1. Iteknoloji yokucoca nge-vacuum potting: I-capacitor izaliswe yinto ekhethekileyo yokukhusela, engazukuvuza, ikhuselekile kwaye inobuhlobo nokusingqongileyo. Iphepha iingozi ezifana nongcoliseko lokusingqongileyo kunye nomlilo.

2. Ukuziphilisa: ukusebenza kakuhle kokuziphilisa, xa ukuwohloka kwendawo okubangelwa yi-overvoltage kunokuziphilisa ngokukhawuleza kwaye kuqalise umsebenzi oqhelekileyo.

3. Isixhobo sokukhusela ukhuseleko: (esinepatent) ukutsalwa kwe-over-voltage kunokuthintela ii-capacitor ukuba zingabangeli iingozi xa zisondela kwixesha lokusebenza okanye ngenxa yokuxinana kombane kunye nokugqithisa kakhulu.

4. Iibhloko zesiphelo ezintsha, ezikhuselekileyo nezithembekileyo zinokudityaniswa ngokulula, uyilo olufihliweyo luthintela ukuchukumisa ngengozi, kwaye isakhiwo sahlukile.

Ukusetyenziswa okulula okuhamba ngaxeshanye kwe-capacitor input

Ukhuseleko lokulwa nomothuko

Isixhobo sokukhusela nokumelana nokukhupha ukungcola esakhelwe ngaphakathi, sikhuselekile kwaye sithembekile ukusisebenzisa

I-Cable cross-section ingafikelela kwi-16MM2

Isetyenziswa kakhulu kwi: usetyenziso lwe-AC, ii-converters eziqhagamshelwe kwigridi enamandla aphezulu, ukucoca i-LC, uqhagamshelo lwe-delta olunezigaba ezintathu, olunezigaba esinye.

Imfuneko ethile ye-AC capacitor inokuyilwa ngokufanelekileyo ngokwesiseko esisekelwe kwimeko ethile esetyenzisiweyo. Ii-AC filter capacitors zijongene noxinzelelo olukhulu lwamandla kunye nolwe-voltage. Uyilo olulungiselelweyo lunciphisa ukulahleka kwamandla kwaye umthwalo wobushushu obangelwayo ubalulekile. Nxibelelana neqela lethu le-RD ukuze ufumane ulwazi oluthe kratya.