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                                  SEMICONDUCTOR
                                          TECHNICAL DATA
                                                                                            KGT15N60FDA

  General Description

  KEC NPT Trench IGBTs offer low switching losses, high energy efficiency
  and high avalanche ruggedness as well as short circuit ruggedness.
  It is designed for hard switching applications.

  FEATURES
    High speed switching
    High system efficiency
    Short Circuit Withstand Times     5us(@TC=100 )
    Extremely enhanced avalanche capability




  MAXIMUM RATING (Ta=25               )
                  CHARACTERISTIC                         SYMBOL        RATING        UNIT
   Collector-Emitter Voltage                                VCES          600         V
   Gate-Emitter Voltage                                     VGES            20        V

                                          @Tc=25                           15         A
   Collector Current                                          IC
                                          @Tc=100                          7.5        A
   Pulsed Collector Current                                 ICM*           30         A
   Diode Continuous Forward Current @Tc=25                    IF           15         A
   Diode Maximum Forward Current                            IFM*           45         A

                                          @Tc=25                          41.6        W
   Maximum Power Dissipation                                 PD
                                          @Tc=100                          17         W
                                                               Tj
  *Repetitive rating : Pulse width limited by max. junction temperature
   Maximum Junction Temperature                                           150
   Storage Temperature Range                                 Tstg     -55 to + 150



                                                                                                              E
  THERMAL CHARACTERISTIC                                                                                  C
                                                                                                      G
                  CHARACTERISTIC                         SYMBOL           MAX.       UNIT
   Thermal Resistance, Junction to Case (IGBT)              Rt h JC        3.0        /W
   Thermal Resistance, Junction to Case (DIODE)            Rt h JCD        3.6        /W
   Thermal Resistance, Junction to Ambient                  Rt h JA       62.5        /W




2012. 7. 13                     Revision No : 1                                                                   1/8
                                                          KGT15N60FDA

 ELECTRICAL CHARACTERISTICS (Ta=25 )
              CHARACTERISTIC                 SYMBOL                       TEST CONDITION      MIN.   TYP.   MAX.   UNIT
   Static
   Collector-Emitter Breakdown Voltage         BVCES       VGE=0V , IC=250                    600     -       -     V
   Collector Cut-off Current                    ICES       VGE=0V, VCE=600V                    -      -     250
   Gate Leakage Current                         IGES       VCE=0V, VGE=       20V              -      -      100   nA
   Gate Threshold Voltage                      VGE(th)     VGE=VCE, IC=2mA                    4.5    5.7     7.0    V
                                                           VGE=15V, IC=15A                     -     1.7    1.95    V
   Collector-Emitter Saturation Voltage       VCE(sat)     VGE=15V, IC=15A, TC=125             -     2.0      -     V
                                                           VGE=15V, IC=30A, TC=25              -     2.3      -     V
   Dynamic
   Total Gate Charge                             Qg                                            -      70      -     nC
   Gate-Emitter Charge                          Qge        VCC=300V, VGE=15V, IC= 15A          -      10      -     nC
   Gate-Collector Charge                        Qgc                                            -      35      -     nC
   Turn-On Delay Time                           td(on)                                         -      30      -     ns
   Rise Time                                      tr                                           -      20      -     ns
   Turn-Off Delay Time                          td(off)                                        -      90      -     ns
                                                           VCC=300V, IC=15A, VGE=15V,RG=10
   Fall Time                                      tf                                           -      35      -     ns
                                                           Inductive Load, TC = 25
   Turn-On Switching Loss                        Eon                                           -     0.18     -     mJ
   Turn-Off Switching Loss     *Note(1)         Eoff                                           -     0.25     -     mJ
   Total Switching Loss                          Ets                                           -     0.43     -     mJ
   Turn-On Delay Time                           td(on)                                         -      35      -     ns
   Rise Time                                      tr                                           -      25      -     ns
   Turn-Off Delay Time                          td(off)                                        -      95      -     ns
                                                           VCC=300V, IC=15A, VGE=15V, RG=10
   Fall Time                                      tf                                           -      70      -     ns
                                                           Inductive Load, TC = 125
   Turn-On Switching Loss                        Eon                                           -     0.28     -     mJ
   Turn-Off Switching Loss     *Note(1)         Eoff                                           -     0.4      -     mJ
   Total Switching Loss                          Ets                                           -     0.7      -     mJ
   Input Capacitance                            Cies                                           -     1270     -     pF
   Ouput Capacitance                            Coes       VCE=30V, VGE=0V, f=1MHz             -      90      -     pF
   Reverse Transfer Capacitance                 Cres                                           -      45      -     pF
   Short Circuit Withstand Time                  tsc       VCC=300V, VGE=15V, TC=100           5      -       -      s
 *Notes(1) Energy loss include tail current and diode reverse recovery.


 Marking




2012. 7. 13                       Revision No : 1                                                                         2/8
                                                     KGT15N60FDA

 ELECTRICAL CHARACTERISTIC OF DIODE
              CHARACTERISTIC               SYMBOL               TEST CONDITION   MIN.   TYP.   MAX.   UNIT
                                                                       TC=25      -     1.6     2.3
   Diode Forward Voltage                      VF     IF = 15A                                          V
                                                                       TC=125     -     1.3      -
                                                                       TC=25      -      45     80
   Diode Reverse Recovery Time                 trr                                                     ns
                                                                       TC=125     -      70      -

                                                     IF = 15A          TC=25      -      12     25
   Diode Peak Reverse Recovery Current         Irr                                                     A
                                                     di/dt = 800A/ s   TC=125     -      22      -
                                                                       TC=25      -     300    1200
   Diode Reverse Recovery Charge              Qrr                                                      nC
                                                                       TC=125     -     1000     -




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