Kwinkalo yoqhagamshelo lwezixhobo ze-elektroniki, iintambo zemagneti ziba ingqwalasela yentengiso kunye nezibonelelo zabo ezizodwa zobugcisa. Olu luyilo oludibanisa i-adsorption yemagnethi kunye nemisebenzi yothumelo esebenzayo ayinyusi kuphela amava okusebenza omsebenzisi, kodwa ikwabonisa ixabiso elibalulekileyo kwiinkqubo-zescenario ezininzi.
Uyilo olufanelekileyo lwe-adsorption yemagnethi lolona phawu lubalulekileyo lweentambo zemagnethi. Ngokwakhela-phezulu{2}ukusebenza kwemagnethi ye-neodymium okanye i-ferrite cores, iziphelo ezibini zentambo zinokubhengeza ngokuchanekileyo ujongano lwesixhobo ukuphumeza{3}}iplagi enesandla esinye{4}}ngaphakathi kunye nokukhulula ukusebenza. Xa kuthelekiswa nenkqubo enzima yeentambo zendabuko ezifuna ukulungelelaniswa okuphindaphindiweyo kwe-interface, i-design magnetic iphucula uxhulumaniso olusebenzayo malunga ne-70%, efanelekileyo kakhulu kwiimeko apho izixhobo eziphathwayo zihlala zixhunyiwe kwaye zikhutshwe. Idatha yovavanyo ibonisa ukuba isakhiwo samagnetic sisenako ukugcina uxhulumaniso oluzinzile xa luphantsi kwamandla e-tensile ye-5N, ngokufanelekileyo ukuphepha umngcipheko wokungaphumeleli kwamandla kwesixhobo okubangelwa ukuchithwa ngengozi.
Itekhnoloji yojongano lwemodyuli yandisa ngakumbi ukusebenza kweentambo zemagnethi. Ngoyilo oluqhelekileyo lwesiqhagamshelo samagnetic, intambo efanayo inokulungelelaniswa kwimigangatho yojongano oluninzi njengoMbane, Uhlobo -C, kunye neMicro{2}}i-USB ngokutshintshela imodyuli yokugqibela. Olu yilo lwenza ukuba intambo enye igubungele iimfuno zokutshaja kunye nokuhanjiswa kwedatha yezixhobo ezahlukeneyo ezinjengeefowuni eziphathwayo, iitafile, kunye nee-headphones, ukunciphisa inani lezinto ezigcinwayo zomsebenzisi. Ezinye iimveliso eziphezulu{5}zikwadibanisa iitshiphusi zokuchonga ezikrelekrele, ezingqamana ngokuzenzekelayo nombane okhoyo kunye nombane ofunwa sisixhobo xa uqhagamshelwe, kwaye uxhasa ukuya kuthi ga kwi-100W amandla okutshaja okukhawulezayo.
Ngokobuchwephesha bezinto eziphathekayo, iintambo zemagnethi zamkela ulwakhiwo oluphindiweyo - olukhuselayo. Ifoyile yealuminiyam engaphakathi kunye nomnatha ophothiweyo wangaphandle unokunciphisa uphazamiseko lwe-electromagnetic ngaphezu kwe-90%. Undoqo wecingo lwenziwe ngeoksijini ephezulu{4}}ecocekileyo{5}ngetoti yobhedu yasimahla{6}}izinto ezicwangcisiweyo, ezidityaniswe ne-TPE yesingxobo sangaphandle esinobuhlobo nokusingqongileyo, eqinisekisa ukuba bhetyebhetye ngelixa iphucula ukuxhathisa ukunxiba. Uvavanyo lwaselabhoratri lubonisa ukuba emva kweemvavanyo zokugoba ezingama-5,000, isinxibelelanisi kazibuthe sisenokugcina ngaphezulu kwe-95% yamandla e-adsorption.
Ukusuka kwimbono yezicelo zentengiso, iintambo zemagneti zandisiwe ukusuka kwindawo yomthengi wombane ukuya kwiimeko zobuchwephesha ezifana nezixhobo zonyango kunye nezixhobo zovavanyo lweshishini. I-anti{1}}ifitsha ye-mistouch ifanelekile ngokukodwa kwiimo ezingqongileyo ezifana namagumbi okusebenza aneemfuno ezingqongqo kuzinzo lwesixhobo, ngelixa idizayini yemodyuli ihlangabezana neemfuno zezixhobo zemizi-mveliso zokutshintsha ngokukhawuleza ujongano. Ngophuhliso lwetekhnoloji yokutshaja ngaphandle kwamacingo, iintambo ezixubeneyo ezineentambo zokutshaja ngokukhawuleza kunye nemisebenzi yokubeka imagnethi zisiba luphando olutsha kunye nesikhokelo sophuhliso.
Iintambo zemagneti zichaza ngokutsha indlela izixhobo zombane eziqhagamsheleka ngayo ngodibaniso olutsha lwemagnethi kunye neteknoloji yojongano. Esi sisombululo, esidibanisa ukusebenza kakuhle, ukhuseleko kunye nokuguquguquka, kulindeleke ukuba sithathe ngaphezulu kwe-15% yemarike yezixhobo zokutshaja kwihlabathi kule minyaka mithathu izayo.
