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    參數(shù)資料
    型號(hào): IRF1407LPBF
    廠商: International Rectifier
    英文描述: HEXFET㈢ Power MOSFET ( VDSS = 75V , RDS(on) = 0.0078ヘ , ID = 100A )
    中文描述: ㈢的HEXFET功率MOSFET(減振鋼板基本\u003d 75V的,的RDS(on)\u003d 0.0078ヘ,身份證\u003d 100號(hào)A)
    文件頁(yè)數(shù): 2/12頁(yè)
    文件大小: 262K
    代理商: IRF1407LPBF
    IRF1407S/LPbF
    2
    www.irf.com
    Parameter
    Min. Typ. Max. Units
    75
    –––
    –––
    0.09
    –––
    ––– 0.0078
    2.0
    –––
    74
    –––
    –––
    –––
    –––
    –––
    –––
    –––
    –––
    –––
    –––
    160
    –––
    35
    –––
    54
    –––
    11
    –––
    150
    –––
    150
    –––
    140
    Conditions
    V
    GS
    = 0V, I
    D
    = 250μA
    Reference to 25°C, I
    D
    = 1mA
    V
    GS
    = 10V, I
    D
    = 78A
    V
    DS
    = 10V, I
    D
    = 250μA
    V
    DS
    = 25V, I
    D
    = 78A
    V
    DS
    = 75V, V
    GS
    = 0V
    V
    DS
    = 60V, V
    GS
    = 0V, T
    J
    = 150°C
    V
    GS
    = 20V
    V
    GS
    = -20V
    I
    D
    = 78A
    V
    DS
    = 60V
    V
    GS
    = 10V
    V
    DD
    = 38V
    I
    D
    = 78A
    R
    G
    = 2.5
    V
    GS
    = 10V
    Between lead,
    6mm (0.25in.)
    from package
    and center of die contact
    V
    GS
    = 0V
    V
    DS
    = 25V
    = 1.0KHz, See Fig. 5
    V
    GS
    = 0V, V
    DS
    = 1.0V, = 1.0KHz
    V
    GS
    = 0V, V
    DS
    = 60V, = 1.0KHz
    V
    GS
    = 0V, V
    DS
    = 0V to 60V
    V
    (BR)DSS
    V
    (BR)DSS
    /
    T
    J
    Breakdown Voltage Temp. Coefficient
    R
    DS(on)
    Static Drain-to-Source On-Resistance
    V
    GS(th)
    Gate Threshold Voltage
    g
    fs
    Forward Transconductance
    Drain-to-Source Breakdown Voltage
    –––
    –––
    V
    V/°C
    V
    S
    4.0
    –––
    20
    250
    200
    -200
    250
    52
    81
    –––
    –––
    –––
    –––
    μA
    Gate-to-Source Forward Leakage
    Gate-to-Source Reverse Leakage
    Total Gate Charge
    Gate-to-Source Charge
    Gate-to-Drain ("Miller") Charge
    Turn-On Delay Time
    Rise Time
    Turn-Off Delay Time
    Fall Time
    nA
    Q
    g
    Q
    gs
    Q
    gd
    t
    d(on)
    t
    r
    t
    d(off)
    t
    f
    nC
    –––
    –––
    C
    iss
    C
    oss
    C
    rss
    C
    oss
    C
    oss
    C
    oss
    eff.
    Source-Drain Ratings and Characteristics
    Input Capacitance
    Output Capacitance
    Reverse Transfer Capacitance
    Output Capacitance
    Output Capacitance
    Effective Output Capacitance
    –––
    –––
    –––
    –––
    –––
    –––
    5600
    890
    190
    5800
    560
    1100
    –––
    –––
    –––
    –––
    –––
    –––
    pF
    nH
    Electrical Characteristics @ T
    J
    = 25°C (unless otherwise specified)
    L
    D
    Internal Drain Inductance
    L
    S
    Internal Source Inductance
    –––
    –––
    S
    D
    G
    I
    GSS
    ns
    4.5
    7.5
    I
    DSS
    Drain-to-Source Leakage Current
    S
    D
    G
    Parameter
    Min. Typ. Max. Units
    Conditions
    I
    S
    Continuous Source Current
    (Body Diode)
    Pulsed Source Current
    (Body Diode)
    Diode Forward Voltage
    Reverse Recovery Time
    Reverse RecoveryCharge
    Forward Turn-On Time
    MOSFET symbol
    showing the
    integral reverse
    p-n junction diode.
    T
    J
    = 25°C, I
    S
    = 78A, V
    GS
    = 0V
    T
    J
    = 25°C, I
    F
    = 78A
    di/dt = 100A/μs
    –––
    –––
    I
    SM
    –––
    –––
    V
    SD
    t
    rr
    Q
    rr
    t
    on
    –––
    –––
    –––
    –––
    110
    390
    1.3
    170
    590
    V
    ns
    nC
    Intrinsic turn-on time is negligible (turn-on is dominated by L
    S
    +L
    D
    )
    100
    520
    Repetitive rating; pulse width limited by
    max. junction temperature. (See fig. 11).
    Starting T
    J
    = 25°C, L = 0.13mH
    R
    G
    = 25
    , I
    AS
    = 78A. (See Figure 12).
    I
    SD
    78A, di/dt
    320A/μs, V
    DD
    V
    (BR)DSS
    ,
    T
    J
    175°C
    Pulse width
    400μs; duty cycle
    2%.
    C
    oss
    eff. is a fixed capacitance that gives the same charging time
    as C
    oss
    while V
    DS
    is rising from 0 to 80% V
    DSS
    .
    Calculated continuous current based on maximum allowable
    junction temperature. Package limitation current is 75A.
    Limited by T
    Jmax
    , see Fig.12a, 12b, 15, 16 for typical repetitive
    avalanche performance.
    Uses IRF1407 data and test conditions.
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