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    參數(shù)資料
    型號(hào): M38272E2-XXXHP
    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(jī)
    文件頁數(shù): 53/70頁
    文件大小: 1112K
    代理商: M38272E2-XXXHP
    53
    SINGLE-CHIP 8-BIT CMOS MICROCOMPUTER
    MITSUBISHI MICROCOMPUTERS
    3827 Group
    V
    CC
    = 5.0 V, V
    O
    = V
    CC
    , Pull-ups “on”
    Output transistors “off”
    V
    CC
    = 2.2 V, V
    O
    = V
    CC
    , Pull-ups “on”
    Output transistors “off”
    V
    O
    = V
    CC
    , Pull-ups “off”
    Output transistors “off”
    V
    O
    = V
    SS
    , Pull-ups “off”
    Output transistors “off”
    I
    OL
    = 10 mA
    I
    OL
    = 3.0 mA
    I
    OL
    = 2.5 mA
    V
    CC
    = 2.2 V
    I
    OL
    = 10 mA
    I
    OL
    = 5 mA
    V
    CC
    = 2.2 V
    I
    OL
    = 5 mA
    I
    OL
    = 1.5 mA
    I
    OL
    = 1.25 mA
    V
    CC
    = 2.2 V
    V
    OL
    I
    OH
    = –1 mA
    I
    OH
    = –0.25 mA
    V
    CC
    = 2.2 V
    I
    OH
    = –5 mA
    I
    OH
    = –1.5 mA
    I
    OH
    = –1.25 mA
    V
    CC
    = 2.2 V
    V
    V
    CC
    –2.0
    “H” output voltage
    P0
    0
    –P0
    7
    , P1
    0
    –P1
    5
    , P3
    0
    –P3
    7
    Symbol
    Parameter
    Limits
    Typ.
    Min.
    Unit
    0.5
    Max.
    Test conditions
    V
    OH
    2.0
    0.5
    Table 16 Electrical characteristics
    (V
    CC
    =4.0 to 5.5 V, Ta = –20 to 85
    °
    C, unless otherwise noted)
    V
    I
    = V
    CC
    V
    I
    = V
    CC
    V
    I
    = V
    CC
    V
    I
    = V
    SS
    Pull-ups “off”
    V
    CC
    = 5 V, V
    I
    = V
    SS
    Pull-ups “on”
    V
    CC
    = 2.2 V, V
    I
    = V
    SS
    Pull-ups “on”
    V
    I
    = V
    SS
    V
    I
    = V
    SS
    “H” output voltage
    P1
    6
    , P1
    7
    , P2
    0
    –P2
    7
    , P4
    1
    –P4
    7
    , P5
    0
    –P5
    7
    ,
    P6
    0
    –P6
    7
    (Note 1)
    “L” output voltage
    P0
    0
    –P0
    7
    , P1
    0
    –P1
    5
    , P3
    0
    –P3
    7
    “L” output voltage
    P1
    6
    , P1
    7
    , P2
    0
    –P2
    7
    , P4
    1
    –P4
    7
    , P5
    0
    –P5
    7
    ,
    P6
    0
    –P6
    7
    “L” output voltage
    P4
    0
    , P7
    1
    –P7
    7
    Hysteresis
    INT
    0
    –INT
    2
    , ADT, CNTR
    0,
    CNTR
    1,
    P2
    0
    –P2
    7
    Hysteresis
    S
    CLK
    , R
    X
    D
    Hysteresis
    RESET
    “H” input current
    P0
    0
    –P0
    7
    , P1
    0
    –P1
    7
    , P2
    0
    –P2
    7
    , P4
    0
    –P4
    7
    ,
    P5
    0
    –P5
    7
    , P6
    0
    –P6
    7
    , P7
    0
    –P7
    7
    “H” input current
    RESET
    “H” input current
    X
    IN
    “L” input current
    P0
    0
    –P0
    7
    , P1
    0
    –P1
    7
    , P2
    0
    –P2
    7
    ,P4
    0
    –P4
    7
    ,
    P5
    0
    –P5
    7
    , P6
    0
    –P6
    7
    , P7
    0
    –P7
    7
    “L” input current
    “L” input current
    “L” input current
    P7
    0
    RESET
    X
    IN
    Output load current
    P3
    0
    –P3
    7
    Output leak current
    P3
    0
    –P3
    7
    V
    OH
    V
    OL
    V
    OL
    V
    T+
    – V
    T–
    V
    T+
    – V
    T–
    V
    T+
    – V
    T–
    I
    IH
    I
    IH
    I
    IH
    I
    IL
    I
    IL
    I
    IL
    I
    LEAK
    V
    CC
    –2.0
    V
    CC
    –0.5
    –60.0
    –5.0
    –60.0
    –5.0
    0.5
    0.5
    4.0
    –120.0
    –20.0
    –4.0
    –20.0
    2.0
    0.5
    0.5
    5.0
    5.0
    –5.0
    –240.0
    –40.0
    –5.0
    –5.0
    –240.0
    –40.0
    5.0
    –5.0
    V
    V
    V
    V
    V
    V
    V
    V
    V
    V
    μ
    A
    μ
    A
    μ
    A
    μ
    A
    μ
    A
    μ
    A
    μ
    A
    μ
    A
    μ
    A
    μ
    A
    I
    IL
    I
    LOAD
    V
    CC
    –0.8
    V
    CC
    –0.8
    V
    V
    V
    0.8
    V
    0.8
    0.3
    V
    μ
    A
    μ
    A
    μ
    A
    –120.0
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