I-YMIN capacitors idlala indima ephambili kwisiphaluka somlawuli we-condensers (ezifana neenkqubo zefriji, i-air conditioners yemoto, njl.) kunye ne-ESR yabo ephantsi, ukuxhathisa okuphezulu kwangoku, ubomi obude kunye nokuthembeka okuphezulu, ukuphucula kakhulu ukuzinza kunye nokusebenza kwamandla kwenkqubo. Oku kulandelayo ngamaxabiso aphambili esicelo:
1. Ukucoca amandla kunye nokulawulwa kwamandla ombane
Umlawuli wecondenser kufuneka ajongane nokothuka kwangoku kunye nokuguquguquka kwamandla ombane okubangelwa kukuqala rhoqo kunye nokuyeka. I-ultra-low ESR (i-requivalent series resistance) ye-YMIN capacitors inokucoca ngokufanelekileyo ingxolo yokunikezelwa kwamandla kunye nokunciphisa ukulahleka kwamandla; iimpawu zayo eziphakamileyo zokuxhathisa zangoku zinokuxhasa ngokuzinzileyo imfuno yangoku ekhawulezileyo xa icompressor iqala, ukuphepha ukuhla kwamandla ombane kunye nexesha lokuphumla kwenkqubo.
Ngokomzekelo, kwi-air conditioner compressor circuit, i-capacitor ithatha i-ripple yamandla ukuqinisekisa ukucoceka kwesiginali ye-motor drive kunye nokuqinisekisa ukusebenza kakuhle kokupholisa okuzinzile.
2. Ukuchasana nokuphazamiseka kunye nokudibanisa umqondiso
Ibhodi yokulawula i-condenser isesichengeni sokuphazamiseka kwe-electromagnetic (EMI). Iimpawu eziphantsi ze-impedance ze-YMIN capacitors zinokucinezela ingxolo ephezulu-frequency, ngelixa i-high capacitance density design (efana ne-LKG series ibonelela nge-capacitance ephezulu kwi-compact size) inokufikelela kwi-buffering yokugcina amandla kwindawo elinganiselweyo kunye nokwandisa impendulo yesikhashana yesiginali yokulawula.
Ngokomzekelo, kwisiphaluka sempendulo yokulawula ubushushu, ukutshaja ngokukhawuleza kunye nokukhupha iimpawu ze-capacitor kunokudlulisa ngokuchanekileyo umqondiso we-sensor kunye nokuphucula ukusebenza kwexesha langempela lolawulo lweqondo lokushisa.
3. Ukuchaswa kokusingqongileyo kunye nobomi obude
Iicondensers zihlala zijongana nemingeni efana nobushushu obuphezulu kunye nokungcangcazela. I-YMIN isebenzisa iteknoloji ye-hybride eqinileyo / eqinileyo (efana ne-VHT series) ukugcina izinga lokutshintsha umthamo we-≤10% kwiqondo elibanzi lokushisa -55 ℃ ~ 125 ℃, kunye nobomi obungaphezu kweeyure ze-4000 (i-125 ℃ iimeko zokusebenza), ukugqithisa kakhulu i-capacitors yendabuko yamanzi. Uyilo lwayo oluchasene ne-seismic (njengesakhiwo sokuzimela se-substrate) sinokuxhathisa ukunyakaza komatshini ngexesha lokusebenza kwe-compressor kunye nokunciphisa izinga lokungaphumeleli.
4. Uyilo oludityanisiweyo oluncinci
Izilawuli zecondenser zanamhlanje kufuneka zidityaniswe kakhulu. I-YMIN ye-ultra-thin chip capacitors (efana ne-VP4 series enobude obuyi-3.95mm kuphela) inokufakelwa kwiibhodi ze-PCB ezihlangeneyo ukugcina indawo. Ngokomzekelo, kwimodyuli ye-inverter air conditioner drive, i-miniaturized capacitor idibaniswe ngokuthe ngqo ecaleni kweyunithi yamandla e-IGBT ukunciphisa ukuphazamiseka kwe-wiring kunye nokuphucula isantya sokuphendula.
Ukuqukumbela
Ii-capacitors ze-YMIN zibonelela ngokuthembeka okuphezulu kokulawulwa kwamandla kunye nenkxaso yokulungiswa komqondiso wenkqubo ye-condenser ngokusebenzisa ilahleko ephantsi yokucoca, ukusebenza okuzinzile kobushushu obubanzi, isakhiwo esinganyangekiyo kwimpembelelo kunye nokupakishwa kwe-miniaturized, ukunceda izixhobo zefriji ukufezekisa ukusebenza kakuhle, ukuthula kunye nexesha elide kwizithuthi zamandla amatsha, i-air conditioners yasekhaya kunye nezinye iindawo. Kwixesha elizayo, njengoko imfuno ye-condensers ehlakaniphile isanda, izibonelelo zayo zobugcisa ziya kukhuthaza ngakumbi inkqubo ukuba iphuhlise kwicala lokuxinana kwamandla aphezulu.
Ixesha lokuposa: Jul-17-2025