Capacitor YMIN: mishiinka hal-abuurka qaboojiyaha ee xilliga tamarta cusub

Iyadoo ay wadaan mowjadaha baabuurta tamarta cusub iyo sirdoonka, capacitors-conditioning aircondition (Aircon Capacitor), oo ah qaybaha asaasiga ah ee nidaamka qaboojiyaha, waxay marayaan noocyo kala duwan oo tignoolajiyadeed oo buuxa laga bilaabo hal-abuurnimada walxaha ilaa xakamaynta caqliga leh.

Qaadashada YMIN capacitors tusaale ahaan, hal-abuurkeeda teknoolajiyada iyo horumarka waxqabadka ee qaboojiyeyaasha baabuurta tamarta cusub waxay sidoo kale bixiyaan dhiirigelinta hawlgalka hufan ee nidaamyada qaboojinta iyo dib-u-qeexidda heerarka waxtarka tamarta iyo xuduudaha isku halaynta ee qalabka qaboojiyaha.

Horumarka laba-geesoodka ah ee bilowga heerkulka hooseeya iyo dulqaadka heerkulka sare
Qalabka qaboojiyaha ee dhaqameedku waxay u nugul yihiin hoos u dhigista awoodda ama kulaylka ku guuldareysiga heerkulka aad u daran, halka ** qalabka dareeraha aluminium electrolytic capacitor ** ay soo saartay YMIN ay si deg deg ah u soo saari karto jawiga -40 ℃ iyada oo loo marayo tiknoolajiyada xakamaynta heerkulka hoose, xallinta dhibaatada qabowga.

Isla mar ahaantaana, lakabka dielectric ah ee isku dhafan iyo elektrolytka adag ee uu isticmaalo capacitor-ku waxay ilaalinayaan qiimaha tamarta heerkulka sare ee 105 ℃, taas oo si weyn u kordhinaysa nolosha adeegga qaboojiyaha hawada. Iska caabinta heerkulka labada dhinac ah ayaa u sahlaysa nidaamka qaboojinta inuu la qabsado xaaladaha shaqada ee adag laga bilaabo qabow daran ilaa xagaaga kulul.

Wada-hagaajinta culeyska sare iyo jawaab celinta firfircoon
Nidaamyada qaboojinta tamarta cusub waxay u baahan yihiin inay la qabsadaan bilowga joogsiga joogtada ah iyo isbeddellada culeyska firfircoon. YMIN's polymer capacitors hybrid capacitors waxay yareeyaan khasaaraha tamarta 30% iyada oo loo marayo naqshad hoose oo ESR ah (iska caabin u dhigma) naqshadeynta, oo ay weheliso sifooyinka qulqulka sare ee hadda jira (> 5A), waxay yareeyaan isbeddelka korantada marka kombareeyaha uu ku socdo inta jeer ee sarreeya, isaga oo iska ilaalinaya hoos u dhaca waxtarka qaboojiyaha ee uu keeno naxdinta hadda. Tusaale ahaan, kombaresarada qaboojinta hawada ee baabuurta, capacitors-yada noocan oo kale ah waxay u adkeysan karaan hawlgalka culeyska sare ee muddada dheer, iyo heerka fashilka ayaa la dhimay in ka badan 50% marka la barbardhigo alaabada dhaqameed.

Isdhexgalka caqliga iyo kacaanka waxtarka tamarta
Nidaamyada qaboojinta casriga ah waxay si qoto dheer u dhexgalaan capacitors iyo unugyada kantaroolka elektarooniga ah (ECUs) si loo gaaro nidaam awood firfircoon leh. Marka dareemaha uu ogaado in kombaresarada uu culeyska saaran yahay, ECU waxay si caqli gal ah u qaybin kartaa wax soo saarka capacitor-ka, mudnaanta siin karta hawlgalka qaybaha asaasiga ah, oo ay wanaajiso heerka isticmaalka awooda iyada oo loo marayo algorithms xakamaynta. Daraasaduhu waxay muujiyeen in waxtarka tamarta dhamaystiran ee hababka qaboojinta ee ku qalabaysan capacitors YMIN ay wanaajisay 15% -20%, gaar ahaan baabuurta tamarta cusub ee ku yaala goobaha tamarta sare leh.

Bedelka gudaha iyo cusboonaysiinta warshadaha
capacitors YMINwaxay ku beddeleen Nichicon iyo noocyada kale ee caalamiga ah ee dufcadaha leh iska caabbinta korantada sare (450V) iyo cimriga dheer (> 8000 saacadood), iyagoo gaadhay guulo gudaha ah oo ku saabsan qaboojinta baabuurta. Jiddeeda farsamo ma aha oo kaliya kor u horumarinta hababka qaboojiyaha xagga miniaturization iyo saliid-free, laakiin sidoo kale xaqiiqsadaan la socodka fog ee xaaladda caafimaad ee capacitors iyada oo loo marayo Internet of technology technology, bixinta taageero xogta dayactirka saadaalinta.

Gabagabo
Xirmooyinka qaboojiyaha hawada ayaa ka soo baxaya "qaybaha shaqeynaya" ilaa "xarumaha tamarta casriga ah". Dhaqanka farsamada ee YMIN wuxuu muujinayaa in horumarka laba geesoodka ah ee hal-abuurka walxaha iyo is-dhexgalka nidaamka aysan kaliya xallin karin dhibcaha xanuunka qaboojiyaha ee xaaladaha tamarta cusub, laakiin sidoo kale waxay dejiyaan jaangooyo loogu talagalay deegaanka hoose ee kaarboon-yar iyo isku-kalsoonida sare ee maareynta kuleylka. Mustaqbalka, iyada oo la mideynayo elektrolytka adag ee gobolka iyo teknoolojiyadda semiconductor-ka ballaaran, capacitors ayaa sii deyn doona awood weyn oo kacaanka waxtarka tamarta.