he DDA circuit shown is for a single axis speed interpolator with exponential deceleration DDA1 has n bit registers while DDA2 has m bit registers The clock frequency is When the Dec signal line (for deceleration) is high, the AND gate dec allows the output of DDA2 to decrease the value stored in the p register of DDA1 to produce the deceleration In class, we have seen that such a circuit produces a negative exponential velocity trajectory

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he DDA circuit shown is for a single axis speed interpolator with exponential deceleration  DDA1 has n bit registers while DDA2 has m bit registers  The clock frequency is   When the Dec signal line (for deceleration) is high, the AND gate dec allows the output of DDA2 to decrease the value stored in the p register of DDA1 to produce the deceleration  In class, we have seen that such a circuit produces a negative exponential velocity trajectory

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Question: he DDA circuit shown is for a single-axis speed interpolator with exponential deceleration. DDA1 has n-bit registers while DDA2 has m-bit registers. The clock frequency

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