利用板载ADC-DAC和FPGA设计与实现FIR滤波器

S. S. Pujari, Prangya Paramita Muduli, Amruta Panda, Rashmita Badhai, Sofia Nayak, Yougajyoty Sahoo
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引用次数: 7

摘要

电子工业正以惊人的速度向数字平台发展,但世界本质上是模拟的,所以当任何模拟信号需要在数字平台上处理时,都需要借助模数转换器将其转换为数字。经过数字平台处理后,再借助DAC将其转换为模拟格式。这里的数字平台是ALTERA CYCLONE-II FPGA。FIR滤波器用于当今技术的各个方面,因为滤波是信息获取和操作的基本工具之一。利用VERILOG HDL语言在FPGA上对外部信号实现了不同类型的数字FIR滤波器。进一步采用基于模型的设计方法,利用MATLAB和Simulink进行优化设计和资源计算。
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Design & implementation of FIR filters using on-board ADC-DAC & FPGA
Electronics industry is very prodigiously moving towards digital platform, but the world is analog in nature, so when any analog signal needs to be processed in digital platform it should be converted to digital with the help of analog to digital converter. After processing through digital platform by the help of DAC it will be again converted to analog format. Here the digital platform is ALTERA CYCLONE-II FPGA. FIR filters are used in every aspect of present-day technology because filtering is one of the basic tools of information acquisition and manipulation. Different types of digital FIR filters are implemented on external signal by using VERILOG HDL language over FPGA. Further model based design approach using MATLAB and Simulink is taken into account for optimized designing and resource computation.
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