Kukho abahlobo abaninzi abahlala bebonisa ukuba i-0% yamandla akhoyo axhunyiwe kwaye ahlawule xa uhlawula i-notebook.Esi sikhumbuzi sisaboniswa nasemva kokutshaja umbane ngalo lonke ixesha, kwaye ibhetri ayinakutshajwa kwaphela.Ingxaki yamandla elaptop ibisoloko ingumxholo oxhalabisa wonke umntu, kwaye amandla exesha elide anokugcina ikhompyuter isebenza.Yintoni esifanele siyenze xa ibhetri yelaptop ingenakutshajiswa?Ukuze uncede abasebenzisi basombulule ingxaki yomboniso we-0% wokutshaja, makhe sithethe ngezizathu kunye nezisombululo zokungahlawulisi.
1. Ukusilela kweadaptha yamandla:
Baninzi abahlobo abayibiza ngokuba yitshaja.Nangona ingachanekanga ngokwaneleyo, ngokwenene icace kakhulu.Kwakhona kulula kakhulu ukugweba ukuba ayihlawulisi ngenxa yonikezelo lwamandla, kunye nendlela yokubuyisela ingasetyenziswa.Olu hlobo lokusilela luxhaphakile kulondolozo lwencwadana yenqaku yeDELL.Iincwadi zamanqaku ze-DELL zisebenzisa i-LBK (i-DELL yoyilo), kunye noyilo lwesekethe yokutshaja lukhethekileyo.Ukuba kukho ingxaki nge-adapter, ayiyi kuhlawula, kwaye ukuba ayiyiyo i-adapter yokuqala, iya kuba nengxaki yokungahlawulisi.Kwiincwadana ezintsha ze-HP, kukho iimodeli ezininzi ezisebenzisa le sekethi yokutshaja.Ukungaphumeleli kweklasikhi kukuba i-100% yokusetyenziswa kwe-CPU ye-HP NX6400 ikwabangelwa kukungaphumeleli kwamandla.
2. Ukusilela kwebhetri:
Ukungaphumeleli kwebhetri yeLaptop kulula, ubukhulu becala inkqubela yokutshaja ihlala ibonisa i-100%, enyanisweni, ubomi bebhetri bungaphantsi kwemizuzu embalwa emva kokuba i-adapter yamandla isusiwe, okanye ibhetri ayinakufunyanwa ngokuthe ngqo.Ikakhulu ngenxa yokuguga okuqhelekileyo kunye nokukrazuka kwebhetri ngokwayo, iibhetri zelaptop, iidrive ze-optical drives, kunye nabalandeli zizinto "ezisetyenziswayo" zokwenyani ngokwemigaqo yezixhobo zokubhalela.Kwinqaku eliyeleleneyo: Nokuba ilaptop icinyiwe, ibhetri isoloko itsalwa ukuze kugcinwe isiseko sombane wokulinda kwibhodi yomama.Nje ukuba iqhagamshelwe kumandla angaphandle, ibhetri iya kuqalisa ukutshaja ngokuzenzekelayo.Kukho iincwadana ezininzi ezibekwe eofisini okanye ekhaya kwaye zingahambi rhoqo, kodwa ngenxa yokuba ibhetri ifakwe kumatshini ixesha elide, ihlala ihlawuliswa kwaye ikhutshwe kwimijikelezo, echaphazela kakhulu ubomi benkonzo. ibhetri.Siye sadibana neemeko ezininzi ezinjalo kulungiso laptop yethu.Abathengi bathi iibhetri zabo zelaptop azinakusetyenziswa emva kokuba zisetyenziswe amaxesha ambalwa bebodwa.Esi sisizathu.Ngoko ke, ukuba i-notebook ayihambi ixesha elide, qiniseka ukuba ususe ibhetri, ulawule amandla ayo kwi-40%, kwaye uyigcine kwiqondo lokushisa kwe-15 ° C okanye ngaphantsi.Isigwebo sesiphoso sikwasekelwe kwindlela yokutshintshwa.Ngamanye amaxesha ukuba awukwazi ukufumana uhlobo olufanayo lwebhetri, kufuneka uye kwiziko lokulungisa i-notebook yengcali ukuze ufumane uncedo.Ngaphambili, enye yeshishini lethu lokulungisa yayikukutshintshwa kweeseli zebhetri zelaptop, oko kukuthi, ukulungiswa kwebhetri yelaptop.Ngokuthandwa kweekhompyuter zeencwadana, ixabiso leencedisi ze-notebook liye lamkeleka kubathengi.Umahluko wexabiso phakathi kokutshintsha ibhetri ye-OEM kunye nokutshintsha iseli yebhetri ayinkulu kakhulu, ngoko ngokuqhelekileyo kwanele ukubuyisela ibhetri ngokuthe ngqo.Ixabiso leebhetri ze-notebook limalunga ne-1/10 yexabiso leencwadana.Ngokuqinisekileyo, akukho mfuneko yokuthetha ngakumbi malunga neenzuzo zokusebenza.Kuxhomekeke kuwe ukuba ulinganise okulungileyo kunye nokubi ekukhetheni i-OEM okanye yokuqala.
3. Ukusilela kwebhodi enkulu:
ILaptop engatshajiyo ebangelwa kukungaphumeleli kwebhodi ye-motherboard yeyona nto ifunyenwe kugcino lwelaptop, kuba lugcino lwenqanaba letshiphu, unikezelo lwamandla ngokubanzi kunye nokungatshaji kwebhetri kuya kusonjululwa ezandleni zabasebenzi bolondolozo lwenqanaba lebhodi, kwaye ayiyi kuba ezandleni zethu.Kukho neentlobo ezimbini zokusilela kwebhodi ephambili.Ukusuka kweyona nto ilula ukuya kweyona inzima kakhulu, impazamo ye-port-circuit yamandla ngowokuqala ukuthetha malunga ne-port yamandla.Oku kulula noko.Umgwebo unokwenziwa, kwaye i-welding yenyani yojongano phakathi kwebhetri kunye nebhodi yomama nayo iya kubangela ukusilela ukuhlawulisa.
4. Ukusilela kwesekethe:
Ngokuqhelekileyo, isiphaluka sokutshaja kunye nesekethe yokukhusela yodwa yokukhusela iphosakele.Ukongeza kumonakalo olula kwi-chip ngokwayo, umonakalo kwiisekethe zayo ze-peripheral nazo ziqhelekileyo.Umzekelo, i-Zener diode incinci kunembewu yesesame.Kumsebenzi wokulungisa kwangethuba, akukho mzobo wesekethe kunye nemephu yamanqaku, kwaye kuthatha ixesha elininzi ukulungisa olu hlobo lwesiphene.Kukho kwakhona ukungaphumeleli kwe-EC ngokwayo kunye neesekethe zayo ezijikelezayo.I-EC yisekethe yenqanaba eliphezulu le-IC yokutshaja, enoxanduva lokuvula kunye nokucima isekethe yokutshaja, kwaye ayiyi kuchazwa ngokucacileyo apha.Ukusebenza kunye neempazamo zamanqaku okubona imihla ngemihla yokungaphumeleli kwencwadi yokubhalela engahlawulisi kakhulu kunoko kungasentla.Ukuba incwadana yakho inalo kusilela, ungafunda eli nqaku ngokweenkcukacha.Ukuba ayinako ukusonjululwa, yiya kwi-Intanethi ukuze ubuze malunga nonobangela wokusilela.
5. Ndingenza ntoni ukuba ibhetri yelaptop ayinakubizwa?
a.Jonga ibhetri ukuze ubone ukuba umgca ukhululekile kwaye uxhumano aluqini.
b.Ukuba isekethe iqhelekile, khangela ukuba ibhodi yesekethe yetshaja yebhetri yophukile, kwaye uzame enye.c.Ukuba umgca uqhelekile kwaye ishaja ilungile, mhlawumbi ibhodi yesekethe ngaphakathi kwikhompyutheni iphosakele.
c.Ngokubanzi, ibhetri isetyenziswe malunga neminyaka emi-3, kwaye ngokusisiseko iyaguga.Nokuba ibhetri ye-lithium, ungaya kwivenkile yokulungisa ukuyivavanya.
d.Ngokubanzi, ibhetri kufuneka itshajiswe xa imalunga nama-20%.Ungalindi kude kube yintsimbi ye-0 ukuze uyitshaje kwakhona, iya kwenzakalisa ibhetri kakhulu.
Indlela yokuhlangula: isonga ibhetri nge-napkin, nikela ingqalelo ukuyisonga kwimigangatho emininzi, kwaye emva koko uyincamathele ngaphandle ngelaphu elijijekileyo elicacileyo, nikela ingqalelo ukuyincamathela ngokuqinileyo ngelaphu elijijekileyo, ungavumeli ukuba ngaphakathi kungene, kwaye emva koko uyibeke efrijini (2-- -- minus 2 degrees Celsius) emva kweeyure ezingama-72 zokugcina, ibhetri inokubuyisela inxalenye yomsebenzi wokugcina.
Ixesha lokuposa: Jul-11-2022