1. 參數(shù)資料
      型號(hào): BUS-65154-190Q
      廠商: DATA DEVICE CORP
      元件分類: 微控制器/微處理器
      英文描述: 2 CHANNEL(S), 1M bps, MIL-STD-1553 CONTROLLER, CQIP70
      封裝: 1.900 X 1 INCH, 0.215 INCH HEIGHT, CERAMIC, DIP-70
      文件頁(yè)數(shù): 24/40頁(yè)
      文件大?。?/td> 349K
      代理商: BUS-65154-190Q
      SIMPLE SYSTEM INTERFACE
      FIGURE 16 illustrates the capability of the STIC to operate in a
      system with no host processor. A simple linear addressing
      scheme is used that can be easily decoded to form read and
      write signals for direct access to data buffers or data latches. A
      double buffered mechanism may be used on received data in
      order to maintain data validity and consistency.
      The latched discrete outputs section of the drawing uses two
      sets of latches. The first latch is updated when the received data
      word is transferred from the STIC. The second latch is not updat-
      ed until the message is validated, as indicated by the signal
      Good Block Received (GBR). If an error, such as parity or
      Manchester, occurs on a received data word, all the data asso-
      ciated with that message will be ignored, thus fulfilling the data
      validity/consistancy requirement.
      DMA INTERFACE
      The STIC may be interfaced to a host processor by means of a
      simple DMA interface. The address and control lines may be
      placed in a three-state mode by setting the ADDR_ENA signal to
      logic “1”. While the STIC is not accessing the RAM (i.e.,
      DT_ACK is logic “1”) the address, data, and control lines (CS,
      WRT) are held in a high impedance state. The signals CS and
      WRT require pull-up resistors.
      The STIC may be programmed to operate in either a 16-bit
      transfer mode (FIGURE 17) or an 8-bit transfer mode (FIGURE
      18). In 16-bit mode (DB_SEL set to logic “0”) the signal A0 is not
      used (always logic “1”) and 16-bit transfers are performed on
      data lines D0..D15. In 8-bit mode (DB_SEL set to logic “1”) the
      signal A0 is used to indicate whether the upper (MSB) data byte
      (A0 set to logic “1”) or the lower (LSB) data byte (A0 set to logic
      “0”) is being transferred. The upper and lower data bytes are not
      multiplexed internally, therefore, the signals must be connected
      externally. D0 must be connected to D8, D1 must be connected
      to D9, ... , and D7 must be connected to D15
      30
      FIGURE 16. BUS-65153 MINIMUM COMPLEXITY SYSTEM
      Q
      LATCH
      DQ
      D
      W0
      WRITE
      ADDRESS
      DECODER
      CS
      A0..A13
      __
      WN
      Vcc
      D
      Q
      _
      Q
      LATCHED
      DISCRETE
      OUTPUTS
      Q
      LATCH
      DQ
      D
      BUS
      65153
      "STIC"
      Vcc
      D
      _
      Q
      TRI-STATE
      BUFFER
      Q
      NBGRT
      GBR
      _____
      ___
      ADDRESS
      DECODER
      READ
      R0
      DISCRETE
      BUFFERED
      INPUTS
      TRI-STATE
      BUFFER
      RN
      DB GRT
      DB0..DB15
      ______
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