參數(shù)資料
    型號(hào): 74ABT161543DGG
    廠商: NXP SEMICONDUCTORS
    元件分類: 通用總線功能
    英文描述: 16-bit latched transceiver with dual enable and master reset 3-State
    中文描述: ABT SERIES, DUAL 8-BIT REGISTERED TRANSCEIVER, TRUE OUTPUT, PDSO56
    封裝: PLASTIC, TSSOP2-56
    文件頁(yè)數(shù): 6/12頁(yè)
    文件大小: 85K
    代理商: 74ABT161543DGG
    Philips Semiconductors
    Product specification
    74ABT161543
    74ABTH161543
    16-bit latched transceiver with dual enable
    and master reset (3-State)
    1998 Feb 27
    6
    RECOMMENDED OPERATING CONDITIONS
    SYMBOL
    PARAMETER
    LIMITS
    UNIT
    Min
    4.5
    0
    2.0
    Max
    5.5
    V
    CC
    V
    CC
    V
    I
    V
    IH
    V
    IL
    I
    OH
    I
    OL
    t/
    v
    T
    amb
    DC supply voltage
    Input voltage
    High-level input voltage
    Low-level Input voltage
    High-level output current
    Low-level output current
    Input transition rise or fall rate
    Operating free-air temperature range
    V
    V
    V
    V
    0.8
    –32
    64
    10
    +85
    mA
    mA
    ns/V
    °
    C
    0
    –40
    DC ELECTRICAL CHARACTERISTICS
    LIMITS
    SYMBOL
    PARAMETER
    TEST CONDITIONS
    T
    amb
    = +25
    °
    C
    T
    amb
    = –40
    °
    C
    °
    C
    MIN
    UNIT
    MIN
    TYP
    MAX
    –1.2
    MAX
    –1.2
    V
    IK
    Input clamp voltage
    V
    CC
    = 4.5V; I
    IK
    = –18mA
    V
    CC
    = 4.5V; I
    OH
    = –3mA; V
    I
    = V
    IL
    or V
    IH
    V
    CC
    = 5.0V; I
    OH
    = –3mA; V
    I
    = V
    IL
    or V
    IH
    V
    CC
    = 4.5V; I
    OH
    = –32mA; V
    I
    = V
    IL
    or V
    IH
    V
    CC
    = 4.5V; I
    OL
    = 64mA; V
    I
    = V
    IL
    or V
    IH
    V
    CC
    = 5.5V; I
    O
    = 1mA; V
    I
    = GND or V
    CC
    V
    V
    V
    V
    V
    V
    2.5
    3.0
    2.0
    3.0
    3.6
    2.7
    0.36
    0.13
    2.5
    3.0
    2.0
    V
    OH
    High-level output voltage
    V
    OL
    V
    RST
    Low-level output voltage
    Power-up output voltage
    3
    0.55
    0.55
    0.55
    0.55
    I
    I
    Input leakag
    current
    = 5 5V; V
    = GND or 5 5V
    V
    CC
    = 5.5V V
    I
    = GND or 5.5V
    Control
    pins
    0 01
    0.01
    1 0
    ±
    1.0
    1 0
    ±
    1.0
    μ
    A
    Bus Hold current A or B
    Ports 74ABTH161543
    V
    CC
    = 4.5V; V
    I
    = 0.8V
    V
    CC
    = 4.5V; V
    I
    = 2.0V
    V
    CC
    = 5.5V; V
    I
    = 0 to 5.5V
    V
    CC
    = 0.0V; V
    O
    or V
    I
    4.5V
    V
    CC
    = 2.1V; V
    O
    = 0.0V or V
    CC
    ;
    V
    I
    = GND or V
    CC
    ; V
    OE
    = Don’t care
    V
    CC
    = 5.5V; V
    O
    = 5.5V; V
    I
    = V
    IL
    or V
    IH
    V
    CC
    = 5.5V; V
    O
    = 0.0V; V
    I
    = V
    IL
    or V
    IH
    V
    CC
    = 5.5V; V
    O
    = 5.5V; V
    I
    = GND or V
    CC
    V
    CC
    = 5.5V; V
    O
    = 2.5V
    V
    CC
    = 5.5V; Outputs High, V
    I
    = GND or V
    CC
    V
    CC
    = 5.5V; Outputs Low, V
    I
    = GND or V
    CC
    V
    CC
    = 5.5V; Outputs 3–State;
    V
    I
    CC
    35
    –75
    ±
    800
    35
    –75
    I
    HOLD
    μ
    A
    I
    OFF
    Power-off leakage current
    Power-up/down 3-State
    output current
    4
    3-State output High current
    3-State output Low current
    Output High leakage current
    Output current
    1
    1.0
    ±
    100
    ±
    100
    μ
    A
    I
    PU/PD
    1.0
    ±
    50
    ±
    50
    μ
    A
    I
    IH
    + I
    OZH
    I
    IL
    + I
    OZL
    I
    CEX
    I
    O
    I
    CCH
    I
    CCL
    1.0
    –1.0
    1.0
    –100
    0.50
    9
    50
    –50
    50
    –200
    1.5
    19
    50
    –50
    50
    –200
    1.5
    19
    μ
    A
    μ
    A
    μ
    A
    mA
    mA
    mA
    –50
    –50
    Quiescent supply current
    I
    CCZ
    0.50
    1.5
    1.5
    mA
    I
    CC
    Additional supply current
    per input pin
    2
    74ABT161543
    V
    CC
    = 5.5V; one input at 3.4V,
    other inputs at V
    CC
    or GND
    5.0
    100
    100
    μ
    A
    I
    CC
    Additional supply current
    per input pin
    2
    74ABTH161543
    V
    CC
    = 5.5V; one input at 3.4V,
    other inputs at V
    CC
    or GND
    0.20
    1
    1
    mA
    NOTES:
    1. Not more than one output should be tested at a time, and the duration of the test should not exceed one second.
    2. This is the increase in supply current for each input at 3.4V.
    3. For valid test results, data must not be loaded into the flip-flops (or latches) after applying the power.
    4. This parameter is valid for any V
    CC
    between 0V and 2.1V, with a transition time of up to 10msec. From V
    CC
    = 2.1V to V
    CC
    = 5V
    ±
    10% a
    transition time of up to 100
    μ
    sec is permitted.
    5. This is the bus hold overdrive current required to force the input to the opposite logic state.
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