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    參數(shù)資料
    型號: M38B48M9H-XXXXFP
    廠商: Mitsubishi Electric Corporation
    英文描述: SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER
    中文描述: 單芯片8位CMOS微機
    文件頁數(shù): 69/78頁
    文件大?。?/td> 1214K
    代理商: M38B48M9H-XXXXFP
    69
    38B4 Group
    SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER
    MITSUBISHI MICROCOMPUTERS
    32.768
    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
    OH(peak)
    I
    OL(peak)
    I
    OL(peak)
    I
    OH(avg)
    I
    OH(avg)
    I
    OL(avg)
    I
    OL(avg)
    f(CNTR
    0
    )
    f(CNTR
    1
    )
    f(X
    IN
    )
    f(X
    CIN
    )
    H” total peak output current
    (Note 1)
    P0
    0
    –P0
    7
    , P1
    0
    –P1
    7
    , P2
    0
    –P2
    7
    , P3
    0
    –P3
    7
    , P8
    0
    –P8
    3
    “H” total peak output current
    (Note 1)
    P5
    0
    –P5
    7
    , P6
    1
    –P6
    5
    , P7
    0
    –P7
    7
    , P9
    0
    , P9
    1
    “L” total peak output current
    (Note 1)
    P5
    0
    –P5
    7
    , P6
    0
    –P6
    5
    , P7
    0
    –P7
    7
    , P9
    0
    , P9
    1
    “L” total peak output current
    (Note 1)
    P4
    0
    –P4
    6
    , P8
    4
    –P8
    7
    “H” total average output current
    (Note 1)
    P0
    0
    –P0
    7
    , P1
    0
    –P1
    7
    , P2
    0
    –P2
    7
    , P3
    0
    –P3
    7
    , P8
    0
    –P8
    7
    “H” total average output current
    (Note 1)
    P5
    0
    –P5
    7
    , P6
    1
    –P6
    5
    , P7
    0
    –P7
    7
    , P9
    0
    , P9
    1
    “L” total average output current
    (Note 1)
    P5
    0
    –P5
    7
    , P6
    0
    –P6
    5
    , P7
    0
    –P7
    7
    , P9
    0
    , P9
    1
    “L” total average output current
    (Note 1)
    P4
    0
    –P4
    6
    , P8
    4
    –P8
    7
    “H” peak output current
    (Note 2)
    P0
    0
    –P0
    7
    , P1
    0
    –P1
    7
    , P2
    0
    –P2
    7
    , P3
    0
    –P3
    7
    , P8
    0
    –P8
    3
    “H” peak output current
    (Note 2)
    P5
    0
    –P5
    7
    , P6
    1
    –P6
    5
    , P7
    0
    –P7
    7
    , P8
    4
    –P8
    7
    , P9
    0
    , P9
    1
    “L” peak output current
    (Note 2)
    P5
    0
    –P5
    7
    , P6
    1
    –P6
    5
    , P7
    0
    –P7
    7
    , P8
    4
    –P8
    7
    , P9
    0
    , P9
    1
    “L” peak output current
    (Note 2)
    P4
    0
    –P4
    6
    , P6
    0
    “H” average output current
    (Note 3)
    P0
    0
    –P0
    7
    , P1
    0
    –P1
    7
    , P2
    0
    –P2
    7
    , P3
    0
    –P3
    7
    , P8
    0
    –P8
    3
    “H” average output current
    (Note 3)
    P5
    0
    –P5
    7
    , P6
    0
    –P6
    5
    , P7
    0
    –P7
    7
    , P8
    4
    –P8
    7
    , P9
    0
    , P9
    1
    “L” average output current
    (Note 3)
    P5
    0
    –P5
    7
    , P6
    1
    –P6
    5
    , P7
    0
    –P7
    7
    , P8
    4
    –P8
    7
    , P9
    0
    , P9
    1
    “L” average output current
    (Note 3)
    P4
    0
    –P4
    6
    , P6
    0
    Clock input frequency for timers 2, 4, and X
    (duty cycle 50 %)
    Main clock input oscillation frequency
    (Note 4)
    Sub-clock input oscillation frequency
    (Notes 4, 5)
    mA
    mA
    mA
    mA
    mA
    mA
    mA
    mA
    mA
    mA
    mA
    mA
    mA
    mA
    mA
    mA
    kHz
    kHz
    MHz
    MHz
    kHz
    Symbol
    Limits
    Typ.
    Parameter
    –240
    –60
    100
    60
    –120
    –30
    50
    30
    –40
    –10
    10
    30
    –18
    –5
    5
    15
    250
    100
    4.2
    2
    50
    Unit
    Min.
    Max.
    Notes 1:
    The total output current is the sum of all the currents flowing through all the applicable ports. The total average current is an
    average 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.
    4:
    When the oscillation frequency has a duty cycle of 50%.
    5:
    When using the microcomputer in low-speed mode, set the sub-clock input oscillation frequency on condition that f(X
    CIN
    ) < f(X
    IN
    )/3.
    Table 14 Recommended operating conditions (2)
    (Vcc = 2.7 to 5.5 V, Ta = –20 to 85 °C, unless otherwise noted)
    V
    CC
    = 4.0 to 5.5 V
    V
    CC
    = 2.7 to 4.0 V
    V
    CC
    = 4.0 to 5.5 V
    V
    CC
    = 2.7 to 4.0 V
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    相關代理商/技術參數(shù)
    參數(shù)描述
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