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khb7d5n60p1_f1_f2


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                                   SEMICONDUCTOR                                         KHB7D5N60P1/F1/F2
                                                                                           N CHANNEL MOS FIELD
                                              TECHNICAL DATA                                EFFECT TRANSISTOR

  General Description                                                                         KHB7D0N60P1


    This planar stripe MOSFET has better characteristics, such as fast
  switching time, low on resistance, low gate charge and excellent
  avalanche characteristics. It is mainly suitable for active power factor
  correction and switching mode power supplies.

  FEATURES
    VDSS=600V, ID=7.5A
    Drain-Source ON Resistance :
    RDS(ON)=1.2    @VGS=10V
    Qg(typ.)= 32.5nC


  MAXIMUM RATING (Tc=25                   )
                                                                 RATING
              CHARACTERISTIC                  SYMBOL                 KHB7D5N60F1 UNIT
                                                       KHB7D5N60P1
                                                                     KHB7D5N60F2
                                                                                               KHB7D0N60F1
   Drain-Source Voltage                        VDSS                600             V
   Gate-Source Voltage                         VGSS                  30            V
                     @TC=25                                7.5             7.5*
                                                ID
   Drain Current     @TC=100                               4.6             4.6*    A
                     Pulsed (Note1)             IDP        30              30*
   Single Pulsed Avalanche Energy              EAS                 230            mJ
   (Note 2)
   Repetitive Avalanche Energy                 EAR                14.7            mJ
   (Note 1)
   Peak Diode Recovery dv/dt
                                               dv/dt               4.5            V/ns
   (Note 3)
   Drain Power       Tc=25                                147              48      W
                                                PD
   Dissipation       Derate above 25                      1.18             0.38   W/
   Maximum Junction Temperature                 Tj                 150
   Storage Temperature Range                   Tstg              -55 150
   Thermal Characteristics                                                                    KHB7D0N60F2

   Thermal Resistance, Junction-to-Case        RthJC      0.85             2.6     /W
   Thermal Resistance, Case-to-Sink            RthCS       0.5              -      /W
   Thermal Resistance,
                                               RthJA      62.5             62.5    /W
   Junction-to-Ambient
  * : Drain current limited by maximum junction temperature.

 PIN CONNECTION




2007. 5. 10                    Revision No : 0                                                                   1/7
                                                       KHB7D5N60P1/F1/F2

 ELECTRICAL CHARACTERISTICS (Tc=25 )

               CHARACTERISTIC                           SYMBOL                     TEST CONDITION            MIN.   TYP.    MAX.   UNIT

   Static
   Drain-Source Breakdown Voltage                        BVDSS             ID=250 A, VGS=0V                  600      -       -     V
   Breakdown Voltage Temperature Coefficient            BVDSS/ Tj          ID=250 A, Referenced to 25         -      0.7      -    V/
   Drain Cut-off Current                                      IDSS         VDS=600V, VGS=0V,                  -       -      10     A
   Gate Threshold Voltage                                     Vth          VDS=VGS, ID=250 A                 2.0      -      4.0    V
   Gate Leakage Current                                       IGSS         VGS=    30V, VDS=0V                -       -      100   nA
   Drain-Source ON Resistance                            RDS(ON)           VGS=10V, ID=3.75A                  -      1.0     1.2
   Dynamic
   Total Gate Charge                                          Qg                                              -     32.5     43
                                                                           VDS=480V, ID=7.5A
   Gate-Source Charge                                         Qgs                                             -      5.5     7.2    nC
                                                                           VGS=10V               (Note4,5)
   Gate-Drain Charge                                          Qgd                                             -     13.2    14.2
   Turn-on Delay time                                     td(on)                                              -       -      45
                                                                           VDD=300V
   Turn-on Rise time                                           tr                                             -       -     130
                                                                           RL=40                                                    ns
   Turn-off Delay time                                    td(off)                                             -       -     220
                                                                           RG=25                 (Note4,5)
   Turn-off Fall time                                          tf                                             -       -     140
   Input Capacitance                                          Ciss                                            -     1363    1550
   Output Capacitance                                         Coss         VDS=25V, VGS=0V, f=1.0MHz          -     121.8   140     pF
   Reverse Transfer Capacitance                               Crss                                            -      17      21
   Source-Drain Diode Ratings
   Continuous Source Current                                   IS                                             -       -      7.5
                                                                           VGS


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