D'Automobil Noutfall Startkraaftversuergungsindustrie ass de Moment an enger Etapp vu rapider Entwécklung.Wéi d'Zuel vun den Autoen eropgeet, geet d'Nofro fir portabel, effizient Noutkraaftversuergung weider erop.An Zukunft, mam Fortschrëtt vun der Technologie, ginn dës Apparater méi intelligent a multifunktionell, an de Maartpotenzial ass enorm a gëtt erwaart weider ze wuessen.
An automobile Noutfall Start Muecht Energieversuergung Uwendungen, den Haaptgrond Themen konfrontéiert matMOSFETs enthalen thermesch Gestioun Erausfuerderungen, kompakt Design Ufuerderunge, Haltbarkeet an Zouverlässegkeet Considératiounen, a Käschten Kontroll.Dës Faktoren beaflossen zesummen d'Performance an d'Kompetitivitéit vum MOSFET, an hunn e wichtegen Impakt op seng Uwendung an d'Performance an Noutkraaftversuergung.
WINSOK MOSFET Röhren ginn an Automotive Noutstart Kraaftversuergung benotzt.D'Haaptapplikatiounsmodeller sinn:
| Deel Zuel | Configuratioun | Typ | VDS | ID (A) | VGS(th)(v) | RDS(ON)(mΩ) | Ciss | Package | |||
| @10V | |||||||||||
| (V) | Max. | Min. | Typ. | Max. | Typ. | Max. | (pF) | ||||
| Single | N-Ch | 75 | 100 | 2 | 3 | 4 | 5.3 | 6.4 | 3500 | DFN5X6-8 | |
| Single | N-Ch | 100 | 4.5 | 1.5 | 2 | 2.5 | 85 | 105 | 940 | SOP-8 | |
| Dual | N-Ch | 60 | 6.5 | 1 | 2 | 3 | 43 | 52 | 870 | SOP-8 | |
| Single | P-Ch | -30 | -13 | -1.2 | -2 | -2.5 | 9.6 | 15 | 1550 | SOP-8 | |
| Single | N-Ch | 30 | 85 | 1 | 1.5 | 2.5 | 4.5 | 5.5 | 2295 | BIS-252 | |
| Single | N-Ch | 100 | 70 | 2 | 3 | 4 | 10 | 16 | 4100 | BIS-252 | |
| Single | P-Ch | -30 | -65 | -1 | -1.6 | -2.5 | 7.5 | 9.5 | 3448 | BIS-252 | |
| Single | N-Ch | 40 | 220 | 2 | 3 | 4 | 2.5 | 3.2 | 5710 | BIS-263 | |
Aner Mark Material Zuelen entspriechend der uewenWINSOK MOSFETsinn:
Déi entspriechend Materialnummere vum WINSOK MOSFET WSD75100DN56 sinn: AOS AON6276, AON6278, AON6280, AON6282, AON6448.Onsemi, FAIRCHILD NVMFS6H824N.STMicroelectronics STL1000N8F7NE,7SCG0N8F7NE, 7SC00N8F7NE, 7SC00N8F7NE, 7SC00N8F7NE, 7SC0N8F7NE. .Potens Semiconductor PDC7966X.
Déi entspriechend Materialnummere vu WINSOK MOSFET WSP06N10 sinn:AOS AO4286,AO4486,AO4892.Onsemi,FAIRCHILD FDS3692.VISHAY Si4590DY.PANJIT PJL9450A .Sinopower SM1A23NSK3NSK0,1SMAV4NSK0,1SMAV4NSK0,1SMAV4NSK0,1SMAV4NSK0,1SMAV4NSK0,1SMAV4NSK0 .Potens Semiconductor PDS0966.DINTEK ELECTRONICS DTM6910,DTM6930, DTM 6940.
Déi entspriechend Materialnummere vu WINSOK MOSFET WSP6946 sinn:AOS AO4828,AOSD62666E,AOSD6810.Onsemi,FAIRCHILD FDS5351.VISHAY Si4946CDY.PANJIT PJL9836A.Potens Semiconductor PDS6INT TM10ECTRONIC TM10ECTRONIC TM 9836A.
Déi entspriechend Materialnummere vum WINSOK MOSFET WSP4407 sinn:AOS AO4407,AO4407A,AOSP21321,AOSP21307.Onsemi,FAIRCHILD FDS6673BZ.VISHAY Si4825DDY.STMicroelectronics STS10STS5P6ST,6PHLL,6PHLL,6PSHLL,6PHLL,6PHLL,6PHLL,6PHLL,6PHLL,6PHLL,6PHLL,6PHLL,6PHLL,6PHLL,6PHLL,6PHLL,6PHLL,6PHLL,6PHLL,6PSHLL H6.TOSHIBA TPC8125.PANJIT PJL94153.Sinopower SM4305PSK.NIKO-SEM PV507BA, P1003EVG.Potens Semiconductor PDS4903.DINTEK ELECTRONICS DTM4407,DTM4415,DTM4417.
The corresponding material numbers of WINSOK MOSFET WSF3085 are:AOS AOD4132,AOD508,AOD518.Onsemi,FAIRCHILD FDD050N03B.STMicroelectronics STD100N3LF3.INFINEON,IR IPD031N03LG,IPD040N03LG.PANJIT PJD85N03.Sinopower SM3106NSU.NIKO-SEM PD548BA.Potens Semiconductor PDD3906.DINTEK ELECTRONICS DTU50N03 .
Déi entspriechend Materialnummere vum WINSOK MOSFET WSF70N10 sinn: AOS AOD296A.STMicroelectronics STD15NF10T4.INFINEON,IR IPD12CN10NG.TOSHIBA TK7R7P10PL.PANJIT PJD70N10.NIKO-BDD0 P8Poten0 Semiconduct P08Poorten0 P8Poten0 P0.
Déi entspriechend Material Zuelen vun WINSOKMOSFETWSF70P03 sinn:AOS AOD21357,AOD403,AOD423.Onsemi,FAIRCHILD NVATS4A103PZ.VISHAY SUD50P04.STMicroelectronics STD37P3H6AG,STD40P3LLH6.TOSHIBA TJ60P4EC0M0M0P0M0P0M0P0M0P0M0P0M0P0M00000000000. AP6679BGHNIKO-SEM PZ0703ED,PD537BA.Potens Semiconductor PDD3959.
Déi entspriechend Material Zuelen vunWINSOKMOSFET WSK220N04 sinn: AOS AOB1404L, AOB2140L, AOB2144L.Onsemi, FAIRCHILD FDB8443.STMicroelectronics STB55NF06L.Potens Semiconductor PDH4970.
Post Zäit: Nov-17-2023
