Ukusetshenziswa okuhlakaniphile kwebhethri ye-laptop

Ukusebenzisa kungenye yezinzuzo zamakhompyutha we-notebook uma kuqhathaniswa namakhompyutha wedeskithophu. Ingasetshenziswa ezindaweni ezihlukahlukene. Iqoqo lokuqala lamabhethri bekungamabhethri e-nickel-cadmium (NICDs), kodwa lawa mabhethri anomphumela wokukhumbula, ayakhishwa ngaphambi kokushajwa ngakunye, futhi akulula ukuwasebenzisa. Ashintshwa ngokushesha amabhethri e-nickel-metal hydride (NiMH). Amabhethri anamuhla avamile awanawo umthelela wokukhumbula, futhi anamandla engeziwe ngeyunithi ngayinye yesisindo kunamabhethri e-nickel-metal hydride. Intengo yamabhethri e-nickel-metal hydride iphindwe kabili kunamabhethri e-nickel-metal hydride. Ngaphansi kwesisindo esifanayo, amabhethri amathathu asebenza ngesilinganiso esingu-1:1. 9.

Kunezinhlobo ezintathu zamabhethri ezibalulekile amakhompyutha notebook: nickel-chromium amabhethri; 2. amabhethri e-metal hydride nickel; ngokuvamile ziyi-nickel-cadmium nickel-cadmium nickel mh lithium lithium lithium.

Lapho uthenga noma ushintsha amabhethri ekhompuyutha ephathekayo, abasebenzisi abaningi bangase bangawajwayele amabhethri. Okokuqala, amabhethri namabhethri yizinto ezimbili ezihlukene. Ibhethri linebhethri elincane elikhudlwana kancane kunesithupha sakho. I-cylindrical, cishe ngo-7,8 cm ubude, futhi ine-voltage engu-3.6 volts. Amabhethri, njengamabhethri amancane, axhunywe ochungechungeni, esikubonayo amabhethri. Nansi indlela yokunquma ukuthi mangaki amabhethri akhona:

Indlela eyodwa: khipha ibhethri bese ubheka inombolo yakho yokuxhumana, kukhona ama-cores ambalwa nje. Kodwa leyo yindlela kangqongqoshe. Ake sibone ukuthi uCao Chongxiang wakwenza kanjani: Bheka inombolo ethi v yebhethri lakho, njenge-14.4V, bese uhlukanisa ngo-3.6 ukuze uthole u-4, okufakazela ukuthi amabhethri angu-4 axhumeke ngochungechunge. Bheka umthamo webhethri lonke, isibonelo, 3800 mAh. Kuvele ukuthi kunamaphakethe amabili ebhethri okukhulunywe ngawo ngenhla. Njengoba amandla alawa mabhethri amancane engaphezulu kuka-1500-2000 mA, wonke adinga ukufinyelela ku-3800 mA. Ngokwalokhu kuhlola okubili, leli seli li-4 izikhathi 2 lilingana namaseli angu-8.

Isakhiwo sebhethri yelaptop

Ibhethri lekhompyutha ye-notebook lakhiwa ikesi, ibhodi lesifunda nebhethri, futhi ibhethri lihlukaniswa njengebhethri ye-lithium. Umthamo webhethri ubhekisela enanini lamabhethri, kanti i-mAh ibhekisela kumthamo wamabhethri aphathekayo.

Ibhodi lesifunda ngokuyinhloko lakhiwe izingxenye ezimbili: isekethe yokulungisa (noma isekethe yesondlo yesibili) kanye nesekhethi yenkomba yamandla, engakwazi ukuphatha ukushaja nokukhipha nokuphepha kwebhethri ye-laptop.

Isikhathi sokulinda sebhethri yekhompuyutha ephathekayo sinqunywa inani layo le-mAh. Ngokuvamile, ama-cores amaningi, inani elikhulu le-mAh, kanye nesikhathi sokulinda eside. Impilo yebhethri yencwadi yokubhalela inombolo ebalulekile yokushaja nokukhipha, futhi ikhwalithi yomkhiqizo ngokuvamile izikhathi ezingu-500-600. Ngakho-ke, impilo yesevisi yebhethri ye-laptop ingakapheli iminyaka emi-2. Ngemuva kokuphelelwa yisikhathi, ibhethri izoguga futhi isikhathi sokulinda sizokwehla kakhulu, okuthinta ukuhamba kwe-laptop.

Amakhono ebhethri ye-laptop

Eqinisweni, indlela yokusebenzisa amabhethri ebhethri ye-laptop, indlela yokwandisa isikhathi sokusebenzisa kanye nempilo yesevisi kanye nezinye izinkinga ngokungangabazeki kuyinkinga kubasebenzisi be-laptop. Ziningi izindlela nezindlela zokusebenzisa amabhethri e-laptop, okudinga ukuthi siwasebenzise ekuphileni kwansuku zonke. Ukufunda nokusebenzisa okwengeziwe.

(1) Lala ngokushesha

okwesikhashana singasebenzisi i-laptop, ukuze silondoloze amandla ebhethri, singasetha uhlelo lokucubungula, ngakho-ke, uhlelo lulala isikhathi esithile, kodwa lokhu ukulinda okude noma okufushane imizuzu embalwa, ingabe ikhona indlela yokwenza isistimu ye-laptop ilala ngokushesha?

Indlela enhle yokulalisa ngokushesha isistimu yekhompuyutha ephathekayo ukuvala isikrini se-Flash. Ngesenzo esilula, ukucindezela i-flash kuzolalisa ikhompuyutha yakho ephathekayo ngokushesha, kusindisa impilo yebhethri ngempumelelo. Uma ufuna ukuyisebenzisa futhi, vele uphenye isikrini futhi uhlelo luzobuyisela ngokuzenzakalelayo ekusebenzeni kokugcina.

(2) Imodi yokonga amandla esikrini

Isikrini se-TFT siyingxenye edla amandla kakhulu yekhompyutha yamanothi. Ukuze kusetshenziswe ibhethri ukwehlisa ukusetshenziswa kwayo kwamandla, abakhiqizi bamakhompyutha amanothibhuku baneqhinga, kodwa ngokuvamile, bakhetha ukunciphisa ukukhanya kwesikrini noma bavale isikrini.

Ukukhanya kwesikrini kungenziwa ngendlela oyifisayo kuzilungiselelo zokubamba amandla kwamanye amalaptop. Kumakhompyutha aphathekayo amaningi, ungalungisa ukukhanya kwesikrini ngezinqamuleli ezithile. Ngokuvamile kunamaleveli angu-6~8 okulungiswa kokukhanya.

(3) Ukulungiselelwa ukonga amandla

Amakhompyutha edeskithophu asebenzisa ugesi ukuxhumana. Imisebenzi yokonga amandla yamakhompiyutha ayinakwa kakhulu abantu abaningi, kodwa ukusetshenziswa kwemisebenzi yokonga amandla kufanele kunakwe kumakhompyutha wamanothi adinga amandla ebhethri. Ukuhlela kanjani ukwenza ihadiwe yekhompuyutha isebenzise amandla kakhudlwana akuyona inkinga kubasebenzisi. Konke angakwenza umsebenzisi ukusebenzisa ngempumelelo izinketho zokonga amandla kuzilungiselelo zekhompyutha.