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    TO-220 参数 Datasheet PDF下载

    TO-220图片预览
    型号： TO-220
    PDF下载： 下载PDF文件 查看货源
    内容描述： 双向玻璃钝化结 [Bi-directional Glass passivated junction]
    分类和应用：
    文件页数/大小： 2 页 / 82 K
    品牌： LITTELFUSE [ LITTELFUSE ]
     浏览型号TO-220的Datasheet PDF文件第1页  
    TO - 220 series SiBOD
    ™
    ELECTRICAL SPECIFICATION @ Tamb 25°C
    Part
    Number
    Reverse
    Stand-off
    Voltage
    (V
    R
    )
    V
    CR0602AA
    CR1402AA
    CR1602AA
    CR2202AA
    CR2702AA
    CR3002AA
    CR3602AA
    CR4202AA
    CR4802AA
    CR6002AA
    CR0602AB
    CR1402AB
    CR1602AB
    CR2202AB
    CR2702AB
    CR3002AB
    CR3602AB
    CR4202AB
    CR4802AB
    CR6002AB
    CR0602AC
    CR1402AC
    CR1602AC
    CR2202AC
    CR2702AC
    CR3002AC
    CR3602AC
    CR4202AC
    CR4802AC
    CR6002AC
    CR1553AA
    CR1803AA
    CR2103AA
    CR2353AA
    CR2703AA
    CR3203AA
    CR3403AA
    CR1553AB
    CR1803AB
    CR2103AB
    CR2353AB
    CR2703AB
    CR3203AB
    CR3403AB
    CR1553AC
    CR1803AC
    CR2103AC
    CR2353AC
    CR2703AC
    CR3203AC
    CR3403AC
    25.0
    58.0
    65.0
    90.0
    120.0
    140.0
    160.0
    190.0
    220.0
    275.0
    25.0
    58.0
    65.0
    90.0
    120.0
    140.0
    160.0
    190.0
    220.0
    275.0
    25.0
    58.0
    65.0
    90.0
    120.0
    140.0
    160.0
    190.0
    220.0
    275.0
    130.0
    150.0
    170.0
    200.0
    230.0
    270.0
    300.0
    130.0
    150.0
    170.0
    200.0
    230.0
    270.0
    300.0
    130.0
    150.0
    170.0
    200.0
    230.0
    270.0
    300.0
    Maximum
    Breakdown
    Voltage
    (V
    BO
    ) @ I
    BO
    V
    40.0
    77.0
    95.0
    130.0
    160.0
    180.0
    220.0
    250.0
    300.0
    350.0
    40.0
    77.0
    95.0
    130.0
    160.0
    180.0
    220.0
    250.0
    300.0
    350.0
    40.0
    77.0
    95.0
    130.0
    160.0
    180.0
    220.0
    250.0
    300.0
    350.0
    180.0
    210.0
    250.0
    270.0
    300.0
    350.0
    400.0
    180.0
    210.0
    250.0
    270.0
    300.0
    350.0
    400.0
    180.0
    210.0
    250.0
    270.0
    300.0
    350.0
    400.0
    Reverse
    Stand-off
    Voltage
    (V
    R
    )
    V
    50.0
    116.0
    130.0
    180.0
    240.0
    280.0
    320.0
    380.0
    440.0
    550.0
    50.0
    116.0
    130.0
    180.0
    240.0
    280.0
    320.0
    380.0
    440.0
    550.0
    50.0
    116.0
    130.0
    180.0
    240.0
    280.0
    320.0
    380.0
    440.0
    550.0
    130.0
    150.0
    170.0
    200.0
    230.0
    270.0
    300.0
    130.0
    150.0
    170.0
    200.0
    230.0
    270.0
    300.0
    130.0
    150.0
    170.0
    200.0
    230.0
    270.0
    300.0
    Maximum
    Breakdown
    Voltage
    (V
    BO
    ) @ I
    BO
    V
    80.0
    154.0
    190.0
    260.0
    320.0
    360.0
    440.0
    500.0
    600.0
    700.0
    80.0
    154.0
    190.0
    260.0
    320.0
    360.0
    440.0
    500.0
    600.0
    700.0
    80.0
    154.0
    190.0
    260.0
    320.0
    360.0
    440.0
    500.0
    600.0
    700.0
    180.0
    210.0
    250.0
    270.0
    300.0
    350.0
    400.0
    180.0
    210.0
    250.0
    270.0
    300.0
    350.0
    400.0
    180.0
    210.0
    250.0
    270.0
    300.0
    350.0
    400.0
    Maximum
    Reverse
    Leakage
    (I
    R
    )
    @ V
    R
    µA
    1.0
    1.0
    1.0
    1.0
    1.0
    1.0
    1.0
    1.0
    1.0
    1.0
    1.0
    1.0
    1.0
    1.0
    1.0
    1.0
    1.0
    1.0
    1.0
    1.0
    1.0
    1.0
    1.0
    1.0
    1.0
    1.0
    1.0
    1.0
    1.0
    1.0
    5.0
    5.0
    5.0
    5.0
    5.0
    5.0
    5.0
    5.0
    5.0
    5.0
    5.0
    5.0
    5.0
    5.0
    5.0
    5.0
    5.0
    5.0
    5.0
    5.0
    5.0
    Typical
    Voltage
    Turnoff
    (V
    T
    )
    @ 1A
    V
    5.0
    5.0
    5.0
    5.0
    5.0
    5.0
    5.0
    5.0
    5.0
    5.0
    5.0
    5.0
    5.0
    5.0
    5.0
    5.0
    5.0
    5.0
    5.0
    5.0
    10.0
    10.0
    10.0
    10.0
    10.0
    10.0
    10.0
    10.0
    10.0
    10.0
    10.0
    10.0
    10.0
    10.0
    10.0
    10.0
    10.0
    10.0
    10.0
    10.0
    10.0
    10.0
    10.0
    10.0
    10.0
    10.0
    10.0
    10.0
    10.0
    10.0
    10.0
    mA
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    800.0
    mA
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    150.0
    pF
    100.0
    60.0
    60.0
    60.0
    40.0
    40.0
    40.0
    30.0
    30.0
    30.0
    100.0
    60.0
    60.0
    60.0
    40.0
    40.0
    40.0
    30.0
    30.0
    30.0
    200.0
    120.0
    120.0
    120.0
    80.0
    80.0
    80.0
    60.0
    60.0
    60.0
    40.0
    40.0
    40.0
    40.0
    30.0
    30.0
    30.0
    40.0
    40.0
    40.0
    40.0
    30.0
    30.0
    30.0
    80.0
    80.0
    80.0
    80.0
    60.0
    60.0
    60.0
    Maximum
    Breakdown
    Current
    (I
    BO
    )
    Maximum
    Holding
    Current
    (I
    H
    )
    Typical
    Cap
    @ 1MHz
    2V Bias
    pins 1-2 & 3-2
    pins 1-3
    All parameters are tested using Fet Test™ Model 3600.
    58
    w w w. l i t t e l f u s e . c o m

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