Sekunesikhathi selokhu kwaba nesithangami sabezindaba sombuthano wesayensi nobuchwepheshe.Yize iselula entsha ekhishwe ngabakwa-Apple kulo nyaka ingafinyelelanga obekulindelekile kubantu abaningi, ibingakakwazi ukuvimba abalandeli abaningi ukuthi bayithande.Nakuba i-Apple ingazange yethule ngokusemthethweni ishaja engenantambo engu-3 koku-1, iningi labakhiqizi bezisekeli basheshe bethula ishaja yombhobho yomndeni esekela ukushaja okungenantambo kwamakhoyili amathathu.Kulesi sihloko, ngizochaza ubuchwepheshe abamnyama beikhoyili yokushaja engenantambo.
Ukushaja okungenantambo ikakhulukazi kusetshenziswa isimiso sokungeniswa kuka-electromagnetic, futhi kuqeda ukudluliswa kwamandla ngokuhlangana ngezikhathi ezithile kwamandla amakhoyili.Ngesikhathi sokusebenza, itheminali yokokufaka iguqula amandla wemithombo yokuxhumana ibe amandla e-DC ngokusebenzisa isekethe yokulungisa kabusha ibhuloho, noma isebenzisa ngokuqondile amandla angu-24V DC ukuze inikeze amandla ohlelweni.Ngamandla okuhlanganisa amakhoyili amabili angeniswayo, isekethe yokuguqula etholayo iguqula okukhiphayo kwamanje ngekhoyili yesibili ibe yi-DC ukuze ishaje ibhethri.
Ishaja yamakhoyili amathathu angenantambo ifakwe ikakhulukazi ikhoyili yokushaja okungenantambo ekhiqizwe i-Mingda, ekwazi ukuqeda ukushisa kweshaja engenantambo.Ikhoyili ye-Mingda ingathuthukisa ukusebenza kahle kwe-electromagnetic futhi ihlangabezane nesidingo sokushaja ngokushesha.Ikhoyili ye-Mingda isebenzisa uzibuthe omusha we-polymer, ongenza ishaja engenantambo igcine ukusebenza kwayo kokushaja endaweni enesiphithiphithi.
Ukuze ufunde ulwazi, sicela ukhululeke ukusibuza.
Isikhathi sokuthumela: Oct-11-2022