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Implementation of FIR filter as per DO-254 compliance

机译:根据DO-254规范实施FIR滤波器

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Implementation of filter needs mainly three basic building blocks as multiplier, adder and signal delay. If a filter has to be speed means it should have high speed basic building block i.e. multiplier and adder blocks should be very high speed. The paper presents a proposed digital FIR filter which is delay efficient and area efficient. The improvement of proposed Direct Form FIR filter in delay is of 11% and 26% of area has been decreased. The design has been implemented in Verilog according to the DO-254 compliance guidelines, simulated in industrial standard simulator Questasim and synthesized using Precision synthesis RTL plus and Xilinx ISE. DO-254 compliance is done using HDL Designer tool suite.
机译:滤波器的实现主要需要三个基本构件,即乘法器,加法器和信号延迟。如果滤波器必须是高速的,则意味着它应该具有高速的基本构造块,即乘法器和加法器块应该具有很高的速度。本文提出了一种提出的数字FIR滤波器,该滤波器具有较高的延迟效率和面积效率。建议的直接形式FIR滤波器在延迟方面的改进为11%,并且减少了26%的面积。该设计已根据DO-254合规性准则在Verilog中实施,在工业标准模拟器Questasim中进行了仿真,并使用Precision Synthesis RTL plus和Xilinx ISE进行了综合。使用HDL Designer工具套件可确保符合DO-254。

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