Iziqhumane ziseyingozi. Ake sibheke ngokujulile izimbangela zokuqhuma kwe-electrolytic capacitor.

I-Electrolytic Capacitor Explosion: Uhlobo Oluhlukile Lweziqhumane

Lapho i-electrolytic capacitor iqhuma, amandla ayo akufanele athathwe kancane. Nazi izimbangela ezivame kakhulu zokuqhuma kwe-capacitor, ngakho-ke qaphela ngesikhathi somhlangano!

1. I-Reverse Polarity

1. Kuma-polarized capacitor afana nama-bullhorn capacitor, ukuxhuma amatheminali amahle kanye nenegethivu ngokuhlehla kungabangela i-capacitor ukuthi ishise ezimeni ezincane, noma kuholele ekuqhumeni ezimeni ezinzima kakhulu.

2. Ukuqunjelwa

1. Lapho ukukhishwa okuyingxenye, ukuwohloka kwe-dielectric, kanye ne-ionization enamandla kwenzeka ngaphakathii-capacitor, i-overvoltage inciphisa ukuqala kwe-ionization voltage ngaphansi kwamandla kagesi asebenzayo. Lokhu kubangela uchungechunge lwemiphumela engokomzimba, yamakhemikhali, nekagesi, kusheshisa ukonakaliswa kokufakwa kwe-insulation, ukukhiqizwa kwegesi, nokudala umjikelezo ononya. Ukucindezela kwangaphakathi okukhulayo kubangela igobolondo le-capacitor ukuthi liqhume futhi lingase liqhume.

3.Ukushiswa Kwegobolondo Okulimele

1. Uhlangothi lwe-high-voltage lwe-i-electrolytic capacitorImikhondo yenziwe ngamashidi amancane ensimbi. Uma ikhwalithi yokukhiqiza iphansi-njengamachopho angalingani, ama-burrs, noma ukugoba okucijile-amaphoyinti abukhali angabangela ukukhipha ingxenye. Lokhu kuphuma kungabhidliza uwoyela, kubangele ukunwebeka kwegobolondo, futhi kwehlise izinga likawoyela, okuholela ekuhlulekeni kokufakwa kwe-insulation. Ukwengeza, uma ama-welds ekhoneni eshiswa ngokweqile ngesikhathi sokuvalwa, angalimaza ukufakwa kwangaphakathi, ukukhiqiza amabala kawoyela negesi, ukwehlisa kakhulu i-voltage futhi kubangele ukwehluleka.

4.Ukuqhuma Kwe-Capacitor Okubangelwa Ukushaja Ngesikhathi Ubukhoma

1. Amabhange e-Capacitor anoma iyiphi i-voltage elinganiselwe akumele axhunywe kabusha kusekethe ebukhoma. Ngaso sonke isikhathi lapho ibhange le-capacitor lixhunywa kabusha, kufanele likhishwe ngokuphelele okungenani imizuzu emi-3 neswishi ivuliwe. Uma kungenjalo, i-polarity ye-voltage esheshayo lapho kuvalwa ingase ihluke enkokhelweni eyinsalela ku-capacitor, okuholela ekuqhumeni.

5. Ukushisa Okuphezulu Okubangela Ukuqhuma Kwe-Capacitor

1. Uma izinga lokushisa le-electrolytic capacitor liphezulu kakhulu, i-electrolyte yangaphakathi izohwamuka ngokushesha futhi yande, ekugcineni iqhume igobolondo futhi ibangele ukuqhuma. Izizathu ezivamile zalokhu yilezi:
   • Amandla kagesi amaningi aholela ekuwohlokeni kanye nokwanda okusheshayo kokugeleza kwamanje nge-capacitor.
   • Izinga lokushisa le-ambient lidlula izinga lokushisa elivunyelwe le-capacitor, okubangela ukuthi i-electrolyte ibile.
   • Uxhumo lwe-polarity oluhlehlisiwe.

Manje njengoba usuqonda izimbangela zokuqhuma kwe-electrolytic capacitor, kubalulekile ukubhekana nezimbangela zokugwema ukwehluleka okunjalo. Ukugcinwa okufanele nakho kubalulekile. Uma ama-capacitor echayeka elangeni eliqondile, umehluko obalulekile wokushisa, amagesi abolayo, izinga lokushisa eliphezulu, noma umswakama, ukusebenza kwama-capacitor okuphepha kungase kwehle. Uma i-capacitor yokuphepha igcinwe isikhathi esingaphezu konyaka, qiniseka ukuthi uhlola ukusebenza kwayo ngaphambi kokuyisebenzisa. Ama-capacitor e-YMIN ahlala ethembekile, ngakho-ke i-Capacitor Solutions, Buza i-YMIN ngezinhlelo zakho zokusebenza!