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  • 參數(shù)資料
    型號: M38001S6-XXXSP
    廠商: Mitsubishi Electric Corporation
    元件分類: DC/DC變換器
    英文描述: 1 watt dc-dc converters
    中文描述: 1瓦的DC - DC轉(zhuǎn)換器
    文件頁數(shù): 110/173頁
    文件大?。?/td> 4203K
    代理商: M38001S6-XXXSP
    3800 GROUP USER’S MANUAL
    APPENDIX
    3.1 Electrical characteristics
    3-8
    3.1.5 Absolute maximum ratings (Extended operating temperature version)
    Table 3.1.12 Absolute maximum ratings (Extended operating temperature version)
    Power source voltage
    Input voltage
    P0
    0
    –P0
    7
    , P1
    0
    –P1
    7
    , P2
    0
    –P2
    7
    ,
    P3
    0
    –P3
    7
    , P4
    0
    –P4
    7
    , P5
    0
    –P5
    7
    ,
    P6
    0
    –P6
    7
    , P7
    0
    , P7
    1
    RESET, X
    IN
    CNV
    SS
    Input voltage
    Input voltage
    Output voltage P0
    0
    –P0
    7
    , P1
    0
    –P1
    7
    , P2
    0
    –P2
    7
    ,
    P3
    0
    –P3
    7
    , P4
    0
    –P4
    7
    , P5
    0
    –P5
    7
    ,
    P6
    0
    –P6
    7
    , P7
    0
    , P7
    1
    , X
    OUT
    Power dissipation
    Operating temperature
    Storage temperature
    Symbol
    V
    CC
    V
    I
    Parameter
    Conditions
    Ratings
    –0.3 to 7.0
    V
    Unit
    T
    a
    = 25
    °
    C
    All voltages are based on V
    SS
    .
    Output transistors are cut off.
    Note 1:
    The total output current is the sum of all the currents flowing through all the applicable ports. The total average current is an aver-
    age value measured over 100 ms. The total peak current is the peak value of all the currents.
    2:
    The peak output current is the peak current flowing in each port.
    3:
    The average output current I
    OL(avg)
    , I
    OH(avg)
    in an average value measured over 100 ms.
    5.5
    Power source voltage
    Power source voltage
    “H” input voltage
    P0
    0
    –P0
    7
    , P1
    0
    –P1
    7
    , P2
    0
    –P2
    7
    , P3
    0
    –P3
    7
    , P4
    0
    –P4
    7
    ,
    P5
    0
    –P5
    7
    , P6
    0
    –P6
    7
    , P7
    0
    , P7
    1
    RESET, X
    IN
    , CNV
    SS
    P0
    0
    –P0
    7
    , P1
    0
    –P1
    7
    , P2
    0
    –P2
    7
    , P3
    0
    –P3
    7
    , P4
    0
    –P4
    7
    ,
    P5
    0
    –P5
    7
    , P6
    0
    –P6
    7
    , P7
    0
    , P7
    1
    RESET, CNV
    SS
    X
    IN
    P0
    0
    –P0
    7
    , P1
    0
    –P1
    7
    , P2
    0
    –P2
    7
    , P3
    0
    –P3
    7
    (Note 1)
    P4
    0
    –P4
    7
    ,P5
    0
    –P5
    7
    , P6
    0
    –P6
    7
    , P7
    0
    , P7
    1
    (Note 1)
    P0
    0
    –P0
    7
    , P1
    0
    –P1
    7
    , P2
    0
    –P2
    7
    , P3
    0
    –P3
    7
    (Note 1)
    P4
    0
    –P4
    7
    ,P5
    0
    –P5
    7
    , P6
    0
    –P6
    7
    , P7
    0
    , P7
    1
    (Note 1)
    “H” input voltage
    “L” input voltage
    “L” input voltage
    “L” input voltage
    “H” total peak output current
    “H” total peak output current
    “L” total peak output current
    “L” total peak output current
    “H” total average output current P0
    0
    –P0
    7
    , P1
    0
    –P1
    7
    , P2
    0
    –P2
    7
    , P3
    0
    –P3
    7
    (Note 1)
    “H” total average output current P4
    0
    –P4
    7
    ,P5
    0
    –P5
    7
    , P6
    0
    –P6
    7
    , P7
    0
    , P7
    1
    (Note 1)
    “L” total average output current
    P0
    0
    –P0
    7
    , P1
    0
    –P1
    7
    , P2
    0
    –P2
    7
    , P3
    0
    –P3
    7
    (Note 1)
    “L” total average output current
    P4
    0
    –P4
    7
    ,P5
    0
    –P5
    7
    , P6
    0
    –P6
    7
    , P7
    0
    , P7
    1
    (Note 1)
    “H” peak output current
    P0
    0
    –P0
    7
    , P1
    0
    –P1
    7
    , P2
    0
    –P2
    7
    , P3
    0
    –P3
    7
    , P4
    0
    –P4
    7
    ,
    P5
    0
    –P5
    7
    , P6
    0
    –P6
    7
    , P7
    0
    , P7
    1
    (Note 2)
    “L” peak output current
    P0
    0
    –P0
    7
    , P1
    0
    –P1
    7
    , P2
    0
    –P2
    7
    , P3
    0
    –P3
    7
    , P4
    0
    –P4
    7
    ,
    P5
    0
    –P5
    7
    , P6
    0
    –P6
    7
    , P7
    0
    , P7
    1
    (Note 2)
    “H” average output current
    P0
    0
    –P0
    7
    , P1
    0
    –P1
    7
    , P2
    0
    –P2
    7
    , P3
    0
    –P3
    7
    , P4
    0
    –P4
    7
    ,
    P5
    0
    –P5
    7
    , P6
    0
    –P6
    7
    , P7
    0
    , P7
    1
    (Note 3)
    “L” average output current
    P0
    0
    –P0
    7
    , P1
    0
    –P1
    7
    , P2
    0
    –P2
    7
    , P3
    0
    –P3
    7
    , P4
    0
    –P4
    7
    ,
    P5
    0
    –P5
    7
    , P6
    0
    –P6
    7
    , P7
    0
    , P7
    1
    (Note 3)
    Internal clock oscillation frequency
    V
    CC
    V
    SS
    V
    IH
    V
    IH
    V
    IL
    V
    IL
    V
    IL
    Σ
    I
    OH(peak)
    Σ
    I
    OH(peak)
    Σ
    I
    OL(peak)
    Σ
    I
    OL(peak)
    Σ
    I
    OH(avg)
    Σ
    I
    OH(avg)
    Σ
    I
    OL(avg)
    Σ
    I
    OL(avg)
    I
    OH(peak)
    I
    OL(peak)
    I
    OH(avg)
    I
    OL(avg)
    f(X
    IN
    )
    Symbol
    Parameter
    Limits
    Typ.
    Min.
    4.0
    V
    V
    Unit
    Table 3.1.13 Recommended operating conditions (Extended operating temperature version)
    (V
    CC
    = 4.0 to 5.5 V, T
    a
    = –40 to 85
    °
    C, unless otherwise noted)
    3.1.6 Recommended operating conditions (Extended operating temperature version)
    5.0
    0
    Max.
    V
    I
    V
    I
    V
    O
    P
    d
    T
    opr
    T
    stg
    –0.3 to V
    CC
    +0.3
    –0.3 to V
    CC
    +0.3
    –0.3 to 13
    –0.3 to V
    CC
    +0.3
    1000(Note)
    –40 to 85
    –65 to 150
    V
    V
    V
    V
    mW
    °
    C
    °
    C
    0.8 V
    CC
    0.8 V
    CC
    0
    0
    0
    V
    CC
    V
    CC
    0.2 V
    CC
    0.2 V
    CC
    0.16 V
    CC
    –80
    –80
    80
    80
    –40
    –40
    40
    40
    –10
    10
    –5
    5
    8
    V
    V
    V
    V
    V
    mA
    mA
    mA
    mA
    mA
    mA
    mA
    mA
    mA
    mA
    mA
    mA
    MHz
    Note :
    300 mW in case of the flat package.
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    相關(guān)代理商/技術(shù)參數(shù)
    參數(shù)描述
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