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  • 參數(shù)資料
    型號: A54SX16P-2VQ208
    廠商: Electronic Theatre Controls, Inc.
    元件分類: FPGA
    英文描述: 54SX Family FPGAs
    中文描述: 54SX家庭的FPGA
    文件頁數(shù): 19/57頁
    文件大?。?/td> 415K
    代理商: A54SX16P-2VQ208
    v3.1
    19
    5 4 S X F a m ily F P G A s
    G uide line s for C a lc ula t ing P ow e r
    C ons um pt ion
    The following guidelines are meant to represent worst-case
    scenarios so that they can be generally used to predict the
    upper limits of power dissipation. These guidelines are as
    follow:
    Logic Modules (m)
    Inputs Switching (n)
    Outputs Switching (p)
    First Routed Array Clock Loads (q
    1
    )
    S a m ple P ow e r C a lc ula t ion
    One of the designs used to characterize the A54SX family
    was a 528 bit serial in serial out shift register. The design
    utilized 100%of the dedicated flip-flops of an A54SX16P
    frequencies ranging from 1 MHz to 200 MHz. Shifting in a
    series of 0101… caused 50%of the flip-flops to toggle from
    low to high at every clock cycle.
    Follow the steps below to estimate power consumption. The
    values provided for the sample calculation below are for the
    shift register design above. This method for estimating
    power consumption is conservative and the actual power
    consumption of your design may be less than the estimated
    power consumption.
    The total power dissipation for the 54SX family is the sum of
    the AC power dissipation and the DC power dissipation.
    P
    Total
    = P
    AC
    (dynamic power) + P
    DC
    (static power)
    (5)
    A C P ow e r Dis s ipa t ion
    P
    AC
    = P
    Module
    + P
    RCLKA Net
    + P
    RCLKB Net
    + P
    HCLK Net
    +
    P
    Output Buffer
    + P
    Input Buffer
    P
    AC
    = V
    CCA2
    * [(m * C
    EQM
    * f
    m
    )
    Module
    +
    (n * C
    EQI
    * f
    n
    )
    Input Buffer
    + (p * (C
    EQO
    + C
    L
    ) * f
    p
    )
    Output
    Buffer
    +
    (0.5 * (q
    1
    * C
    EQCR
    * f
    q1
    ) + (r
    1
    * f
    q1
    ))
    RCLKA
    +
    (0.5 * (q
    2
    * C
    EQCR
    * f
    q2
    )+ (r
    2
    * f
    q2
    ))
    RCLKB
    +
    (0.5 * (s
    1
    * C
    EQHV
    * f
    s1
    ) + (C
    EQHF
    * f
    s1
    ))
    HCLK
    ]
    Step #1:
    Define Terms Used in Formula
    V
    CCA
    Module
    Number of logic modules switching at f
    m
    (Used 50%
    Average logic modules switching rate
    f
    m
    (MHz) (Guidelines: f/10)
    Module capacitance C
    EQM
    (pF)
    Input Buffer
    Number of input buffers switching at f
    n
    Average input switching rate f
    n
    (MHz)
    (Guidelines: f/5)
    Input buffer capacitance C
    EQI
    (pF)
    Output Buffer
    Number of output buffers switching at f
    p
    Average output buffers switching rate
    f
    p
    (MHz) (Guidelines: f/10)
    Output buffers buffer Capacitance C
    EQO
    (pF) C
    EQO
    4.7
    Output Load capacitance C
    L
    (pF)
    RCLKA
    Number of Clock loads q
    1
    Capacitance of routed array clock (pF)
    Average clock rate (MHz)
    Fixed capacitance (pF)
    RCLKB
    Number of Clock loads q
    2
    Capacitance of routed array clock (pF)
    Average clock rate (MHz)
    Fixed capacitance (pF)
    HCLK
    Number of Clock loads
    Variable capacitance of dedicated
    array clock (pF)
    Fixed capacitance of dedicated
    array clock (pF)
    Average clock rate (MHz)
    (6)
    (7)
    = 20%of modules
    = #inputs/4
    = #output/4
    = 20%of register
    cells
    Second Routed Array Clock Loads (q
    2
    ) = 20%of register
    cells
    Load Capacitance (C
    L
    )
    Average Logic Module Switching Rate
    (f
    m
    )
    Average Input Switching Rate (f
    n
    )
    Average Output Switching Rate (f
    p
    )
    Average First Routed Array Clock Rate
    (f
    q1
    )
    Average Second Routed Array Clock
    Rate (f
    q2
    )
    Average Dedicated Array Clock Rate
    (f
    s1
    )
    Dedicated Clock Array clock loads (s
    1
    ) = 20%of regular
    = 35 pF
    = f/10
    = f/5
    = f/10
    = f/2
    = f/2
    = f
    modules
    3.3
    m
    264
    f
    m
    20
    C
    EQM
    4.0
    n
    f
    n
    1
    40
    C
    EQI
    3.4
    p
    f
    p
    1
    20
    C
    L
    35
    q
    1
    C
    EQCR
    1.6
    f
    q1
    r
    1
    528
    200
    138
    q
    2
    C
    EQCR
    1.6
    f
    q2
    r
    2
    0
    0
    138
    s
    1
    C
    EQHV
    0.615
    0
    C
    EQHF
    96
    f
    s1
    0
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