NO.1 Muuqaalka Suuqa iyo Doorka Capacitor ee Tusmooyinka Dallacaadda Tamarta Cusub
Iyada oo la raacayo siyaasadaha adag ee deegaanka iyo kordhinta wacyiga dadweynaha ee ilaalinta deegaanka, iibinta baabuurta tamarta cusub ayaa si isdaba joog ah u kordheysa, waxaana la filayaa in ay qabtaan saami suuqeed oo muhiim ah 2025. Kobacani waxa uu keenayaa baahi weyn oo loo qabo in lagu dallaco. Maaddaama heerka gelitaanka baabuurta tamarta cusubi ay sii korodho, booska suuqa ee lagu dallaco kaabayaasha ayaa u balaadha si waafaqsan.
Inta lagu jiro habka dallacaadda ee xirmooyinka cusub ee dallaca tamarta, caqabadaha sida isbedbedelka korantada korantada iyo saamaynta ku-meel-gaadhka ah ee hadda sarreeya ayaa laga yaabaa inay soo baxaan. Nooca dareeraha ah ee aluminiumka korantada capacitors, ee loo yaqaan awooddooda sare iyo cufnaanta kaydinta tamarta, waxay si wax ku ool ah u yareeyaan qulqulka qulqulka ee ay sababaan isbedbedelka xadhkaha. Waxay dejiyaan oo ay shaandheeyaan wax soo saarka tamarta DC ee ku dallaca tuulan, hubinta tayada tamarta deggan iyo ilaalinta baytariyada baabuurta korantada culeyska xad dhaafka ah iyo isbedbeddelka danabka.
NO.2Faa'iidooyinka Dareeraha Dareereha ah ee Nooca Aluminum Electrolytic Capacitors
- Awoodda Kaydinta Tamarta Sare iyo Magdhawga Korontada
Nooca dareeraha ah ee aluminiumka korantada ah ee aluminiumku wuxuu bixiyaa awood kaydin tamar oo muhiim ah, taageeraya baahida hadda jirta ee ku meel gaadhka ah. Ku dallacaadaha tuulan, inta lagu jiro hababka dallacaadda degdega ah halkaas oo isbedbedelka korantada korantada ama dalabaadka korantada kediska ah ay dhacaan, capacitors-yadani waxay magdhabaan korantada waxayna shaandheeyaan isbedbedelka, hubinta soosaarka korantada ee deggan.
- Ripple Sare Adkeysiga Hadda
Dallacadu waxay la kulmaa isbedel weyn oo hadda ah inta lagu jiro hawlgalka. Dareeraha YMIN ee nooca korantada ah ee capacitors waxay muujinayaan adkeysi aad u wanaagsan oo ka dhan ah qulqulka qulqulka badan, si wax ku ool ah u nuugaya una fududeeya isbedbedelkan si loo ilaaliyo wareegyada gudaha ee xirmooyinka ku dallaca, hubinta amniga iyo xasilloonida inta lagu jiro habka dallacaadda.
- Cimri dheer iyo isku halaynta sare
Wanaajinta korantada iyo awoodaha kala daadinta kulaylka ee nooca dareeraha ah ee aluminiumka elektirolytka ah waxay gacan ka geystaan cimrigooda dheeriga ah iyo isku halaynta sare ee jawiga shaqada ee adag ee ku dallacaadaha. Tani waxay yaraynaysaa kharashka dayactirka iyo wakhtiga hoos u dhaca sababtoo ah cilladaha qaybaha.
- Adkeysiga Heerkulka Sare iyo Deganaanshaha
Dareeraha dareeraha ah ee YMIN ee nooca aluminiumka ah ee aluminium capacitors waxay muujinayaan xasillooni heerkul sare oo heersare ah, ilaalinta hawlgalka xasilloon xitaa jawiga heerkulka sare leh inta lagu jiro hawlgalinta dallacsiinta, oo muhiim u ah codsiyada dibadda ee xirmooyinka ku dallaca.
- Karti Jawaab degdeg ah
Sababo la xiriira iska caabintooda Taxane u dhigma oo hooseeya (ESR) iyo sifooyin jawaab celin firfircoon oo heersare ah, dareerayaasha nooca aluminiumka ah ee korantada ah waxay si degdeg ah uga jawaabaan inta lagu jiro lacag dallaca degdega ah iyo wareegyada sii daynta ee hababka dallacaadda. Tani waxay hubinaysaa danab joogto ah oo wax soo saar ah oo ku dallaca, waxay ilaalisaa batteriga, waxayna kordhisaa waxtarka dallacaadda.
NO.3Talooyin ku saabsan Xulashada Dareeraha Dareereha ah ee Nooca Aluminum Electrolytic Capacitors
Dareeraha Dareeraha ah ee Aluminum Electrolytic Capacitor | Voltage(V) | Capacitace (uF) | Heerkulka (℃) | Cimriga (saacda) |
CW3S | 300-500 | 47-1000 | 105 | 3000 |
CW3 | 350-600 | 47-1000 | 105 | 3000 |
CW6 | 350-600 | 82-1000 | 105 | 6000 |
NO.4Gabagabo
dareeraha dareeraha ee Shanghai YMIN ee nooca aluminium capacitors electrolytic ayaa muujinaya faa'iidooyin la taaban karo oo ku saabsan xirmooyinka cusub ee tamarta tamarta, kor u qaadida xasiloonida nidaamka, badbaadada, cimri dhererka, iyo hagaajinta waxqabadka dallacaadda. Capacitors-yadani waxay taageeraan casriyaynta tignoolajiyada iyo horumarka waara ee wershadaha dallacsiinta.
Waqtiga boostada: Meey-23-2024