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2sc5626


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                                                                                                                              Transistor

                                                                                                                     2SC5626
                                                                                      For High Frequency Amplify Application
                                                                                Silicon NPN Epitaxial Type (Super Mini type)


            DESCURIPTION

            Mitsubishi 2SC5626 is a super mini packege resin sealed
                                                                                               OUTLINE DRAWING
            silicon NPN epitaxial ty pe transistor. It is designed f or high
            f requency amplif y application.                                                                 2.1                        Unit:mm
                                                                                                       0.425 1.25 0.425

            FEATURE                                                                         1.30
              Super mini package f or easy mounting                                                                               0.3
                                                                                            0.65        1

               High gain band width product                                           2.0
                                                                                            0.65        2
                                                                                                                          3




            APPLICATION

                 Small ty pe machine high f requency amplif y
                                                                                      0.9 0.7                                     0.15
                 application


                                                                                                00.1


                                                                                       TERMINAL CONNECTOR
                                                                                     1 : BASE
                                                                                     2 : EMITTER              JEITA : SC-70
                                                                                     3 : COLLECTOR            JEDEC : -



             MAXIMUM RATINGS (Ta=25)


SY MBOL                PARAMETER                       RATINGS           UNIT                                                 MARKING
    VCBO          Collector to Base v oltage             30               V
    VEBO          Emitter to Base v oltage                4               V
    VCEO          Collector to Emitter voltage           20               V
    I   C         Collector current                      50              mA                                                   S         W
    PC            Collector dissipation(Ta=25)           150             mW
    Tj            Junction temperature                  +150                                                        TYPE NAME

    Tstg          Storage temprature                  -55to+150          

              ELECTRICAL CHARACTERISTICS (Ta=25)

                                                                                                              LIMITS
SY MBOL                    PARAMETER                           TEST CONDITIONS                                                                    UNIT
                                                                                                MIN                TY P            MAX
V(BR)CBO C to B break down v oltage                I C=50 A, I E =0mA                           30                                                V
V(BR)CEO C to E break down v oltage                I C=100 A, R BE =                            20                                                V
V(BR)EBO E to B break down v oltage                I C=50 A, I C=0mA                               4                                              V
I CBO             Collector cut cf f current       VCB =20V, I E =0                                                                 0.5           A
I   EBO           Emitter cut of f current         VEB =3V, I C=0                                                                   0.5           A
hFE               DC f orward current gain         VCE =10V, I C=5mA                               50              148
VCE(sat)          C to E Saturation v oltage       I C=10mA, I B =1mA                                              0.1             0.3            V
fT               Gain band width product           VCE =5V, I E =-10mA                          600            1100                               MHz
C ob             Collector output capacitance      VCB =6V, I E =0, f =1MHz                                        1.2              1.5           pF


                                                 ISAHAYA ELECTRONICSCORPORATION
                                                                                                                                 
                                                                                                                                            Transistor


                                                                                                                                       2SC5626
                                                                          For High Frequency Amplify Application
                                                                         Silicon NPN Epitaxial Type (SuperMini type)

                                                                                                                
                   C o m m o t p u t
                            n emitter ou                                                       Common emitter transfer
                                                                             20
                                                                                          180 A                       160 A                        Ta=25
  100
                                                                             18
                  V CE=6V                                                                                                      140 A

                  Ta=25                                                      16
                                                                                                                                  120 A

                                                                             14                                                              100 A

   10
                                                                             12                                                                    80 A

                                                                             10
                                                                                                                                                      60 A

                                                                              8

     1                                                                        6
                                                                                                                                               40 A


                                                                              4                                                                       20 A

                                                                              2
                                                                                                                                                     IB=0 A
                                                                              0
   0.1
                                                                                    0      2     4     6        8         10     12     14    16     18      20
            0      0.2    0.4   0.6   0.8     1      1.2     1.4   1.6
                                                                                          collector to emitter voltage ) V CE(V)
                                                                                                                   VCE(V
   base to collector voltage VBE (V)
              V                   BE(V)




                DC forward current gain                                                    collector to emitter voltage
                                                                                                   
                  t
                 VS. collector curren                                                       V S . c o lr r e n t
                                                                                                       lector cu

10000                                                                        10
                                                                                          Ta=25
                   Ta=25
                                                                                          IC/IB=10/1
                   VCE=10V

 1000
                                                                              1



  100


                                                                            0.1

    10




                                                                           0.01
        1
            0.1              110        100             1000                       0.11                    10                         100

                    collector current
                            I                      IC (mA)
                                                  C(mA)
                                                                                           collector  I IC(mA)
                                                                                                     current C (mA)


                   Gain band width product                                                collector output/input capacitance
                   
                                                                                          V S . C o l t a g e
                                                                                                     lector to Base Vol
                    VS. Emitter current
 10000                                                                     100.0
                V CE=5V                                                                    f=1MHz
                Ta=25                                                                      IE=0A
                                                                                           IC=0A
                                                                                           Ta=25

  1000                                                                      10.0




                                                                                                                          Cob

   100                                                                        1.0
                                                                                                                    Cib




    10                                                                        0.1

         0.1                    1                   10100                           0.11.010.0           100.0
                                                                                                      V
                                                                                               collector to base voltage VC BCB(V)
                                                                                                                              (V)
                  emitter  IE (mA)
                          current I E (mA)                                                       emitter to base voltage VE BEB(V)
                                                                                                      V                       (V)




                                            ISAHAYA ELECTRONICSCORPORATION
                                                                    
                                                                             Transistor

                                                                           2SC5626
                                                         For High Frequency Amplify Application
                                                    Silicon NPN Epitaxial Type (SuperMini type)



        C o l l e c t o t i m e c o n s t a n t
                        r to base
                         
        VS. Emitter current
100


                                 VCB=5V
                                 f=31.8MHz
                                 Ta=25




 10




  1
      0.1                 1.0                10.0

            emitter I IEE(mA)
                    current (mA)




                                ISAHAYA ELECTRONICSCORPORATION
               Marketing division, Marketing planning department
               6-41 Tsukuba, Isahaya, Nagasaki, 854-0065 Japan


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