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    E0C6282F 参数 Datasheet PDF下载

    E0C6282F图片预览
    型号： E0C6282F
    PDF下载： 下载PDF文件 查看货源
    内容描述： [4-BIT, MROM, 0.032768MHz, MICROCONTROLLER, PQFP80, PLASTIC, QFP-80]
    分类和应用： 时钟外围集成电路
    文件页数/大小： 9 页 / 102 K
    品牌： SEIKO [ SEIKO EPSON CORPORATION ]
     浏览型号E0C6282F的Datasheet PDF文件第1页浏览型号E0C6282F的Datasheet PDF文件第2页浏览型号E0C6282F的Datasheet PDF文件第3页浏览型号E0C6282F的Datasheet PDF文件第5页浏览型号E0C6282F的Datasheet PDF文件第6页浏览型号E0C6282F的Datasheet PDF文件第7页浏览型号E0C6282F的Datasheet PDF文件第8页浏览型号E0C6282F的Datasheet PDF文件第9页  
    E0C6282
    q
    DC Characteristics
    E0C6282/62A82
    (Unless otherwise specified: V
    DD
    =0V, V
    SS
    =-3.0V, f
    OSC1
    =32.768kHz, Ta=25°C, V
    S1
    /V
    L1
    –V
    L4
    are internal voltage, C1–C6=0.1µF)
    Characteristic
    Symbol
    Condition
    Min.
    Typ.
    Max.
    Unit
    High level input voltage (1)
    V
    IH1
    K00–K03, K10, P00–P03 0.2•V
    SS
    0
    V
    High level input voltage (2)
    V
    IH2
    RESET, TEST
    0.10•V
    SS
    0
    V
    Low level input voltage (1)
    V
    IL1
    K00–K03, K10, P00–P03
    V
    SS
    0.8•V
    SS
    V
    Low level input voltage (2)
    V
    IL2
    RESET, TEST
    V
    SS
    0.90•V
    SS
    V
    High level input current (1)
    I
    IH1
    V
    IH1
    =0V
    K00–K03, K10, P00–P03
    0
    0.5
    µA
    No pull down resistor
    CMPP, CMPM
    High level input current (2)
    I
    IH2
    V
    IH2
    =0V
    K00–K03, K10
    5
    16
    µA
    With pull down resistor
    High level input current (3)
    I
    IH3
    V
    IH3
    =0V
    P00–P03
    30
    100
    µA
    With pull down resistor
    RESET, TEST
    Low level input current
    I
    IL
    V
    IL
    =V
    SS
    K00–K03, K10, P00–P03
    -0.5
    0
    µA
    CMPP, CMPM
    RESET, TEST
    High level output current (1)
    I
    OH1
    V
    OH1
    =0.1•V
    SS
    R11
    -1.0
    mA
    High level output current (2)
    I
    OH2
    V
    OH2
    =0.1•V
    SS
    R00–R03, R10, P00–P03
    -1.0
    mA
    High level output current (3)
    I
    OH3
    V
    OH3
    =0.1•V
    SS
    MO, R12
    -2.0
    mA
    Low level output current (1)
    I
    OL1
    V
    OL1
    =0.9•V
    SS
    R11
    3.0
    mA
    Low level output current (2)
    I
    OL2
    V
    OL2
    =0.9•V
    SS
    R00–R03, R10, P00–P03
    3.0
    mA
    Low level output current (3)
    I
    OL3
    V
    OL3
    =0.9•V
    SS
    MO, R12
    4.5
    mA
    I
    OH4
    V
    OH4
    =-0.05V
    Common output current
    COM0–COM3
    -3
    µA
    V
    OL4
    =V
    L3
    +0.05V
    1/4 duty I
    OL4
    3
    µA
    I
    OH5
    V
    OH5
    =-0.05V
    Segment output current
    SEG0–SEG41
    -3
    µA
    I
    OL5
    V
    OL5
    =V
    L3
    +0.05V
    (during LCD output)1/4 duty
    3
    µA
    I
    OH6
    V
    OH6
    =0.1•V
    SS
    Segment output current
    SEG0–SEG41
    -300
    µA
    V
    OL6
    =0.9•V
    SS
    (during DC output) 1/4 duty I
    OL6
    300
    µA
    I
    OH7
    V
    OH7
    =-0.05V
    Common output current
    COM0–COM7
    -3
    µA
    V
    OL7
    =V
    L4
    +0.05V
    1/8 duty I
    OL7
    3
    µA
    I
    OH8
    V
    OH8
    =-0.05V
    Segment output current
    SEG0–SEG37
    -3
    µA
    I
    OL8
    V
    OL8
    =V
    L4
    +0.05V
    (during LCD output)1/8 duty
    3
    µA
    I
    OH9
    V
    OH9
    =0.1•V
    SS
    Segment output current
    SEG0–SEG37
    -300
    µA
    V
    OL9
    =0.9•V
    SS
    (during DC output) 1/8 duty I
    OL9
    300
    µA
    E0C62L82
    (Unless otherwise specified: V
    DD
    =0V, V
    SS
    =-1.5V, f
    OSC1
    =32.768kHz, Ta=25°C, V
    S1
    /V
    L1
    –V
    L4
    are internal voltage, C1–C6=0.1µF)
    Characteristic
    Symbol
    Condition
    Min.
    Typ.
    Max.
    Unit
    High level input voltage (1)
    V
    IH1
    K00–K03, K10, P00–P03 0.2•V
    SS
    0
    V
    High level input voltage (2)
    V
    IH2
    RESET, TEST
    0.10•V
    SS
    0
    V
    Low level input voltage (1)
    V
    IL1
    K00–K03, K10, P00–P03
    V
    SS
    0.8•V
    SS
    V
    Low level input voltage (2)
    V
    IL2
    RESET, TEST
    V
    SS
    0.90•V
    SS
    V
    High level input current (1)
    I
    IH1
    V
    IH1
    =0V
    K00–K03, K10, P00–P03
    0
    0.5
    µA
    No pull down resistor
    CMPP, CMPM
    High level input current (2)
    I
    IH2
    V
    IH2
    =0V
    K00–K03, K10
    2.0
    10
    µA
    With pull down resistor
    High level input current (3)
    I
    IH3
    V
    IH3
    =0V
    P00–P03
    9.0
    60
    µA
    With pull down resistor
    RESET, TEST
    Low level input current
    I
    IL
    V
    IL
    =V
    SS
    K00–K03, K10, P00–P03
    -0.5
    0
    µA
    CMPP, CMPM
    RESET, TEST
    High level output current (1)
    I
    OH1
    V
    OH1
    =0.1•V
    SS
    R11
    -450
    µA
    High level output current (2)
    I
    OH2
    V
    OH2
    =0.1•V
    SS
    R00–R03, R10, P00–P03
    -200
    µA
    High level output current (3)
    I
    OH3
    V
    OH3
    =0.1•V
    SS
    MO, R12
    -0.8
    mA
    High level output current (4)
    I
    OH4
    V
    OH4
    =0.1•V
    SS
    MO
    -0.4
    mA
    When envelope is used
    (R12=Normal H level)
    Low level output current (1)
    I
    OL1
    V
    OL1
    =0.9•V
    SS
    R11
    1,300
    µA
    Low level output current (2)
    I
    OL2
    V
    OL2
    =0.9•V
    SS
    R00–R03, R10, P00–P03
    700
    µA
    Low level output current (3)
    I
    OL3
    V
    OL3
    =0.9•V
    SS
    MO, R12
    1.5
    mA
    Low level output current (4)
    I
    OL4
    V
    OL4
    =0.9•V
    SS
    MO
    750
    µA
    When envelope is used
    (R12=Normal L level)
    Common output current
    I
    OH5
    V
    OH5
    =-0.05V
    COM0–COM3
    -3
    µA
    1/4 duty I
    OL5
    V
    OL5
    =V
    L3
    +0.05V
    3
    µA
    Segment output current
    I
    OH6
    V
    OH6
    =-0.05V
    SEG0–SEG41
    -3
    µA
    I
    OL6
    (during LCD output)1/4 duty
    V
    OL6
    =V
    L3
    +0.05V
    3
    µA
    I
    OH7
    V
    OH7
    =0.1•V
    SS
    Segment output current
    SEG0–SEG41
    -100
    µA
    V
    OL7
    =0.9•V
    SS
    (during DC output) 1/4 duty I
    OL7
    130
    µA
    Common output current
    I
    OH8
    V
    OH8
    =-0.05V
    COM0–COM7
    -3
    µA
    1/8 duty I
    OL8
    V
    OL8
    =V
    L4
    +0.05V
    3
    µA
    Segment output current
    I
    OH9
    V
    OH9
    =-0.05V
    SEG0–SEG37
    -3
    µA
    (during LCD output)1/8 duty
    I
    OL9
    V
    OL9
    =V
    L4
    +0.05V
    3
    µA
    Segment output current
    I
    OH10
    V
    OH10
    =0.1•V
    SS
    SEG0–SEG37
    -100
    µA
    (during DC output) 1/8 duty I
    OL10
    V
    OL10
    =0.9•V
    SS
    130
    µA
    4

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