Imingeni ephambili yobugcisa kwi-inverter design ibandakanya le miba ilandelayo

1. Isakhiwo sesekethe esiyinkimbinkimbi: I-inverter iyadingeka ukuguqula amandla e-DC amandla e-AC, kwaye isakhiwo sayo sesekethe sinzima, okwenza uyilo lube nzima.
2. Ukusebenza kunye nokuzinza: I-inverter kufuneka isebenze ngokufanelekileyo ngelixa iqinisekisa ukuzinza kwe, okubeka iimfuno eziphezulu zobugcisa.
3. Imiba yokutshatyalaliswa kobushushu: I-inverter ivelisa ukushisa ngexesha lokusebenza, kunye nendlela yokutshatyalaliswa ngokufanelekileyo kobushushu ukuqinisekisa ukuzinza kwayo kokusebenza yimingeni yobugcisa.
4. Imiba yokuhambelana kwe-Electromagnetic: Imiba yokuhambelana kwe-Electromagnetic kwi-inverter inokuchaphazela ukusebenza okuqhelekileyo kwesixhobo kwaye ngomnye wemicelimngeni yobugcisa.

Ukulinganiselwa kwetheknoloji ye-IGBT: Nangona i-IGBT (i-Insulated Gate Bipolar Transistor) sisixhobo sombane esisetyenziswa ngokubanzi kwi-inverters ngoku, kwiinzuzo zayo ezifana nokuthembeka okuphezulu, indlela yokuqhuba elula, ukukhululeka kokukhusela, akukho mfuneko yesiphaluka se-buffer, kunye nokutshintsha okuphezulu. Nangona kunjalo, i-IGBT inobuthathaka bayo obubandakanya amaxesha okujikeleza okulinganiselweyo, okunokukhokelela kwimiba efana ne-cathode lead weld point open circuit kunye ne-low weld point fatigue strength, kwakunye neziphene ezinokubakho kwi-insulation.