1. Ubuchwepheshe be-vacuum potting: I-capacitor igcwele i-medium ekhethekile yokuvikela, engeke ivuze, iphephile futhi inobungani nemvelo.Igwema izingozi ezinjengokungcoliswa kwemvelo nomlilo.

2. Ukuziphilisa: ukusebenza okuhle kakhulu kokuziphilisa, lapho ukuwohloka kwendawo okubangelwa ukugcwala ngokweqile kungakwazi ukuziphilisa ngokushesha futhi kuqalise kabusha umsebenzi ojwayelekile.

3. Idivayisi yokuvikela ukuphepha: (okunelungelo lobunikazi) ukudonsa i-over-voltage kungavimbela ama-capacitor ukuthi angabangeli izingozi uma usondela empilweni yesevisi noma ngenxa yokugcwala kukagesi nokushisisa ngokweqile.

4. Amabhulokhi wetheminali amasha, aphephile futhi anokwethenjelwa angaxhunywa kalula, umklamo ofihliwe uvimbela ukuthinta ngengozi, futhi isakhiwo siyingqayizivele.

Ukusetshenziswa okuhambisanayo okwenziwe lula kokufakwayo kwe-capacitor

Ukuvikela ukushaqeka

Ukumelana nokukhipha okwakhelwe ngaphakathi kanye nedivayisi yokuphepha, iphephile futhi inokwethenjelwa ukuyisebenzisa

Ikhebula eliphambanayo lingafika ku-16MM2

Isetshenziswa kakhulu ku: Izinhlelo zokusebenza ze-AC, iziguquli ezixhunywe kugridi yamandla aphezulu, ukuhlunga kwe-LC, izigaba ezintathu, isigaba esisodwa, uxhumano lwe-delta.

Isidingo esithile se-AC capacitor singaklanywa ngokufanele leso sisekelo kusimo esithile esisetshenzisiwe.Ama-capacitor okuhlunga e-AC abhekana nengcindezi enkulu yamanje kanye ne-voltage.Idizayini elungiselelwe inciphisa ukulahleka kwamandla futhi umthwalo oshisayo owumphumela ubalulekile.Finyelela ithimba lethu le-RD ukuze uthole ulwazi olwengeziwe.