High yamanje DC isixhumanisi ifilimu capacitor for electric drivetrain inverters

I-DC yamanje exhumanisa ifilimu capacitor yama-inverter kagesi we-drivetrain Isithombe esifakiwe

Incazelo emfushane:

1. Iphakethe lepulasitiki, elivalwe nge-eco-fridendly epoxy resin, imikhondo yethusi, ubukhulu obungokwezifiso

2. Ukumelana ne-voltage ephezulu, ifilimu yokuziphilisa ye-metallized polypropylene

3. I-ESR ephansi, ikhono eliphezulu lokusingatha i-ripple yamanje

4. I-ESR ephansi, yehlisa ngempumelelo i-voltage ehlanekezelanayo

5. Umthamo omkhulu, isakhiwo esihlangene

Thumela i-imeyili kithi Landa njenge-PDF

Imininingwane Yomkhiqizo

Omaka bomkhiqizo

Idatha yobuchwepheshe

工作温度范围/Izinga lokushisa elisebenzayo	-40 ℃ ~ 105 ℃
贮存温度范围/Ibanga lokushisa lesitoreji	-40 ℃ ~ 105 ℃
额定电压Un/ I-voltage elinganiselwe	450V.DC-1100VDC
额定容量Cn/ Amandla alinganiselwe	450-1000μF
容量偏差/Cap.tol	±5%(J)
耐电压/Withstand voltage	I-Vt-t	1.5Un/10S(20℃±5℃)
	Vt-c	3000V.AC/10S(50Hz,20℃±5℃)
损耗角正切/Dissipation factor	Tgδ≤0.001 f=100Hz
	tgδ0≤0.0002
绝缘电阻/Ukumelana ne-Insulation	Rs×C≥10000S (at20℃ 100V.DC 60s)
等效串联电阻/ESR	≤0.3mΩ(10KHz)
自感/Ls	≤20nH
热阻/Rth	1.8K/W
额定电流/Max.I-Irms yamanje	140A (70℃)
浪涌电压/Amandla kagesi angaphindeki (Us)	675V.DC
脉冲峰值电流/Inani eliphakeme lamanje (Î)	5KA
浪涌电流/ Maximum surge current(Is)	15KA
灌封料/Impahla yokugcwalisa	I-resin noma i-polyurethane, uhlobo olomile
失效率/Isabelo sokwehluleka	≤50Fit
预期寿命/Iminyaka yokuphila	bheka umdwebo
引用标准/Inkomba ejwayelekile	I-IEC 61071 ;AEC Q200D-2010
重量/Isisindo	≈2.3kg
尺寸/Dimension	275 mm×72 mm×70mm

Uchungechunge lwe-DKMJ-AP

Ama-capacitor wefilimu enamandla athuthukile anobuchwepheshe obulawulwayo bokuzipholisa angesinye sezisombululo ze-elekthronikhi zamandla onjiniyela be-EV kanye ne-HEV abangathembela kuzo ukuze bahlangabezane nosayizi oqinile, isisindo, ukusebenza, kanye nenqubo yokwethenjwa yokwehluleka okuyinhlekelele eyiziro yale makethe enenkani.

Ama-capacitor amafilimu anamandla akwazi ukuletha izixazululo zedizayini ezinokwethenjelwa zama-EV kanye nama-HEV kufanele ahlangabezane nemingcele ethile ethile mayelana nezinto zefilimu ezenziwe ngensimbi, ukucubungula, nokuklama.

Isici

Intuthuko esimeme isiphenduke umqondo obucayi futhi otholakala yonke indawo enkathini yamanje.Ikakhulukazi, embonini yamandla, izixazululo zamandla ahlanzekile, avuselelekayo zithatha indawo yezindlela ezijwayelekile ezisekelwe kuwoyela.Njengoba i-EV ne-HEV kuyimakethe ekhulayo, ama-inverters kudingeka ukuthi abe nosayizi omncane, ukuminyana kwamandla aphezulu, i-wide bandgap (WGB) kanye nokwehluleka okuyinhlekelele ukuze kuthathelwe indawo injini yendabuko yangaphakathi (ICE).Ngenxa yalokho, i-metalized film capacitor iyimfuneko ebalulekile ye-EV yesikhathi esizayo kanye ne-HEV ukuze kwanelise lezi zindlela zokunquma zemakethe.

I-metalized film capacitor e-CRE inesici sokuziphilisa, ikhono lokuvimbela ukwehluleka okuyinhlekelele lapho kwenzeka iphutha langaphakathi.Ifilimu ye-dielectric ku-capacitor yethu imbozwe ngensimbi efakwe i-vacuum futhi inogqinsi lwama-nanometers amaningi.Uma kunephuzu elibuthakathaka noma ukungcola ku-dielectric, ukuwohloka kuzokwenzeka.Amandla akhishwe ukukhishwa kwe-arc ekuqhekekeni azokwanela ngokwanele ukuhwamukisa ungqimba lwensimbi nxazonke, ahlukanise isici futhi aphulukise ngempumelelo i-capacitor ukuze kugcinwe ukusebenza.

Ngalobu buchwepheshe bokuzipholisa, ama-capacitor ethu efilimu enziwe ngensimbi asebenza ezinhlobonhlobo zezidingo zemakethe futhi akwazi ukufeza izidingo ezithuthukisiwe ze-elekthronikhi ezihlanganisa lezo zama-inverter asetshenziswa ku-EV ne-HEV.Banokulindela ukuphila okude kanye nokwethembeka okungokoqobo ngaphandle kokwehluleka okuyinhlekelele.Ngaphezu kwezinzuzo ezibangelwa isici sokuziphilisa, ama-capacitor ethu nawo mancane ngosayizi anekhono elikhulu.Angafakwa kalula futhi angamelana ne-voltage ephezulu.

I-metalized film capacitor isetshenziswa yi-CRE patent designs.Ngokuvamile zifakwe nge-resin eyomile, zilinyazwe nge-Myra tape futhi zivalwe ngegobolondo lensimbi noma lepulasitiki.Idizayini yelungelo lobunikazi izoletha izinzuzo ezihlukahlukene ezihlanganisa ukulinganisa kwamanje kanye ne-inductance, akukho ukwanda okubalulekile kokushisa, indawo kagesi ephezulu kanye nezindleko zokukhiqiza eziphansi.I-bobbin yama-capacitor amaningi ingadayiswa esakhiweni sebha yebhasi ukuze kunikezwe amanani aphansi okuzishintsha angasetshenziswa ukukhawulela ugesi ongaphezu kwamandla ngesikhathi sokushintsha.

Njengenye yezimpendulo zokuthambekela kwamandla ahlanzekile kanye nentuthuko esimeme, imakethe ye-EV ne-HEV kulindeleke ukuthi ikhule ngokuqhubekayo futhi ekugcineni ithathe indawo yamamodeli e-ICE.Ama-capacitor amafilimu ensimbi e-Wuxi CRE azoba yisixazululo esisebenzayo, esithembekile nesiholayo sokukhiqizwa kwakho kwesikhathi esizayo.