2 fil igiyar wuta tare da Takaddun shaida na VDE
igiyar wutar lantarki 2 fil tare da takaddun shaida na VDEan san shi da mafi kyawun aikinsa. Filogin igiyar wutar lantarki 2 na kwamfutar tana da cikakken cikakken lambar launi. Musamman, ja shine +5 V, rawaya shine +12 V, baki shine waya "sanyi" (Ground).
Bugu da kari, zaku iya amfani da wannan fil don toshe ƙarin masu sanyaya sanyi da wasu na'urori kamar katunan zane. Motherboard: Yawancin lokaci ya haɗa da fil 20-24 dangane da motherboard ɗin ku. Sauran sigar wannan filogi ita ce filoli 20+4 (haɗa 20-pin da mai haɗin fil 4 tare.
igiyar wutar lantarki 2 fil tare da takaddun shaida na VDEyana amfani da masu haɗa wuta da matosai. Power connector for Central processing Unit (CPU) (+12V power connector: Akwai nau'i biyu; hudu-pin da takwas-pin (mafi yawan fil-hudu, sabbin hanyoyin da aka tsara don tsofaffin uwayen uwa) sabo don amfani da fil takwas. :
1. Don haka Plug for hard drive, Optical Drive (ATA interface) (Peripheral connector): Ya hada da 4 fil.
2. Toshe don floppy drive: Ya haɗa da fil 4.
3. Plug for hard drive, Optical Drive with SATA interface: Ya hada da wayoyi 4.
4. Plugs don manyan katunan zane-zane: Ya haɗa da fil 6.
Wasu abubuwan da ya kamata ku sani lokacin amfani da igiyar wutar lantarki 2 fil
Wasu abubuwa ne masu zuwa; da za a shigaigiyar wutar lantarki 2 fil tare da takaddun shaida na VDE
Lokacin riƙewa
Ƙimar Lokacin Holdup yana bayyana tsawon lokacin, a cikin millise seconds, igiyar wutar lantarki mai fil 2 za ta iya kula da layukan fitarwa da aka ƙididdige lokacin da aka yanke wutar shigarwa (misali, gazawar wuta). Hakazalika, wannan yana da matukar amfani musamman idan kana zaune a wani yanki da babu kwanciyar hankali
(Misali, idan wutar ta yi haske ba zato ba tsammani sannan ta dawo, kwamfutar za ta iya yin aiki kullum). Ƙimar lokacin riƙewa na ma'aunin ATX shine 17ms kuma igiyar wutar lantarki mai lamba 2 ta kwamfuta yakamata ta sami wannan fihirisar gwargwadon iko.
Gyara Factor Factor (PFC) a cikin igiyar wutar lantarki 2 fil tare da takaddun shaida na VDE
PFC yana ba da damar igiyar wutar lantarki ta fil 2 ta kasance mai inganci sosai. Akwai manyan nau'ikan PFC guda biyu: PFC mai aiki da PFC mai wucewa. Bugu da ƙari, masu samar da kayayyaki iri biyu ne. PFC mai aiki yana da mafi inganci nau'in. Yana amfani da da'irar daidaitawa ta atomatik ta yadda ingancin wutar lantarki zai iya kaiwa 95% (a zahiri).
Bugu da kari, Active PFC kuma yana da ikon soke amo da daidaita layin wutar lantarki (ba ku damar toshe duk wata hanyar 110V zuwa 220V na gama gari ba tare da damuwa da alamun ba). Koyaya, saboda hadadden gine-gine na Active PFC, samar da wutar lantarki ta amfani da wannan fasaha suna da tsada sosai.
PFC wutar lantarki; Active kuma m
A ciki2 igiyar wutar lantarki tare da takaddun VDE;PFC wutar lantarki ana amfani da su don ƙara ƙarfin factor. Wasu kayan wutar lantarki na PFC masu aiki har yanzu suna ba mai amfani damar amfani da maɓalli wanda ke ƙayyadadden shigar da halin yanzu. M PFC: Wannan shine nau'in gama gari a yau. Ba kamar PFC mai aiki ba, PFC mai wucewa yana daidaita na yanzu ta hanyar masu iya tacewa don haka ikonsa na aiki zai canza akan lokaci.
Bugu da ƙari, zai zama tasiri ta hanyar abubuwan waje kamar zafin jiki, girgiza. Kayayyakin wutar lantarki ta amfani da fasahar PFC Passive yana buƙatar mai amfani don daidaita ƙarfin shigar da wutar lantarki ta ƙaramin maɓalli. Tushen PFC masu wucewa sun fi rahusa fiye da Active PFC kafofin.
Daidaitacce Pot a ƙarƙashin igiyar wutan fil 2 tare da takaddun shaida na VDE
Wasu kayan wuta masu kyau suna zuwa tare da ƙananan potentiometers a ciki don gyara ƙarfin wutar lantarki. A zahiri, idan layin wutar lantarki na 12V ɗinku ya faɗi ƙasa da 11.5V, zai haifar da rashin kwanciyar hankali ga tsarin gaba ɗaya. Ka tuna cewa ma'aunin ATX yana ba da damar ƙarfin lantarki kowane layi don canzawa.
Koyaya, wannan sifa ce ta ci gaba kuma yakamata a yi idan kun san abin da kuke yi. Wasu samfuran wutar lantarki gaba ɗaya suna canza waɗannan potentiometer don masu amfani don canzawa cikin yardar kaina, kamar jerin Antec's True Control.
Yanayin Wuta mai laushi da 5V. Siginar jiran aiki
Soft Power ita ce hanyar da ake kunna ko kashe komfuta mai lamba 2, amma maimakon amfani da hard switch kamar tsohon AT standard, ana kunna ta ne lokacin da BMC ta umurci igiyar wutar lantarki 2 pin.igiyar wutar lantarki 2 fil tare da takaddun shaida na VDEana amfani dashi galibi a cikin na'urori kamar agogo, rediyo, da caja na batura.
Kuna iya tabbatar da hakan cikin sauƙi tare da ikon rufe tsarin aiki na Windows ko kunna kwamfutar daga maɓalli da linzamin kwamfuta. Babban ƙa'idar BMC don yin umarni da igiyar wutar lantarki mai fil biyu ita ce ta siginar jiran aiki na layin jiran aiki +5V.
Layin wutar lantarki da nau'in sa
Wannan layin wutar ya kasance mai zaman kansa gabaɗaya daga sauran ciyarwar kayan aiki kuma zai sami sigina a duk lokacin da kuka kunna wutar, wasu sabbin BMCs galibi suna da hasken sigina don nuna matsayin +5V Standby. Bugu da kari, akwai wasu layukan mataimakan wutar lantarki kan tsarin kwamfuta, wadanda suka hada da:
Layin Inductive +3.3V (+ 3.3V Sense): Babban aikin shine saka idanu da ƙarfin lantarki na layin +3.3V don ciyar da BMC. Igiyar wutar fil 2 na iya daidaita halin yanzu daidai.
Yaya fan ke aiki dangane da ƙarfin lantarki?
Lokacin da ƙarfin lantarki na wannan layin ya faɗi ƙasa da 1 V, fan ɗin zai kashe ta atomatik. Lokacin da darajar sama da 10.5 V ta kai, fan ɗin zai yi aiki da cikakken ƙarfi. Babban aikin wannan ƙirar shine don ba da damar tsarin don kashe fan.
Fan Monitor (Fan Monitor): Wannan aboki ne ga fasalin sarrafa fan; yana ba da damar saka idanu da saurin jujjuyawar fan a cikin tsarin. Babban aikinsa shine faɗakar da masu amfani lokacin da wani fanni mai sanyaya ya lalace kuma ya daina aiki.
Abubuwan asali na ingantaccen igiyar wutar lantarki 2 na kwamfuta
Ƙarfafa ƙarfin fitarwa: Wutar lantarki ba ta karkata da fiye da -5 zuwa +5% daga ƙimar ƙarfin lantarki (wanda aka nuna akan igiyar wutar lantarki 2) lokacin da tushen ke aiki zuwa ƙarfin ƙira.
Wutar lantarki mai fitarwa yana lebur, ba tare da tsangwama ba.
Babban ingantaccen aiki, yana kaiwa sama da 80% (Ikon fitarwa / shigarwar ya kai> 80%)
igiyar wutar lantarki 2 fil tare da takaddun shaida na VDEkar a yi amfani da filayen maganadisu, filayen lantarki, tsangwama ga wasu sassan da ke kewaye da shi kuma dole ne su yi tsayayya da filayen maganadisu, filayen lantarki, tsangwama daga wasu abubuwan da ke kewaye da su suna shafar shi.
Yayin aiki, igiyoyin wutar lantarki 2 fil suna haifar da zafi kaɗan, kuma ƙara ƙarami ne.
Wayoyin da ake fitarwa sun bambanta, tare da madaidaitan fil masu yawa, an nannade da kyau da kuma hana tsangwama.
Tabbatar da barga aiki tare da ƙira iya aiki na dogon lokacin aiki.
Lura: Abu ɗaya da yakamata ku lura shine cewa daidaitattun kayan wuta dole ne su sami tambarin takaddun shaida masu inganci, tare da sigogi kamar ƙarfin wuta, ƙarfin lantarki, da sauransu.
Yadda za a siyan madaidaicin igiyar wutar lantarki 2 mai dacewa tare da ƙarfin lissafin?
Ee, a cikin labarin da ya gabata, na ba da labarin abubuwan da na sani game da ƙididdige yawan ƙarfin kwamfutar. Idan baku karanta ba, da fatan za a sake nazarin wannan koyawa: Bugu da ƙari, za ku sami umarni don ƙididdige yawan wutar lantarki na kwamfutar tebur (PC).
Idan ka zaba; kowace igiyar wutar lantarki 2 fil wacce ba ta kai ga alamar ba; zai shafi aikin tsarin ku. Dole ne na farko ya kasance yana da igiyar wutar lantarki 2 fil, wacce ta fi dacewa da ku. Kuna buƙatar yin la'akari da wannan kuma kuyi donIgiyar wutar lantarki 2-pin tare da takaddun shaida na VDE. Zai ba ku cikakkun bayanai da ake buƙata.
Epilogue
To, wannan daki-daki ne kuma a sarari, ko ba haka ba? Waɗannan su ne ilimin da na samu mai kyau da amfani sosai wanda ya kamata ku sani game da samar da wutar lantarki. Don ƙarin cikakkun bayanai, yana iya ɗaukar lokaci mai yawa, amma muna buƙatar sanin abubuwan da ke sama kuma ba shi da kyau
Lokacin aikawa: Janairu-14-2022
