型号:
晶体管极性:N沟道/P沟道
电流Id连续:
电压Vds最大值:
电阻Rds 值:
阈值电压Vgs th典型值:
功耗Pd :
工作温度:
封装:
应用:汽车电子 消费电子 工业应用 电机控制和驱动 电源管理 照明LED 驱动
英飞凌MOS 管
1. 导通电阻
对大部份的应用而言,导通时所造成的导通损耗占整体MOSFET损耗的大部份,因此各家厂商均想办法降低MOSFET的导通电阻。MOSFET的最低导通电阻从1996 年的12mΩ降到今天的1mΩ以下。目前,英飞凌公司最新一代25V/30V的OptiMOS MOSFET最低额定导通电阻为1mΩ,如此低的导通电阻大幅地减少了导通损耗,提高了应用电路的功率密度。(在低电压功率晶体管中,封装电阻在整体导通电阻中所占比例较大,因此英飞凌最新的几款MOSFET主要以CanPAK、SuperSO8和S308新型封装为主,效率达93%以上,满负载>90%)。
2 高速切换/低切换损耗及驱动损耗
栅极电荷为造成切换损耗及驱重损耗之主要成因。较低的栅极驱动损耗,可以使得驱动电路的负载降低约30%以上。而且较快的切换还可以改善EMI。英飞凌新一代25V/30V的MOS管切换的上升下降时间均不低于5纳秒。
3 高效能
业界常用优质系数(Figure Of Merit,FOM)(FOM=RDSON×Qg)以导通电阻与栅极电荷的乘积值做为比较,可以客观的角度来评估MOSFET性能的优劣。在导通电阻相同的情况下,英飞凌号称全新OptiMOS 25V/30V器件的栅极电荷,比采用最接近的沟槽工艺制造的器件低35%,而其输出电荷比最佳的横向MOSFET器件低一半。
4 高功率/低热阻
MOSFET所能承受的最大功率损耗,是由硅片的接触面到外壳间的热阻所决定的,因此要达到高功率并减少导通电阻的目的,除了改良开发新的MOSFET 或工艺技术外,封装的方式亦扮演着重要的角色。英飞凌主流的封装方式为Super SO-8、CanPAKT相对传统的SO-8封装大幅减少热阻,并减少在焊接点及接触点的电阻外,进而降低等效导通电阻和组件本身的寄生电感。
6ED003L06F
6ED003L06-F
BSC016N03MSG
BSC018N04LSG
BSC020N03LSG
BSC022N03SG
BSC026N02KSG
BSC027N04LSG
BSC030N03LSG
BSC030N03MSG
BSC032N03SG
BSC042N03LSG
BSC042N03MSG
BSC042N03SG
BSC054N04NSG
BSC057N08NS3G
BSC059N03SG
BSC060N10NS3G
BSC079N10NSG
BSC100N10NSFG
BSC118N10NSG
BSC119N03SG
BSC120N03LSG
BSC120N03MSG
BSC150N03LDG
BSC190N15NS3G
BSC520N15NS3G
BSC889N03LSG
BSL214NL6327
BSO119N03S
BSO200N03S
BSO220N03MSG
BSP135 L6327
BSP135L6327
BSP295 L6327
BSP295L6327
BSP296 L6327
BSP296L6327
BSP299 L6327
BSP299L6327
BSP315P L6327
BSP315PL6327
BSP372 L6327
BSP372L6327
BSS131 L6327
BSS131L6327
BSS138N L6327
BSS138NL6327
BSS139 L6327
BSS192P
BSS670S2LL6327
BSS83P L6327
BSS83PL6327
BSS84P L6327
BSS84PL6327
BSS84PW
BSZ035N03MS G
BSZ035N03MSG
BSZ058N03LSG
BSZ130N03MSG
BUZ30A
BUZ30AH
BUZ30AL3045A
ICB1FL02G
ICE1PCS01G
ICE2A165
ICE2A180Z
ICE2A265
ICE2A365
ICE2A765P2
ICE2AS01
ICE2B265
ICE2PCS01G
ICE2PCS02
ICE2PCS02G
ICE3A0565
ICE3A1065ELJ
ICE3A1565
ICE3A2065ELJ
ICE3B0365J
ICE3B0565
ICE3B0565J
ICE3B1565J
ICE3B2065
IDH04SG60C
IDH06SG60C
IDH09SG60C
IDP30E60
IDT04S60C
IDT16S60C
IPA50R140CP
IPA50R199CP
IPA50R299CP
IPA50R350CP
IPA60R125CP
IPA60R190C6
IPB015N04NG
IPB016N06L3G
IPB022N04LG
IPB055N03LG
IPB05CN10NG
IPB072N15N3G
IPD031N03LG
IPD036N04LG
IPD040N03LG
IPD060N03LG
IPD075N03LG
IPD090N03LG
IPD135N03LG
IPD33CN10NG
IPI80CN10NG
IPP023N04NG
IPP023NE7N3G
IPP028N08N3G
IPP034NE7N3G
IPP037N08N3G
IPP040N06N3G
IPP041N04NG
IPP041N12N3 G
IPP041N12N3G
IPP045N10N3G
IPP05CN10NG
IPP070N06N G
IPP075N15N3G
IPP086N10N3G
IPP120N06NG
IPP200N15N3G
IPP50R140CP
IPP50R199CP
IPP50R250CP
IPP60R099CP
IPP60R125CP
IPP60R380C6
IPP60R385CP
IPP60R600C6
IPW50R140CP
IPW60R070C6
IPW60R099C6
IPW60R099CP
IPW60R165CP
IPW90R120C3
IPW90R340C3
SAE800G
SPA03N60C3
SPA04N60C3
SPA04N80C3
SPA06N60C3
SPA06N80C3
SPA07N60C3
SPA07N60CFD
SPA07N65C3
SPA08N80C3
SPA11N60C3
SPA11N65C3
SPA11N80C3
SPA15N60C3
SPA15N65C3
SPA16N50C3
SPA17N80C3
SPA20N60C3
SPA20N65C3
SPB11N60C3
SPB16N50C3
SPB80P06PG
SPD02N50C3
SPD02N60C3
SPD02N80C3
SPD03N50C3
SPD03N60C3
SPD04N50C3
SPD04N60C3
SPD04N80C3
SPD06N60C3
SPD06N80C3
SPD07N60C3
SPD08N50C3
SPI08N50C3
SPI21N50C3
SPP03N60C3
SPP04N60S5
SPP06N80C3
SPP07N60C3
SPP08N50C3
SPP11N60C3
SPP11N65C3
SPP11N80C3
SPP15N60C3
SPP17N80C3
SPP20N60C3
SPP20N60S5
SPP24N60C3
SPU01N60C3
SPU02N60C3
SPU03N60S5
SPU04N60S5
SPW12N50C3
SPW15N60C3
SPW16N50C3
SPW17N80C3
SPW20N60C3
SPW20N60S5
SPW21N50C3
SPW24N60C3
SPW32N50C3
SPW35N60C3
SPW35N60CFD
SPW47N60C3
SPW47N60CFD
TCA505BG
TDA168462
TDA16846-2
TDA16888
TDA48632G
TDA4863-2G