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Implementation of Speed Match Circuit Design between DSP and Peripheral Chips Using CPLD

机译:使用CPLD实现DSP与外围芯片之间的速度匹配电路设计

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In some industry instrument and automation equipment, the digital signal processor (DSP) usually needs establishing the interface with different speed peripheral chips. TMS320Cxx provide two kinds of mechanism to match with out side chips. One can insert 0~7 wait periods by setting inner control register. Another is to provide the READY signal pin, it can produce arbitrarily number of wait period with the exterior control circuit. In this paper, CPLD is employed to generate the waiting sign by the correlative hardware circuit diagram and VHDL language programs method respectively. The speed match circuits have been realized between DSP and peripheral chips. It can simplify the program and raise the whole performance speed of system.
机译:在某些工业仪器和自动化设备中,数字信号处理器(DSP)通常需要与不同速度的外围芯片建立接口。 TMS320Cxx提供了两种与外部芯片匹配的机制。通过设置内部控制寄存器,可以插入0〜7个等待时间。另一个是提供READY信号引脚,它可以与外部控制电路产生任意数量的等待时间。本文采用CPLD分别通过相关的硬件电路图和VHDL语言编程方法生成等待信号。速度匹配电路已在DSP和外围芯片之间实现。它可以简化程序,提高系统的整体性能。

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