Umakhalekhukhwini usuphenduke ithuluzi elibalulekile kweningi lethu kuleli zwe lanamuhla. Kuyidivayisi esihamba nayo yonke indawo lapho siya khona, futhi akuvamile ukuthi sihlangane nozibuthe ekuphileni kwethu kwansuku zonke. Abanye abantu bazwakalise ukukhathazeka ngokuthi omazibuthe esihlangana nabo bangadala umonakalo emafonini ethu. Kule bhulogi, sizohlola lo mbuzo ngokuningiliziwe, sihlole isayensi engemuva kwawo futhi sibheke imithelela esebenzayo kubasebenzisi bamaselula.
Isayensi yamazibuthe
Ukuze siqonde ukuthi omazibuthe bangalimaza amafoni ethu, okokuqala sidinga ukuqonda isayensi esebenza ngozibuthe. Ozibuthe banezigxobo ezimbili, isigxobo sasenyakatho nesigxobo esiseningizimu, futhi bakhiqiza amandla kazibuthe okubazungezile. Lapho omazibuthe ababili behlangana, bangadonselana noma baxoshelane kuye ngokuthi izigxobo zabo zimi kuphi. Ozibuthe bangakwazi futhi ukukhiqiza insimu ye-electromagnetic lapho intambo kagesi idlula kubo.
Omakhalekhukhwini abaningi besimanje basebenzisa ibhethri ye-lithium-ion, ekhiqiza insimu ye-electromagnetic uma ishaja. Le nkambu ingaphazamisana nezinye izinkambu zikazibuthe eziseduze, yingakho abanye abantu bekhathazeka ngokuthi omagnet bangabangela ukulimala emafonini abo.
Izinhlobo zikazibuthe
Kunezinhlobo eziningi ezihlukene zozibuthe, ngayinye inezakhiwo namandla ayo. Izinhlobo ezivame kakhulu zozibuthe abantu abahlangana nazo ekuphileni kwabo kwansuku zonke ozibuthe be-neodymium, abavame ukutholakala kuzibambi zefoni kazibuthe, ozibuthe basefrijini, nezinye izinto zasendlini. Lawa zibuthe mancane kodwa anamandla, futhi akhiqiza insimu enamandla kazibuthe.
Ezinye izinhlobo zozibuthe zifaka omazibuthe be-ferrite, abavame ukusetshenziswa kumamotho kagesi namajeneretha, kanye nozibuthe be-samarium-cobalt, abasetshenziswa kuma-headphones nezinye izinto zokulalelwayo. Lezi zidonsa ngokuvamile azinamandla njengozibuthe we-neodymium, kodwa zisengakwazi ukukhiqiza indawo kazibuthe engase iphazamise iselula.
Ingabe omazibuthe bangalimaza amafoni?
Impendulo emfushane ukuthi akunakwenzeka ukuthi ozibuthe bazodala umonakalo omkhulu kumakhalekhukhwini wesimanje. Amafoni omakhalekhukhwini aklanyelwe ukumelana nenani elithile lokuphazanyiswa yi-electromagnetic, futhi izindawo zikazibuthe ezikhiqizwe ngozibuthe abaningi bansuku zonke aziqinile ngokwanele ukuthi zingalimaza.
Nokho, kunezimo ezithile lapho omagnethi bengase babangele umonakalo ocingweni. Isibonelo, uma ifoni ivezwe endaweni kazibuthe enamandla kakhulu, ingase iphazamise ukusebenza kwezingxenye zangaphakathi zefoni. Yingakho ngokuvamile kunconywa ukuthi ugcine ifoni yakho kude nozibuthe abanamandla, njengalabo abasetshenziswa emishinini ye-MRI.
Enye inkinga engaba khona ukuthi ozibuthe bangaphazamisa ikhampasi yocingo, okungabangela izinkinga nge-GPS nezinye izinsiza ezisekelwe endaweni. Yingakho ngokuvamile kunganconywa ukusebenzisa izibambi zefoni kazibuthe ezimotweni, njengoba zingase ziphazamise ikhampasi yefoni futhi zibangele idatha yendawo enganembile.
Imithelela esebenzayo kubasebenzisi befoni
Ngakho-ke, kusho ukuthini konke lokhu kubasebenzisi bomakhalekhukhwini? Iphuzu elibalulekile ukuthi ngokuvamile kuphephile ukusebenzisa ifoni yakho eduze kozibuthe bansuku zonke, njengalabo abatholakala kuzibuthe zamafriji nezibambi zefoni kazibuthe. Nokho, uma usebenzisa isibambi sikazibuthe sefoni emotweni yakho, kuwumqondo omuhle ukwenza isiqiniseko sokuthi ayiphazamisi ikhampasi yefoni yakho.
Uma usebenzisa ikesi lefoni eliqukethe i-clasp kazibuthe, akunakwenzeka ukuthi lokhu kuzodala noma yimuphi umonakalo efonini yakho. Kodwa-ke, uma ukhathazekile, ungakhetha ikesi elingenayo i-clasp kazibuthe, noma elinozibuthe obuthakathaka.
Uma uzoba sendaweni enezindawo ezinozibuthe ezinamandla, njengomshini we-MRI, kubalulekile ukugcina ifoni yakho ikude nomthombo wamagnetism. Lokhu kungasho ukushiya ifoni yakho kwelinye igumbi, noma ukuyivala ngokuphelele.
Sengiphetha, nakuba kungenzeka ukuthi omazibuthe badale umonakalo kumakhalekhukhwini, mancane amathuba okuthi omazibuthe bansuku zonke badale umonakalo.
Isikhathi sokuthumela: Apr-06-2023