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基于FPGA的数字电子实验平台设计

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阐述传统数字电子技术实验需要频繁插拔更换实验箱上的IC芯片以完成不同的实验.为此,提出一种实验平台,利用FPGA硬件可编程的灵活特性,动态生成每次实验所需的IC芯片,避免频繁插拔而造成的芯片损坏.并利用FPGA的可编程特性,发挥学生的创造力,从而改善教学效果.
Design of Digital Electronic Experiment Platform Based on FPGA
This paper expounds that traditional digital electronic technology experiments require frequent insertion and replacement of IC chips on the experimental box to complete different experiments.It proposes an experimental platform that utilizes the flexible nature of FPGA hardware programmability to dynamically generate the required IC chips for each experiment,avoiding chip damage caused by frequent plugging and unplugging.It utilizes the programmable features of FPGA to unleash students'creativity and improve teaching effectiveness.

digital electronic technologyFPGAexperimental platform

詹昌文、丁国臣、任秀芳、邵红

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海军航空大学青岛校区,山东 266041

数字电子技术 FPGA 实验平台

2024

电子技术
上海市电子学会,上海市通信学会

电子技术

影响因子:0.296
ISSN:1000-0755
年,卷(期):2024.53(6)