PM15CNA060 Datasheet - Mitsubishi Electric

PM15CNA060 IGBT

PM15CNJ060WWWMWW0OWWYCT10WWW.MWW.0O.WW.YCT110WWW.MWW.0O.WW.YCT110WWW0.MWW.0O.WW.YCT1100WWW0.MWW.0O.YWW.YCT1100W.WW0.MWW.0O.YCWW.YCAGT1100W.WPPWPe0.MWW.0O.YCWW.YCAT1MnP100WC.WWe0O.MW1WL.0O.YCWWK.YCT1r510IA0aWC.WMCW20O.MWW.0O.YGC-WWl.YφCT14NA10E.p05W.WMW.0O.MJTWW.0O.uYCWW.OTYCT101I0r0UWO.6WMpW.0O.MWW.0O.YCWTW.TYC01oT1N(1.0L1502W(3.s1WMW.I..0O.MWW5W40.0O.NYCWW..TY4Ce2T10)150E.05)W.WMW.0O.SMiWWW01.0O.YC1WWPn.TY.C95T12100v1W3.MW24.0O.MWWW.0O..eYCWW4±5.TYCT140710.r2±0.W65.MW0t.0O2.MWW..0O.Y2CWeW2N.TYC.

PM15CNA060 Features

* Test Condition Applied across P-N terminals (Fig. 3) Applied between : VUP1-VUPC, VVP1-VVPC VWP1-VWPC, VN1-VNC (Note-3) Applied between : UP-VUPC, VP-VVPC, WP-VWPC UN

* VN

* WN-VNC Using Application Circuit of Fig. 8 For IPM’s each input signals (

PM15CNA060-MitsubishiElectric.pdf