【选型】 IGBT-SiC与IGBT-Si效率、损耗、成本对比分析
效率和成本是决定功率转换系统发展的两个主要因素。它们总是相互制约关系,效率的提升总是会导致成本的升高,同样成本的降低也总会使效率下降,每个产品的开发其实是在寻找它们的平衡点。但是随着技术的发展,一个新技术的出现往往会将它们的平衡点提升一个台阶,SiC技术有望成为这个关键的新技术。SiC材料具有十倍于Si的击穿场强,三倍于Si的禁带宽度,十倍于Si的导热系数,在七十年代早期就已经被研究人员运用于半导体材料。SiC二极管已经被证明其性能优于Si二极管,但仍然没有在市场上大量推广,主要受限于过高的成本。
本文将分析Si和SiC器件应用于升压功率模块,对效率和损耗的影响,并最终影响整体成本。本文将以光伏系统一个基本的350V输入700V输出的升压拓扑电路为例,通过VINCOTECH公司仿真软件ISE进行计算,获得两种材料在不同工作点下的效率和损耗数据,然后对比并分析数据。图1为升压拓扑电路图,图中S为开关管,D为升压二极管。我们选择三种不同的开关管和二极管组合进行仿真对比,分别是:
1.Vincotech IGBT升压模块flowBOOST 0系列、型号V23990-P629-F72-PM,集成有40 A/ 1200 V 超快速IGBT 和30A/1200V STEALTH 二极管(模块集成有两路升压电路时,对比我们只使用一路,三种组合都是如此),简称IGBT-Si组合。
2. Vincotech IGBT升压模块flowBOOST 0系列、型号V23990-P629-F62-PM,集成有40 A/ 1200 V 超快速IGBT,升压二极管采用3个5 A/ 1200 V SiC 二极管并联,简称IGBT-SiC组合。
3. Vincotech SiC MOSFET升压模块flowBOOST 0 SiC系列,型号10-PZ12B2A045MR-M330L18Y,集成有45mΩ/ 1200 V SiC MOSFET,升压二极管采用4个10 A/ 1200 V SiC 二极管并联,简称SiC-SiC组合。
图1 升压拓扑电路图
我们通过四张曲线图来对比分析它们效率和损耗数据。图2是IGBT-Si和IGBT-SiC组合的效率曲线图,图3是IGBT-SiC和SiC-SiC组合的效率曲线图,图4是IGBT-Si和IGBT-SiC组合的损耗曲线图,图5是IGBT-SiC和SiC-SiC组合的损耗曲线图。图中横坐标皆为输入电流,曲线显示在不同工作频率下测得的数据。
图2 IGBT-Si和IGBT-SiC组合的效率曲线图
图3 IGBT-SiC和SiC-SiC组合的效率曲线图
图4 IGBT-Si和IGBT-SiC组合的损耗曲线图
图5 IGBT-SiC和SiC-SiC组合的损耗曲线图
分析曲线图,我们总结出以下几点:
1. IGBT-SiC与IGBT-Si组合相比,频率越高,SiC对效率提升的优势越明显,在16KHz、5A输入时,IGBT-SiC比IGBT-Si的损耗降低了一半。
2. SiC-SiC与IGBT-SiC组合相比,频率大于32KHz时优势更明显,64KHz时,效率提升了35%。
3.同样50W损耗,16KHz频率,IGBT-SiC比IGBT-Si能够多输出85%的功率。
4.同样的损耗和频率,SiC-SiC比IGBT-SiC能够大约多输出50%的功率。
5. IGBT-SiC与IGBT-Si组合相比,可以工作在更高的频率,频率从16KHz升高到48KHz时,IGBT-SiC的开关损耗基本保持不变。
6. SiC-SiC组合可以工作在高至100KHz频率。
7.整体上,SiC元件替换Si元件,损耗大约降低80%。
SiC功率半导体元件比Si元件,无任是动态性能还是静态性能,都有明显的优势,但其较高的成本制约了其大面积的市场应用。不过,我们应该很乐观看到,SiC二极管的价格从2011年至今已经下降了30~40%,未来3年仍将下降10%,SiC MOSFET 的价格预计未来3~4年将下降50%。尽管单独看SiC功率半导体元件比Si元件成本高,但是SiC可使功率模块工作频率升高,损耗降低,体积变小,散热成本降低,电感和电容的成本都会降低,整体考虑成本仍然非常乐观。
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【选型】只为卓越!Vincotech IGBT封装的独到之处
本文从芯片体结构,模块管脚、底板设计以及DCB板等方面分析Vincotech IGBT芯片的封装技术。
器件选型 发布时间 : 2017-01-20
【选型】Vincotech(威科) 功率模块(IGBT模块)选型指南
目录- Introduction of Vincotech Product Overview RECTIFIER SIXPACK SIXPACK+RECTIFIER SEVENPACK PIM (CIB) PIM+PFC (CIP) IPM HALF-BRIDG H-BRIDG SINGLE-PHASE-INVERTER H6.5 BOOSTER BUCK-BOOSTER PFC Three-Level NPC (I-Type) Three-Level MNPC (T-Type) Three-Level ANPC Schematics/Housings Naming System
型号- 80-M2122PA200M7-K709F70,10-FZ06NIA030SA-P924F33,10-EY126PA100M7-L198F78T,80-M2122PA150M7-K708F70,V23990-P829-F10-PM,V23990-P600-I19-PM,V23990-K201-A-PM,10-FU127PA025SC-L159E06,V23990-P630-A40-PM,10-PZ122PB100SH-M819F28Y,V23990-P849-A59-PM,10-FY07NBA100SM-M506L48,V23990-P543-D138-PM,70-W212NMA300SC-M208P,10-FY07ZAA080CR02-L445B13,10-PG06PPA050SJ01-LH54E08T,10-PZ07NIA075S5-P926F53Y,10-E212PMA015M7-L186A78Z,V23990-P586-A20-PM,10-PC06PPA010SB-M683B06Y,V23990-P543-B129-PM,10-PY07HVA100S5-L986F08Y,10-E1126PA025M7-L858F78Z,V23990-P638-A40-PM,10-FY07NMB150S5-LE75F08,V23990-P629-F73-PM,10-F1126PA050M7-L828F09,V23990-P705-F-PM,10-FY12PMA035M7-P589A78,10-EZ066PA050SA-L855F38T,10-FY07ZAA015SM-L512B28,10-P1126PA035M701-L827F19Y,10-F124NID150SH03-LG18F98,10-EY12PMA035SC-L188A48T,80-M212PMB050M7-K740A71,10-F112PMA015M7-P587A79,V23990-P864-F49-PM,10-PY073AA050RG02-LK14L03Y,V23990-K232-F-PM,10-F006PPA015SB-M684B,10-FY07NIA200RG-L366F63,V23990-P629-L81-PM,10-PG06PPA050SJ02-LH94E08T,10-FZ07BVA030S5-LD45E08,10-PG12NAB008MR04-LC59F46T,V23990-P544-C29-PM,30-P2126PA100M7-L289F79Y,10-FZ07NIA060SM-P926F43,10-F1127PA050SC-L169E09,30-P2126PA075SC-L288F09Y,80-M212PMA035M7-K220A70,10-PG06PPA030SJ01-LH52E08T,V23990-P545-C38-PM,V23990-P829-FY-PM,V23990-P849-A49Y-PM,10-FZ07BVA020SM-LD44E08,10-FZ07NBA075SM-P916L58,80-M3122PA400SC-K830F40,10-PY074PA100SM-L583F08Y,10-FZ063BA040MF-M575L08,10-PZ06NPA070FP01-P969F10Y,10-PY124PA020MR03-L227F38Y,V23990-P629-L58Y-PM,70-W212NMA600SC-M200P,V23990-P849-A59Y-PM,10-PH07N3A030S5-M894F98T,10-E212PMA025M7-L187A78Z,10-FY07HVA050RG-L984F88,V23990-P718-G-PM,30-PT07NIA320RV-LE06F68Y,V23990-P869-F49-PM,10-PZ12NMA080SH01-M260FY,V23990-P600-I09-PM,10-F012NME080SH-M910F09,V23990-K239-F-PM,V23990-K243-A-PM,10-FY12M3A025SH-M746F08,10-EY12PMA025SC-L187A48T,V23990-P585-C20-PM,V23990-P861-F49-PM,80-M2126PA050M7-K718F70,V23990-P629-F48-PM,V23990-K242-A-PM,10-PZ06NIA075SA-P926F33,V23990-P543-B28-PM,30-F212R6A100SC01-M449E10,V23990-P635-A-PM,10-F112R6A015SC01-M438E18,V23990-P546-A28-PM,V23990-P849-A49-PM,10-F112R6A035SC-M439E08,80-M112PMA025M7-K200A80,30-PT07NAA300S501-LF64F58Y,20-1B06IPB004RC01-P952A45,30-F206R6A150SB01-M445E10,10-PG12NAC008MR02-LC69F36T,10-F112M3A040SH-M749F09,10-FZ06NRA041FS02-P965F68,V23990-P649-H-PM,V23990-K220-A41-PM,80-M1126PA010M7-K217F70,10-FZ07BIA030SM02-P894E58,10-F1126PA075SH-L829F49,80-M212PMA025I7-K229A90,30-P2126PA150SH-L280F49Y,30-FT12NMA160SH-M669F08,10-FY074PA020CR-L582F78,10-FZ06NRA060FU-P967F08,10-PF12NMA080SH08-M260F98T,30-FT07NIB200SG02-L965F08,10-FY07NPA200SM02-L366F08,10-PY07BVA050S5-LF45E18Y,10-EY12PMA050M7-L189A78T,30-P212PMA050M7-L888A79Y,10-0B126PA004SC-M997F09,80-M3122PA300SC-K839F42,V23990-P586-A20Y-PM,V23990-K202-A-PM,10-PZ12NMA080SH04-M260F13Y,70-W212NMC600SH01-M700P,V23990-P629-L83-PM,V23990-K427-A40-PM,10-EZ12PMA015SC-L928A08T,10-0B166BA028SC-M989G09,10-FY07BIA041MF-M528E68,10-PY07BIA050SM-M523E38Y,V23990-P545-A29-PM,V23990-P543-C28-PM,10-F0127PA025SC-L159E09,V23990-P840-A58-PM,70-W624N3A1K2SC01-L400FP10,10-F112R6A050SC-M430E08,V23990-P546-A38-PM,20-1B06IPB010RC02-L815A49,V23990-P868-F49Y-PM,10-FY07BVA050S5-LF44E18,V23990-P546-B28-PM,10-FY12NMA080SH-M427F,V23990-P700-F44-PM,10-E1126PA035M7-L859F78Z,10-P006NPA070FP-P969F09Y,V23990-P840-A58Y-PM,80-M2122PA300M7-K700F70,V23990-P706-F-PM,V23990-K238-F-PM,10-F112R6A015SC-M438E08,10-F1126PA100M7-L820F09,10-PZ074PA075SM-L625F08Y,10-P1126PA050M7-L828F09Y,10-FZ07NBA075SG10-M304L58,V23990-P840-C59-PM,80-M3166BA140SC02-K489G40,80-M312PMA150M7-K420A82,10-R106PPA020SB01-M934A,V23990-K439-F40-PM,80-M212WPA050M7-K750F70,10-PY07NPA200SM02-L366F08Y,30-FT12NMA200SH01-M660F18,10-PZ06NRA075FU-P969F08Y,V23990-P849-C49-PM,10-FY07NIA150S5-M516F58,V23990-P580-A47-PM,10-FZ06BIA083FI-P896E,10-P0166BA050RW-LD59G09Y,80-M3122PA300M7-K839F70,80-M2126PA100M7-K710F70,10-FZ071SA100SM02-L526L18,10-FZ126PA035M7-P860F78,10-FZ12PMA015M7-P840A28,10-0B066PA020SB-M995F09,V23990-P867-F49-PM,10-EZ066PA030SA-L854F38T,V23990-P623-F24-PM,V23990-P630-A44-PM,V23990-P765-A-PM,V23990-P545-A39-PM,10-PZ07ANA100RG02-LK39L88Y,10-PZ06O2A030FW-LH02J08Y,V23990-P544-B128-PM,10-PY126PA016ME-L227F13Y,20-1B06IPB004RC-P952A40,10-FZ06NPA070FP01-P969F10,10-F0122PB100SC03-M819F19,10-FZ06NIA050SA-P925F33,70-W212NMC400SH01-M709P,10-RZ126PA035SC-M620F41,10-FZ06NBA110FP-M306L28,10-FZ06NRA084FP03-P969F78,V23990-P868-F48-PM,V23990-P840-A48-PM,10-FZ06NBA041FS01-P915L78,10-F007NIA030SM01-P965F49,10-FZ062TA099FS05-P980D68,80-M3126PA100M7-K828F70,10-FZ07LBA100SM03-L705L08,10-FY074PA100SM-L583F08,V23990-P708-F40-PM,V23990-P623-F58-PM,10-PZ123BA080MR-M909L28Y,30-F212R6A075SC01-M448E10,10-PY126PA040MR-L226F28Y,V23990-P585-A20Y-PM,80-M3122PA400M7-K830F70,10-PY074PA100SM01-L583F18Y,10-PY124PA080FV-L589F88Y,10-PZ123BA040MR01-M909L68Y,20-FB12IPA008SC-L239C08Y,10-PZ06NRA041FS02-P965F68Y,10-FY07HVA050S5-L984F08,70-W212NMA400SC-M209P,V23990-P546-C29-PM,10-FY074PA040CR-L581F78,10-F006PPA010SB-M683B,10-EZ12PMA010M7-L927A78T,V23990-K229-A41-PM,70-W212NMA600NB02-M200P62,V23990-P825-F-PM,V23990-P707-F40-PM,10
【方案】30~80kW组串式光伏逆变器优选器件方案
描述- 该方案针对30~80kW的组串式光伏逆变器,采用多路BOOST升压电路,减少光伏电池组件最佳工作点与逆变器不匹配的情况,最大程度增加发电量。逆变侧采用T型三电平拓扑,开关频率支持16kHz(最佳频率点),效率最高可达98.54%。辅助电源采用1700V耐压SiC MOSFET,单端反激电源可直接应用在1000V母线系统。同时,在BOOST升压电路和逆变电路中均采用IGBT模块设计,集成度更高。
型号- MKS4J022202D00MSSD,10-FZ12NMA080NS03-M260F,0505025.MX52LEP,TFLEX HD300,BGM111,C2M1000170D,EFR32MG13P732F512GM48-C,RBN75H125S1GP4-A0,10-FY12NMA160SH01-M820F18,KT05,PS9402,SGM6022,MLX91208,28R1101-000,28R0610-000,30-FT12NMA160SH-M669F28,PS9031,LSIC2SD120E30CC,30-FT12NMA200SH-M660F08,LXXXX 15.00/05/90 4.5SN GR,28R1476-100,92ML,LX 15.00/05/90 4.5SN GR BX,MKS4J033305D00KSSD,TPCM780,RC12-6-01LS,SMBJ18CA,28R1953-000,PS9531L3,SI86XX,28B0141-000,WDU50N,SGM6032,WGM110,R5F56514FDLJ,C4D30120D,WDU70N,RBN40H125S1GPQ-A0,C2M0080120D,V23990-P629-L43,SGM2019,LSIC1MO120E0080,SID11X2K,SI8261BCD-C-IS
【产品】超快开关频率的双Booster IGBT模块V23990-P629-L83-PM
Vincotech推出的V23990-P629-L83-PM是拥有超快开关频率以及低电感布局的双Booster IGBT功率模块,该模块由1200V Cree SiC MOSFET和1200V SiC二极管组成。升压开关的漏源电压为1200V,最高结温为175°C,升压二极管的峰值重复反向电压为1200V,重复峰值正向电流为52A。
新产品 发布时间 : 2019-10-25
【方案】125kW(1500VDC系统)光伏逆变器优选器件方案
描述- 本方案基于 1500VDC 系统,提出了在 BOOST 电路采用高集成度对称式 BOOST 模块,内置全 SiC MOS 和二极管,以提高开关频率和减小升压电感体积。在逆变电路采用 NPC 拓扑结构,耐压高达 2400V,在满足1500V 系统耐压需求的基础上,采用了低耐压的 IGBT,实现了较高的开关频率,有利于光伏逆变器实现更高的效率和更小的体积。
型号- TFLEX HD300,C3M0065090D,C2M1000170D,10-F124NID150SH03-LG18F98,10-F124NIE150SH03-LG28F98,RA-8565SA,PS9402,MLX91208,10-F124NIX150SH03-LGX8F98,28R1101-000,28R0610-000,LSIC2SD120E30CC,28R1476-100,92ML,TPCM780,RC12-6-01LS,SMBJ18CA,KT05-1A-BV88622,28R1953-000,28B0141-000,WGM110,R5F56514FDLJ,WM 4C,C4D30120D,10-FY09S2A065ME-L869L08,SID1152K,SI8621BD-B-IS,SI8261BCD-C-IS,SID11X2K
Vincotech(威科) 功率模块V23990-P629-L4*-PM 数据手册
型号- V23990-P629-F629-PM,V23990-P629-L57-PM,V23990-P629-L49Y-PM,V23990-P629-L99-PM,V23990-P629-F63-PM,V23990-P629-L59-PM,V23990-P629-F44-PM,V23990-P629-F629Y-PM,V23990-P629-F46-PM,V23990-P629-L43Y,V23990-P629-L48Y-PM,P629L49Y,V23990-P629-F72-PM,V23990-P629-F48-PM,V23990-P629-L48-PM,V23990-P629-L63-PM,V23990-P629,V23990-P629-F628Y-PM,V23990-P629-L81-PM,V23990-P629-F56-PM,V23990-P729-F49-PM,V23990-P629-L63Y-PM,V23990-P629-L98-PM,FASTPACK 0 H,V23990-P629-L99Y-PM,V23990-P629-F62-PM,V23990-P629-L94-PM,P629L48,V23990-P629-L43-PM,P629L48Y,V23990-P629-F73-PM,V23990-P629-F89-PM,P629L49,V23990-P629-L94Y-PM,V23990-P629-L49-PM,V23990-P629-F54-PM,V23990-P629-L83-PM
【产品】600V/40A 双路Booster IGBT功率模块10-FZ06B2A040MF01-M575L28
Vincotech公司推出的10-FZ06B2A040MF01-M575L28 IGBT功率模块,击穿电压600V,额定电流40A,可应用于充电站、太阳能逆变器和UPS等。
新产品 发布时间 : 2019-09-18
Vincotech(威科) 功率模块部分型号NTC变更通知
型号- V23990-P586-A208-PM,FLOWSOL 0 BI (T),V23990-P546-C29-PM,V23990-P840-A49Y-PM,10-FY07NPA200SM02-L366F08,V23990-P545-A28-PM,FLOWBOOST 0 SYM.,V23990-P586-A20-PM,FLOWSOL 0 BI (TL),V23990-P543-C29-PM,V23990-P543-A28-PM,V23990-P545-C29-PM,V23990-P545-A20-PM,V23990-P840-A59-PM,V23990-P543-A-PM,V23990-P586-A20Y-PM,V23990-P849-C48-PM,V23990-P849-A49-/3/-PM,V23990-P705-F-PM,10-FZ06NBA050SA-P915L33,V23990-P544-C38-PM,V23990-P546-C38-PM,V23990-P545-D139-PM,V23990-P545-A-PM,V23990-P545-A29-PM,V23990-P849-A48-PM,V23990-P546-A29-PM,V23990-P849-A48Y-/3/-PM,V23990-P543-C28-PM,V23990-P545-B138-PM,V23990-P840-A58-PM,V23990-P546-A38-PM,V23990-P543-A38-PM,V23990-P849-C49Y-PM,V23990-P705,V23990-P706,V23990-P544-A28-PM,V23990-P543,V23990-P586-C20Y-PM,V23990-P544,V23990-P545,V23990-P546,V23990-P840-C48-PM,V23990-P544-C29-PM,V23990-P706-F-PM,V23990-P544-A20-PM,V23990-P849-A48Y-PM,V23990-P544-A39-PM,V23990-P849-A48-/3/-PM,V23990-P545-C38-PM,V23990-P849-A49Y-PM,V23990-P849-C48Y-/3/-PM,V23990-P840-C49-PM,V23990-P849-A49Y-/3/-PM,FLOWNPC 0 IGBT,V23990-P849-C49-PM,FLOWPACK 0,V23990-P544-C39-PM,V23990-P545-C39-PM,V23990-P546-C39-PM,V23990-P543-C39-PM,V23990-P849,FLOW90PACK 1,10-FZ06BIA045FH-P897E,V23990-P545-D138-PM,10-FZ06BIA083FI-P896E,V23990-P840,FLOWPIM 1,FLOWPIM 0,V23990-P849-C48-/3/-PM,V23990-P586-C20-PM,V23990-P840-A49-PM,10-FZ06NBA030SA-P914L33,V23990-P545-A39-PM,V23990-P849-A58-PM,V23990-P546-C28-PM,FLOWNPC 1,10-FZ06NIA075SA-P926F33,V23990-P544-A29-PM,V23990-P543-A29-PM,V23990-P849-C48Y-PM,10-FY12M3A025SH-M746F08,V23990-P544-C28-PM,V23990-P545-C28-PM,V23990-P869-F48-PM,V23990-P840-A48-PM,V23990-P545-A38-PM,V23990-P544-A38-PM,V23990-P849-C49Y-/3/-PM,V23990-P869,V23990-P849-A49-PM,V23990-P546-A28-PM,V23990-P849-C49-/3/-PM,V23990-P586,V23990-P545-B139-PM,FLOW3XMNPC 1,V23990-P546-A39-PM,10-FZ06NBA075SA-P916L33,V23990-P543-C38-PM
【方案】高效率12kW组串式光伏逆变器优选元器件方案
描述- 本方案通过采用Vincotech的升压和逆变功率模块、Silicon Labs的电容隔离驱动器件及相关的产品,相比于分立器件方案,集成度高且寄生参数小,模块效率更高,同时能够提高系统稳定性和可靠性。
型号- EFR32MG13,SMBJ,SMAJ,LXS,C2M1000170D,SMDJ,MLX91210KDC,SMCJ,R5F562TAADFP,WDU,SI8235BD-D-ISR,TGARD500,EFR32FG,SMF,SLM152,SC92,SI86XX,V23990-P629-F73-PM,TGARD3000,10-FZ12NMA040SH-M267F,TGARD K52-2
【经验】Vincotech功率半导体模块中使用SiC组件时如何提高效率和开关频率?并同时减少损耗
Vincotech功率半导体模块中使用SiC组件时如何提高效率和开关频率的问题,同时减少太阳能逆变器等苛刻应用中的损耗。这些功率模块专门用于满足这些应用对于对称控制、散热和低电感连接的苛刻要求。除了用于比较的flowBOOST 0 SiC模块外,Vincotech正在加大新型flow3xBOOST 0 SiC的批量生产。
设计经验 发布时间 : 2019-09-04
【产品】开关频率100kHz的H桥功率模块,助力高速开关电源
fastPACK 0 H系列650V系列采用英飞凌IGBT H5技术,成本、性能均兼顾。
新产品 发布时间 : 2017-04-17
Vincotech(威科) Wolfspeed(Cree)SiC肖特基二极管生产工艺变更通知(PCN182017)
型号- V23990-P621-L48Y-/3/-PM,V23990-P629-L49Y-PM,10-PZ12B2C025FC01-M146L48Y,FLOWBOOST 0 SIC,10-PZ12NMA022ME,10-PZ12NMA022ME01-M345F61Y,10-PZ12NBC075SH02,FLOWSOL 1 BI (T),V23990-P629-F629Y-PM,10-FY12B2A040ME-L387L08,10-F012BBA040FV04-L628F189,10-PZ126PA080MI,10-EZ12B2A040ME01-L847L08T,V23990-K239,10-FZ06BIA150FI-P892E21-/3/,V23990-P620-L56Y-PM,10-PZ126PA080ME-M909F18Y,MINISKIIP PACK 2,FLOWSOL 0 BI (TL),10-PY078PC070FS-M725E18Y,10-PZ09NBC033ME02-L590L15Y,10-PZ123BA080ME11,10-FZ124PB080ME,V23990-P629-L94-PM,10-FZ06BIA070FS-P894E,V23990-K239-F43-/0A/-PM,V23990-P629-L83-PM,10-PZ12NMA022ME01,10-FY12B2A040ME,10-PW124BA040SH01-L427L03Y,FLOWPHASE 0,V23990-P629-F629-PM,10-EY12B2A027ME02-L078L18T,80-M3076PA100SC,10-PZ12B3A040SH-M479L18Y-/3/,10-PZ09B5A033ME01,10-FZ062TA099FH01-P980D28,10-FZ06BIA150FI,10-PZ12B5A075SH03-L590L08Y,10-EY12B2A027SH02,FLOWNPC 0 MOS,10-PZ12NBC075SH02-L590L03Y,10-EY12B2A027MI02-L078L28T,10-P0062TB070FS09,FLOWBOOST 0 DUAL,10-PZ12NBC080SH03-L590L88Y,10-PZ12NBC080SH03,10-PZ124PB080ME-M909F58Y,10-PZ12NBC080SH01,10-PZ09NBC033ME03,10-PY06NRA041FS-M413FY,10-PZ09NBC033ME02,10-PZ09NBC033ME04,10-P0062TB070FS09-M196D59Y,10-PZ06NBA041FS-P915L68Y,10-FZ07B2B040SM03,FLOWSOL 1 BI (TL),10-FZ07B2A019FS22,10-FZ122PA100SC02-P999F78,10-PZ12B2C025FC01,10-FY07BIA041MC-M528E58,10-PY078PC070FS,10-PZ12NMA027ME-M340F63Y,10-FZ06BIA041FS01-P898E10,FLOWBOOST 0 S+B,V23990-P621-L58Y-/3/-PM,80-M3076PA100SC-K804F48-/1A/,V23990-P629-F89-PM,V23990-P629-L94Y-PM,10-PY06HPA040SG-M758E08Y,10-PZ09NBC033ME04-L590L38Y,10-PZ12NBC080SH01-L590L48Y,FLOWPACK 0 SIC,V23990-P860-F449-PM,10-EZ12B2A040ME01,10-PZ12B5A075SH03,10-PZ12B2C040FR-M557L08Y,10-PZ09B5A033ME01-L590L18Y,V23990-P629-L43Y,V23990-P629-L48Y-PM,10-FX062TA099FS,FLOWPACK 0,10-EY07BIA030SM03-L035E18T,10-PW124BA040SH01,10-FZ06NRA099FS-P963F68,V23990-P629-F628Y-PM,V23990-P621-F68Y-PM,10-EY12B2A027SH02-L078L53T,FLOWMNPC 0 SIC,V23990-P629-L98-PM,V23990-P629-L99Y-PM,V23990-P629-F62-PM,10-PZ09B5A022ME02,V23990-P620-L57-PM,10-PY078PC037FS,10-PZ12NMA022ME-M345F62Y,V23990-P629-L49-PM,10-PZ12B2A040ME01-M330L63Y,10-PZ126PA080MI-M909F48Y,10-F0062TA099FS-P980D59,10-FZ07B2B030SM03-L273L58,FLOWNPC 1 MOS,V23990-P629-L57-PM,10-PW124BA040SH,10-PY06NRA021FS-M410FY,FLOW3XBOOST 0 SIC,10-FY06BIA080MF-M527E58,V23990-P629-L99-PM,V23990-P629-F63-PM,10-FZ07B2B030SM03,10-PY078PC037FS-M727E18Y,10-PZ12B2C040FR,V23990-P629-L48-PM,V23990-P629-L63-PM,10-PZ123BA080ME11-M909L183Y,V23990-P629,10-PW124BA040SH-L427L08Y,10-FZ124PB080ME-M909F58,10-PY06HPA040SG,10-FZ07B2B040SM03-L274L58,V23990-P621-F68-PM,V23990-P620,V23990-P621,10-PY06HPA040SG01,10-F012BBA040FV04,10-EY07BIA030SM03,10-PZ123BA080ME-M909L18Y,V23990-P629-L63Y-PM,10-FZ07B2A019FS22-L274L68,FASTPACK 0 H,V23990-P860,10-PZ12B3A040SH,10-PY06HPA040SG01-M758E18Y,10-FZ06BIA099FS-P893E,V23990-P629-L43-PM,10-EY12B2A027ME02,10-FX062TA099FS-P980D57,10-EY12B2A027MI02,10-PZ09B5A022ME02-L590L28Y,10-PZ09NBC033ME03-L590L13Y
【产品】采用SiC MOSFET芯片技术的功率模块,适用于大功率高频电源类应用
Vincotech推出的10-FY12B2A040MR-L387L68功率模块,采用Booster拓扑,集成了升压开关、升压二极管、旁路二极管及直流电容。由于内部集成温度传感器,可实时地对模块进行温度监测,避免温度过高对系统造成永久性的损坏。由于功率模块集成了用于提高开关性能的开尔文发射器,具有快速转换的突出优势,同时采用紧凑设计,并具有快速恢复能力。非常适用于太阳能、UPS等领域。
新产品 发布时间 : 2018-06-30
【产品】二极管与IGBT完美结合的双BOOST功率模块
flowBOOST 0 dual集成双Boost电路的二极管与IGBT,寄生阻抗、电磁干扰显著减少,适于1200V、40A大功率应用。
新产品 发布时间 : 2017-02-04
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