Ama-capacitor e-YMIN adlala indima ebalulekile kumjikelezo wesilawuli wama-condensers (njengezinhlelo zesiqandisi, ama-air conditioners emoto, njll.) nge-ESR yawo ephansi, ukumelana nokuqina kwamanje, impilo ende nokuthembeka okuphezulu, ukuthuthukisa kakhulu ukuzinza nokusebenza kahle kwamandla kwesistimu. Okulandelayo amanani ayo ayisisekelo ohlelo lokusebenza:
1. Ukuhlunga amandla kanye nokulawulwa kwamandla kagesi
Isilawuli se-condenser sidinga ukubhekana nokushaqeka kwamanje kanye nokuguquguquka kwamandla kagesi okubangelwa ukuqala nokuma njalo. I-ultra-low ESR (ukumelana nochungechunge olulinganayo) yama-capacitor e-YMIN ingahlunga ngempumelelo umsindo wokuphakelwa kwamandla futhi inciphise ukulahleka kwamandla; izici zayo eziphakeme zokumelana ne-ripple zamanje zingasekela ngokuzinzile isidingo samanje esisheshayo lapho i-compressor iqala, igweme ukwehla kwe-voltage kanye nokuphelelwa yisikhathi kwesistimu.
Isibonelo, kusekethe ye-compressor ye-air conditioner yemoto, i-capacitor idonsa amandla e-ripple ukuqinisekisa ukuhlanzeka kwesiginali ye-motor drive futhi iqinisekise ukusebenza kahle kokupholisa okuzinzile.
2. Ukuvimbela ukuphazamiseka nokuxhumanisa isignali
Ibhodi lokulawula i-condenser lisengozini yokuphazanyiswa yi-electromagnetic (EMI). Izici ze-impedance ephansi zama-capacitor e-YMIN zingacindezela umsindo we-high-frequency, kuyilapho idizayini ye-capacitance density ephezulu (efana nochungechunge lwe-LKG inikeza amandla aphezulu ngosayizi ohlangene) ingafinyelela ukugcina ukugcina amandla endaweni elinganiselwe futhi ithuthukise impendulo yesikhashana yesiginali yokulawula.
Isibonelo, kumjikelezo wempendulo yokulawula izinga lokushisa, izici zokushaja okusheshayo nokukhipha ze-capacitor zingadlulisela ngokunembile isignali yenzwa futhi zithuthukise ukusebenza kwesikhathi sangempela somthetho wezinga lokushisa.
3. Ukumelana nendawo ezungezile nempilo ende
Ama-condenser ngokuvamile abhekana nezinselele ezifana nezinga lokushisa eliphezulu nokudlidliza. I-YMIN isebenzisa ubuchwepheshe obuhlanganisiwe obuqinile/obuqinile obuwuketshezi (njengochungechunge lwe-VHT) ukuze kugcinwe izinga lokushintsha umthamo elingu-≤10% ebangeni elibanzi lokushisa elingu-55℃~125℃, kanye nempilo engaphezu kwamahora angu-4000 (izimo zokusebenza ezingu-125℃), ezedlula kude ama-capacitor oketshezi endabuko. Idizayini yayo yokulwa nokuzamazama komhlaba (efana nesakhiwo esizisekelayo se-substrate) ingamelana nokudlidliza komshini ngesikhathi sokusebenza kwe-compressor futhi yehlise izinga lokuhluleka.
4. Idizayini edidiyelwe encane
Izilawuli zesimanje ze-condenser zidinga ukuhlanganiswa kakhulu. Ama-chip capacitor e-YMIN ama-ultra-thin chip (afana nochungechunge lwe-VP4 anobude obungu-3.95mm kuphela) angashumekwa kumabhodi ahlangene we-PCB ukuze konge isikhala. Isibonelo, kumodule ye-inverter air conditioner drive, i-miniaturized capacitor ihlanganiswe ngokuqondile eduze kweyunithi yamandla ye-IGBT ukuze kuncishiswe ukuphazamiseka kwezintambo nokuthuthukisa isivinini sokuphendula.
Isiphetho
Ama-capacitor e-YMIN ahlinzeka ngokuphathwa kwamandla okuthembeke kakhulu kanye nokwesekwa kokucubungula isignali yesistimu ye-condenser ngokuhlunga okuphansi kokulahlekelwa, ukusebenza okuzinzile kwezinga lokushisa okubanzi, isakhiwo esimelana nomthelela kanye nokupakishwa okuncane, ukusiza imishini yesiqandisi ukufeza ukusebenza okuphumelelayo, okuthulile nokuphila isikhathi eside ezimotweni zamandla amasha, ama-air conditioner asendlini kanye neminye imikhakha. Esikhathini esizayo, njengoba isidingo sama-condensers ahlakaniphile sikhula, izinzuzo zayo zobuchwepheshe zizothuthukisa uhlelo ukuze luthuthuke ekuqondeni kwamandla aphezulu.
Isikhathi sokuthumela: Jul-17-2025