Yadda Ake Zaɓar Mafi Dacewa da PLP Capacitor don SSDs na AI Server? Cikakken Bincike na Masu Haɗakar Polymer Tantalum Electrolytic da Masu Haɗakar Aluminum Electrolytic Mai Sauƙi

 

A cikin sabar AI, SSDs sune babban ɓangaren adana bayanai da dawo da su, kuma aikinsu yana shafar horo kai tsaye da ingancin fahimta. Tare da yawan amfani da hanyoyin sadarwa na PCIe 5.0/6.0, yawan amfani da wutar lantarki ta SSD da buƙatun wutar lantarki nan take sun ƙaru sosai, wanda hakan ya sa zaɓin capacitors na Power Loss Protection (PLP) ke da mahimmanci don kwanciyar hankali na tsarin.

Musamman a ƙarƙashin yanayin zafi mai yawa, yawan kaya, da kuma aiki na tsawon awanni 24 a rana, dole ne capacitors su cika buƙatu da yawa a lokaci guda, gami da ƙarancin ESR, yawan capacitance mai yawa, tsawon rai, da kwanciyar hankali mai zafi. In ba haka ba, asarar bayanai, lalacewar firmware, ko faɗuwar tsarin na iya faruwa.

Dalilin da yasa Zaɓin Capacitor ke Shafar Aiki da Tsawon Rayuwar SSD Kai Tsaye

Idan SSD ta fuskanci katsewar wutar lantarki kwatsam, dole ne mai ƙarfin PLP ya saki ƙarfin da aka adana a cikin millis seconds don tabbatar da cewa an rubuta bayanai lafiya zuwa ƙwaƙwalwar NAND flash. Idan ESR na mai ƙarfin lantarki ya yi yawa, babban raguwar ƙarfin lantarki zai faru yayin fitarwa, wanda zai iya haifar da gazawar rubutu. Idan ƙarfin lantarki bai isa ba ko ƙimar ƙarfin lantarki ta lalace sosai a yanayin zafi mai yawa, ba zai iya samar da isasshen lokacin riƙewa ba. Bugu da ƙari, a cikin ƙananan SSDs na M.2 (misali, kauri 5mm), tsayin mai ƙarfin lantarki sau da yawa yana iyakance zuwa ƙasa da 1.9mm, kuma ingancin girma (ƙimar CV) kai tsaye yana ƙayyade ko za a iya samun isasshen ajiyar makamashi a cikin iyakataccen sarari.

Maganin Capacitor YMIN

Rage matsalolin ajiya don biyan buƙatun zamanin AI

Magani na A: Masu amfani da na'urorin lantarki na Tantalum Electrolytic - Ma'auni don Ayyukan Sararin Samaniya Mafi Kyau

Na'urorin YMIN's TQD masu sarrafa polymer tantalum electrolytic capacitors, tare da ƙirar su mai matuƙar siriri (1.5mm), sun dace sosai da SSDs na M.2 masu matuƙar siriri, suna magance matsalar iyakance sarari. Babban ƙimar CV (1.0μF/mm³) da kwanciyar hankali mai yawan zafin jiki na capacitors na tantalum suna tabbatar da cewa ko da a cikin ƙaramin girma, suna iya samar da isasshen kuzarin kariyar kashe wutar lantarki ga SSD, yana tabbatar da cewa yana aiki na dogon lokaci a ƙarƙashin yanayin zafi mai yawa da yanayin nauyi mai yawa.

Sirara sosai kuma mai yawa:Jerin TQDzai iya zama ƙasa da 1.5mm a tsayi kuma yana da ƙimar CV har zuwa 1.0μF/mm³, wanda hakan ya sa ya zama zaɓi mafi kyau ga SSDs na M.2 masu siriri sosai.

Mai ƙarfi da dorewa: Sabon tsari mai cikakken girma, mai ƙarfi wanda tsawon rayuwarsa ya wuce sa'o'i 100,000 a zafin 75°C, kuma ya wuce gwaji mai ƙarfi sau biyu na 85°C, yana kiyaye kwanciyar hankali a ƙarƙashin yanayin zafi da danshi na dogon lokaci.

Aiki Mai Tsayi: Bayanan jadawalin suna nuna ƙananan canje-canje a cikin ƙarfin aiki (C) da juriyar jerin daidai (ESR) tare da lokaci da zafin jiki, suna ba da kariya mai dorewa da aminci.

Tsawon Rai da Juriyar Yanayi Mai Tsayi: Tsarin da ke da ƙarfi sosai wanda ake sa ran zai wuce sa'o'i 100,000 a zafin jiki na 75°C. Matakan da yawa masu jure da danshi suna tabbatar da cewa samfurin ya wuce gwajin zafin jiki da danshi na 85°C sau biyu, wanda ya dace da aiki mai dorewa a ƙarƙashin nauyin zafin jiki mai yawa na dogon lokaci.

Hoto na 1: Canjin LC na Capacitor na Tantalum 35V 68μF akan Lokaci

Hoto na 2: Bambancin ESR na capacitor tantalum 35V 68μF akan lokaci

Hoto na 3: Canjin ΔC/Co akan lokaci don capacitor na tantalum 35V 68μF

Zabi na B: Polymer Hybrid Aluminum Electrolytic Capacitors - Babban Zabi don Babban Aminci da Inganci Mai Kyau

Ga SSDs na kamfanoni waɗanda ke buƙatar manyan ƙarfin aiki, capacitors na polymer na aluminum electrolytic na ymin sune zaɓi mafi kyau saboda ingancinsu mai kyau. Suna ba da tsawon rai na sa'o'i 10,000 a 105℃, suna kiyaye ƙarancin ESR da kwanciyar hankali mai kyau koda a cikin yanayi mai yawan bambancin zafin jiki.

Dorewa da dorewa: Yana samar da sama da sa'o'i 10,000 na aiki a 105℃, yana biyan buƙatun aiki na dogon lokaci na sabar.

Mai sauƙin amfani da tsarin: Yanayin gazawar shine "buɗewar da'ira," yana ba da ƙarin tsaro ga tsarin adana bayanai masu daraja idan aka kwatanta da yanayin gajeren da'ira.

Fa'idar Farashi: Inganta farashin BOM sosai yayin cimma irin wannan aikin, wanda hakan ya sa ya zama kyakkyawan zaɓi ga manyan SSDs na kasuwanci masu ƙarfi da girma.

ymin Mai Gudanar da Polymer Tantalum da Solid-Liquid Hybrid Aluminum Electrolytic Capacitors

Don magance ƙalubalen da ke sama, ymin yana ba da mafita guda biyu na babban PLP capacitor. Ga kwatancen da aka tsara bisa ga bayanai da aka auna:

Tebur 1: Halayen Samfurin Tantalum mai sarrafa polymer da kuma ƙarfin lantarki mai ƙarfi da kuma ƙarfin lantarki mai ƙarfi

Girman Halaye	Mai sarrafa polymer Tantalum Electrolytic Capacitor	Ƙarfin Polymer Hybrid Aluminum Electrolytic Capacitor	Darajar Tsarin SSD
Ingantaccen Girma (Darajar CV)	Mafi Girma Sosai (1.0μF/mm³)	Babba (0.46μF/mm³)	Na'urorin Tantalum sune zaɓi na farko don ƙirar da ba ta da ƙarfi sosai
Tsawon Samfuri	Matsananci-sirri, zai iya zama ƙasa da 1.5mm	Ƙaramin diamita, an ɗora saman tare da tsayin kusan 3.55mm	Masu ƙarfin Tantalum ba sa buƙatar ramin PCB; masu ƙarfin lantarki na aluminum suna buƙatar ƙirar ramin PCB
Juriyar Jerin Daidaito (ESR)	Ƙasa	Ƙasa Matuƙa	Masu haɗakar ƙarfin lantarki na aluminum suna da ƙarfin fitarwa da amsawa mai kyau nan take
Rayuwar Sabis	Dogon Tsawo (Dukkan yanayi mai ƙarfi)	Dogon (Tsarin Haɗin Ruwa Mai Ƙarfi)	Dukansu sun cika buƙatun tsawon rai na sabis, kuma tsawon rayuwar sabis na ka'idar tantalum capacitors ya fi kyau
Halayen Zafin Jiki	Mafi kyau, ƙimar capacitance/ESR ba ta canzawa sosai idan aka kwatanta da zafin jiki.	Da kyau, ƙimar capacitance/ESR ba ta canzawa sosai idan aka kwatanta da zafin jiki.	Dukansu suna aiki lafiya a cikin yanayin zafi mai yawa
Yanayin Rashin Nasara	Tsarin kariyar da'ira (ana buƙatar ƙirar kariyar da'ira)	Buɗaɗɗen da'ira	Yanayin gazawar na ƙarfin lantarki na aluminum mai haɗaka ya fi aminci, tare da ƙarancin haɗarin tsarin
farashi	Mafi girma	Yana da fa'idodi masu mahimmanci	Masu haɗakar aluminum electrolytic capacitors na iya inganta farashin gabaɗaya

Tebur na 2: Kwatanta Bayanan Musamman na Tantalum na Polymer Mai Rarrabawa & Kwayoyin Electrolytic Mai Sauƙi da Ruwa

Maɓallin Maɓalli / Darajar Ƙarfi	YMIN Aluminum Electrolytic Capacitor TQD 35V47μF (7.3 * 4.3 * 1.5)	Mai Haɗakar Aluminum Mai Ƙarfin Wutar Lantarki Mai Ƙarfi NGY 35V100μF (5 * 11)
Ƙarfin Wutar Lantarki Mai Girma	41V	41V
Ƙarfin wutar lantarki mai jurewa ga kololuwa (mai wucewa)	47.3V	55V
Ƙarfin Wutar Lantarki Mai Tallafi	35V	35V
Kewayon Juriyar Capacitance	±20%	±10%
Darajar Ƙarfin da Aka saba	Kimanin 42μF	Kimanin 105μF
Takamaiman Girma	7.3x4.3x1.5mm, Tsawon Capacitor: 1.5mm	φ5.0x11.5mm, Kwandon Capacitor - ƙasa Tsawo: 5.0mm (Yana tallafawa kwanciya - hawa ƙasa, ana buƙatar ƙirar ramin PCB)
Yanayin Zafin Aiki	-55℃~ +105℃	-55℃~ +105℃
Rayuwar da ake tsammani	>Awowi 2000 @ 105℃	>Awowi 10000 @ 105℃
	>Awowi 100000 @ 75℃	>Awowi 80000 @ 75℃
Ƙananan Iyaka na Ƙarfin Ƙarfi a Ƙarshen Rayuwar da aka Ƙimar	Sama da kashi 90% na ƙimar ƙarfin farko	Sama da kashi 85% na ƙimar ƙarfin farko
Bambancin Capacitive tare da Zafin Jiki	-5%~ +20% kewayon (-55℃~ +105℃)	±7% kewayon (-55℃~ +105℃)
Caji - Ƙarfin Jure Wajibi	Bayan zagayawan caji 20,000, ƙarfin yana ci gaba da kasancewa sama da kashi 90% na ƙimar farko	Bayan zagayawan caji 20,000, ƙarfin yana ci gaba da kasancewa sama da kashi 90% na ƙimar farko
Kwatanta Farashi	100% (Ma'auni)	Kusan kashi 15% (Kudin kayan aiki + farashin tsarin, ana sa ran raguwar jimlar kusan kashi 85%)

Kwatanta Maganin Capacitor na YMIN: Ya dace da buƙatun SSD daban-daban

Tebur na 3: Shawarwarin Zaɓin Mai Amfani da YMIN don SSDs daban-daban

Yanayin Aikace-aikacen SSD	Maganin da aka ba da shawarar	Babban Dalili	Nassin Bayanin YMIN na Musamman
M.2 SSD mai siriri sosai (kauri 5mm)	Mai sarrafa polymer Tantalum Electrolytic Capacitor	Mafita ɗaya tilo da za ta iya samar da babban ƙarfin aiki a milimita - tsayin matakin	TQD 35V 47μF (tsawo 1.5mm)
Babban aikin AI Server SSD	Mai sarrafa polymer Tantalum Electrolytic Capacitor	Tsawon rai, babban aminci, daidai da lokacin garantin uwar garken	TQD 35V 47/68μF
Babban/Farashi - SATA SSD mai sauƙin fahimta	Ƙarfin Polymer Hybrid Aluminum Electrolytic Capacitor	Mafi kyawun rabon aiki mai farashi, tabbatar da aminci da tsawon rai	NGY 35V 100μF
Babban ƙarfin Kasuwanci - matakin U.2 SSD	Akwai mafita biyu	Babban aiki: Babban farashi - aikin capacitors na tantalum;	An keɓance shi bisa ga farashin abokin ciniki da manufofin aiki

Sashen Tambaya da Amsa

T: Yadda ake zaɓar tsakanin nau'ikan capacitors guda biyu?

A: Zaɓin ya dogara ne akan manyan buƙatunku.

Idan ƙirar ku tana fuskantar matsanancin ƙuntatawa na sarari (kamar M.2 mai matuƙar siriri) kuma tana buƙatar kwanciyar hankali mai zafi da tsawon rai, ymin polymer tantalum electrolytic capacitors sune zaɓinku mafi kyau.

Idan ƙirar ku tana da ɗan sarari na tsari kuma tana neman mafi kyawun daidaito tsakanin aminci da jimlar farashin tsarin, yayin da take fifita yanayin gazawar "buɗe-da'ira" mafi aminci, Ymin polymer hybrid aluminum electrolytic capacitors sune mafita mafi kyau.

Kammalawa

Zaɓi ymin don tabbatar da kwanciyar hankali da aikin tsarin ajiyar uwar garken AI ɗinku.

ymin yana bayar da layukan samfura guda biyu a cikin filin capacitor - masu amfani da wutar lantarki tantalum na polymer da masu amfani da wutar lantarki ta polymer hybrid aluminum. Ko don SSDs masu siririn sarari ko SSDs na kamfani waɗanda ke buƙatar babban iko da tallafin wutar lantarki mai yawa, za mu iya ba da shawarwari na ƙwararru da abin dogaro na zaɓin capacitor, don taimaka wa abokan ciniki su sami mafi kyawun daidaito tsakanin aiki, farashi, da aminci. Don cikakkun bayanai, rahotannin gwaji, teburin zaɓi, ko don neman samfura, da fatan za a ziyarci gidan yanar gizon ymin ko tuntuɓi tallafin fasaha. Za mu iya samar da tallafin zaɓi ɗaya-da-ɗaya don takamaiman aikin ku.