid Electrolytic Capacitor
| Taxane | Volt(V) | Awoodda (uF) | Cabbirka (mm) | Cimriga | Faa'iidooyinka iyo sifooyinka alaabta |
| MPD19 | 35 | 33 | 7.3*4.3*1.9 | 105 ℃/2000H | Danab adkeysi sare leh/ESR hoose/dhaqdhaqaaq sare |
| MPD28 | 35 | 47 | 7.3*4.3*2.8 | Danab adkeysi sare leh/awood weyn/ESR hoose |
03 Codsiga Waxqabadka Polymer Tantalum Capacitors Electrolytic ee Nidaamyada Kaydinta
Tantalum electrolytic capacitors polymer conductivewaxay bixiyaan faa'iidooyin waxqabad oo la taaban karo ee hababka kaydinta, gaar ahaan marka la eego isku halaynta, jawaabta soo noqnoqda, cabbirka, iyo dheelitirka awoodda.
- Awood sare: Waxay bixisaa awoodda ugu weyn ee warshadaha ee cabbir isku mid ah.
- Naqshadaynta Ultra-Slim: Waxay la jaan qaadaysaa isbeddellada wax soo saarka gudaha, oo u adeegaya sidii beddelka qaybaha Panasonic.
- Ripple Sare ee HaddaAwood u leh u adkeysiga qulqulka qulqulka badan si loo hubiyo soosaarka tamarta deggan.
- Cufnaanta Awoodda aadka u SareysaWaxay bixisaa awoodda taageerada DC ee deggan iyo qaab-dhismeed ultra-slim ah.
YMINkorantada polymer tantalum electrolytic capacitorsoo leh cufnaanta awoodda warshadaha hogaaminaysa iyo naqshad aad u khafiif ah, oo buuxinaysa isbeddelka beddelka gudaha. Dulqaadkooda sare ee hadda jira waxay hubisaa soo saarista danab deggan, oo ay la socoto awoodda taageerada DC ee heer sare ah iyo cufnaanta awoodda sare.
| Taxane | Volt(V) | Awoodda (uF) | Cabbirka (mm) | Cimriga | Faa'iidooyinka iyo sifooyinka alaabta |
| TPD15 | 35 | 47 | 7.3*4.3*1.5 | 105 ℃/2000H | aadka u dhuuban / awoodda sare / qulqulka sare ee hadda jira |
| TPD19 | 35 | 47 | 7.3*4.3*1.9 | Muuqaalka khafiifka ah/awood sare leh/dhaqdhaqaaq sare | |
| 68 | 7.3*4.3*1.9 |
Soo koobid
Capacitors kala duwan ee YMIN waxay u adeegaan sida qaybaha muhiimka ah ee nidaamyada kaydinta xogta server-ka AI, oo muujinaya waxqabadka muuqda ee maamulka awooda, xasiloonida xogta, iyo ilaalinta luminta awooda. Maaddaama codsiyada AI ay noqdaan kuwo sii adag, tignoolajiyada awoodahaani waxay sii wadi doonaan inay horumariyaan, iyagoo hubinaya in SSDs ay ilaalinayaan isku halaynta iyo hufnaanta xisaabinta waxqabadka sare iyo habaynta xogta weyn.
Waqtiga boostada: Oct-23-2024