Ukuhlolwa kokuthembeka kwama-capacitor e-ceramic anamandla kagesi, okwaziwa nangokuthi ukuhlola ukuguga noma ukuhlola impilo, kuhlanganisa izici eziningi zokuqukethwe kokuhlola ukuze kuqinisekiswe ukuzinza kwakho nokwethembeka ezinhlelweni ezisebenzayo.Inqubo elandela amaklayenti amaningi emhlabeni wonke asebenzisa i-HVC's capacitor kumjikelezo wawo obalulekile. .
Ukuhlolwa kokumelana nochungechunge nokuhlolwa kokumelana nokufakwa: Lezi zivivinyo zisetshenziselwa ukuhlola ukusebenza kukagesi kwama-capacitor. Ukuhlolwa kokuphikiswa kochungechunge kusetshenziselwa ukukala ukumelana nochungechunge olulinganayo lwama-capacitor ukuze kuqinisekiswe ukusebenza kwawo okuvamile kumjikelezo. Ukuhlolwa kokumelana nokufakwa kwe-insulation kusetshenziselwa ukuhlola ukusebenza kwe-insulation yama-capacitor ukuze kuqinisekiswe ukuthi awakutholi ukuvuza ezindaweni ezine-voltage ephezulu.
Ukuhlolwa kwe-tensile: Lokhu kuhlola kuhloswe ukuhlola ukuqina kwe-capacitor lead kanye ne-chip soldering. Ngokulingisa isimo sokucindezeleka sama-capacitor ekusetshenzisweni kwangempela ngokusebenzisa amandla aqinile, ukuxhumana okuqinile nokuthembekile phakathi komkhondo ne-chip kuyaqinisekiswa.
Ukuhlolwa kwezinga lokushisa elilungile nelibi: Lokhu kuhlola kusetshenziselwa ukuhlola ukuzinza kokusebenza kwama-capacitor kumazinga okushisa ahlukene. Ngokudalula i-capacitor ebangeni lokushisa elingu--40 ° C kuya ku-+60 ° C nokulinganisa izinga lokushintsha inani layo le-capacitance, ukwethembeka kwe-capacitor ezindaweni ezihlukene zokushisa kuyaqinisekiswa.
Ukuhlolwa kokuguga: Lokhu kuhlola kuwukuhlola kokusebenza kwesikhathi eside kuma-capacitor e-ceramic ane-voltage ephezulu ngaphansi kwezimo zangempela zokusebenza zendawo yokusebenza. Ngokuvamile, isebenza ngokuqhubekayo izinsuku ezingu-30 kuya kwezingu-60 ukuhlola ukuncishiswa kwemingcele ehlukahlukene ye-capacitor ukuhlola ukuqina kwayo kokusebenza ekusetshenzisweni kwesikhathi eside.
Ukuhlolwa kwe-voltage ukumelana: Lokhu kuhlolwa kuhlanganisa ukuhlolwa kokusebenza kwamahora angu-24 ku-voltage yokusebenza elinganiselwe ukuze kuqinisekiswe ukwethembeka kwe-capacitor ku-voltage elinganiselwe. Ukwengeza, ukuhlolwa kokumelana ne-voltage ephukile nakho kwenziwa, okusebenzisa i-voltage ephezulu kune-voltage yayo elinganiselwe ku-capacitor kuze kube yilapho yehlelwa khona. I-voltage ebalulekile ngaphambi kokuwohloka i-voltage yokuwohloka, esetshenziselwa ukuhlola amandla kagesi okumelana nama-capacitor.
Ukuhlolwa kokukhipha ingxenye: Lokhu kuhlola kusetshenziselwa ukuthola ukukhishwa kwengxenye yama-capacitor. Ngokusebenzisa i-voltage ephezulu kanye nokubona ukuba khona kokukhishwa kwengxenye, ukusebenza kokufakwa kwe-insulation nokuzinza kwe-capacitor kungahlolwa.
Ukuhlolwa kwempilo: Lokhu kuhlolwa kwenziwa ngesisekelo sokuhlolwa kokuguga, ngokwenza izivivinyo zokushaja nokukhipha ngokushesha kuma-capacitor ngaphansi komfutho wemvamisa ephezulu ukuze kuhlolwe impilo yawo yokushaja nokukhipha. Ngokurekhoda inombolo yezikhathi zokushaja nokukhipha, impilo yokushaja nokukhipha i-capacitor ingatholakala. Kumele kuqashelwe ukuthi ukuhlolwa kwalesi sikhathi sokuphila kutholakala ngemva kokuhlolwa kokuguga kwesikhathi eside.
Ngokwenza lezi zivivinyo zokuthembeka kuma-capacitor e-ceramic aphezulu-voltage, ukuzinza nokuthembeka kwabo ezindaweni ezihlukahlukene zokusebenza kungaqinisekiswa, ngaleyo ndlela kuhlangabezane nezidingo zemishini kagesi yokusebenza okuphezulu kanye nama-capacitor ahlala isikhathi eside. Lezi zivivinyo ziyingxenye ebalulekile yokuthuthukiswa komkhiqizo kanye nenqubo yokulawula ikhwalithi yabakhiqizi be-capacitor nabakhiqizi bemishini kagesi.
