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        參數(shù)資料
        型號: SD-14531F3-885W
        廠商: DATA DEVICE CORP
        元件分類: 位置變換器
        英文描述: SYNCHRO OR RESOLVER TO DIGITAL CONVERTER, CDMA36
        封裝: CERAMIC, FP-36
        文件頁數(shù): 16/16頁
        文件大?。?/td> 170K
        代理商: SD-14531F3-885W
        9
        Data Device Corporation
        www.ddc-web.com
        SD-14531
        SD-14531
        8 BIT BUS
        (MSB) BIT 1
        BIT 2
        BIT 3
        BIT 4
        BIT 5
        BIT 6
        BIT 7
        BIT 8
        BIT 9
        BIT 10
        BIT 11
        BIT 12
        BIT 13
        BIT 14
        BIT 15
        (LSB) BIT 16
        D7
        D6
        D5
        D4
        D3
        D2
        D1
        D0
        HBE
        LBE
        INH
        DATA 1-8
        VALID
        DATA 9-16
        VALID
        500 ns MIN
        150 ns MIN
        100 ns MAX
        150 ns MIN
        100 ns MAX
        LBE
        HBE
        FIGURE 11. 8-BIT DATA TRANSFER
        FIGURE 12. 8-BIT DATA TRANSFER TIMING
        Note: For further understanding refer to the beginning of this sec-
        tion (i.e., Digital Interface, Digital Angle Outputs, Digital Angle
        Output Timing, and Inhibit).
        DATA TRANSFER TO 16-BIT BUS
        Data transfer to the 16-bit bus is much simpler than the 8-bit bus.
        FIGURES 13 and 14 show the connections and timing for trans-
        ferring data from the SD-14531 to a 16-bit bus.
        As can be seen by the timing diagram the following occurs:
        1. The converter INH control is applied and must remain low for
        a minimum of 500 ns before valid data is transferred.
        2. HBE and LBE are set to a low state (logic 0) 350 ns minimum
        after INH goes low and must remain low for a minimum of 150 ns
        before the data (1-16) is valid and transferred.
        3. HBE and LBE should go high (to logic 1) at least 100 ns MAX
        before another device uses the bus.
        4. INH goes high and data transfer is done and the data refresh
        cycle can begin. Note the time it takes for INH to go to a logic 1
        should be 100 ns minimum before valid data is transferred.
        Note: For further understanding refer to the beginning of this sec-
        tion (i.e., Digital Interface, Digital Angle Outputs, Digital Angle
        Output Timing, and Inhibit).
        INTERFACING - ANALOG OUTPUTS
        The analog outputs are AC error (e), Analog Return (V), and
        Velocity (VEL).
        AC ERROR (e, PIN 12)
        The AC error is proportional to the difference between the input
        angle
        θ and the digital input angle φ, (θ-φ), with a scaling of:
        3.5 mV rms/LSB (14-bit mode)
        1.75 mV rms/LSB (16-bit mode)
        The e output can swing ±3 V min with respect to Analog Return (V).
        ANALOG RETURN (V, PIN 11)
        This internal voltage is not required externally for normal opera-
        tion of the converter. It is used as the internal DC reference and
        the return for the VEL and e outputs. It is nominally +4.3 V and is
        proportional to the +5 V DC supply.
        VELOCITY (VEL, PIN 10)
        The velocity output (VEL, pin 10) is a DC voltage proportional to
        angular velocity d
        θ/dt. The velocity is the input to the voltage-
        controlled oscillator (VCO), as shown in FIGURE 1. Its linearity
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