Ungakanani umphumela ku-arc ngebanga ngenkathi uklama i-capacitor yamandla kagesi aphezulu?
Umthelela webanga lokukhuphuka kagesi kumklamo we-voltage capacitor ephezulu kakhulu? Lo mbuzo kufanele unqunywe ngokuya ngohlelo lokusebenza uqobo. Ngenxa yesilinganiso esiphakathi, idizayini ehlukile ye-Qiangba dielectric design izoba nemiphumela ehlukile.
Isibonelo, i-voltage ephezulu ye-ceramic capacitor chip, ngemuva kokusebenza okubili endaweni yokuphumula, ukuphakama kwenetha yi-5MM. lelo ibanga phakathi kwezigxobo ngu-5MM. amandla okuphepha azoba nini? Ngemuva kokuhlolwa, kutholakale ukuthi empeleni i-vacuum uqobo ayinayo inkinga, amandla we-insulation ku-vacuum ngeke abe khona ukukhishwa kufana. Ngoba awekho ama-molecule omoya. Kepha amandla ku- 3KV capacitor, Kuzoba khona ukuqala kokukhishwa kufana, eduze ne-5KV lapho ingajwayelekile.
Kungani le nkinga? Ingabe i-vacuum ayiyinhle, kunegesi noma i-voltage ephezulu ye-ceramic capacitor ikhwalithi ayidluli, mhlawumbe, lokhu kuzoba ukugxila okuyimpikiswano. Eqinisweni, isizathu silula: ayikho inkinga, i-voltage ephezulu ye-ceramic capacitor ayinankinga. 5MM ukujiya kune-10KV yamandla we-voltage.
Le yinkinga yebanga likagesi. Akunankinga nge-capacitor ne-vacuum, kepha izingongolo ezimbili ze-high voltage capacitor ziyadedelwa. Ibanga lifushane kakhulu futhi ikhwalithi yomkhiqizo ayikho. Ngakho-ke, ukwakhiwa kufanele kulungiswe, noma ubuchwepheshe ukwenza ukuvikela phakathi kwezigxobo ezimbili. Uma ufuna ukukhuphula kuze kufike ku-6KV, ubude noma ibanga eliphakathi kwensiza yomoya kagesi alikho ngaphansi kwe-8MM.