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The Wire-free Breadboard - A Feasibility Study on Digital Circuit

机译:无线面包板-数字电路的可行性研究

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摘要

For over forty years, the breadboard had been a useful tool for basic electronic experiments. However, even for an experienced user, a complicated wiring work could be a nightmare during the process of experiment. Not only it takes time for wiring, but also a non-logical error may arise whenever there is a loose contact between jump wire and the electrical terminals of the breadboard. That is to say, sometimes, you cannot ensure that the confirmed circuit works correctly even after a careful wiring work. In this paper, focused on digital circuits, we have designed and implemented a "wire-free breadboard" prototype. Based on the technology of FPGA, a circuit system, which being located on the bottom side of the breadboard, has been built to substitute the jump wires on the top side of the traditional Breadboard. To save the time of wiring work and to avoid the non-logical errors of electronic experiments are the main motives of this research.
机译:四十多年来,试验板一直是进行基本电子实验的有用工具。但是,即使对于有经验的用户,复杂的接线工作也可能是实验过程中的噩梦。跳线和面包板的电气端子之间的接触松动不仅会花费时间,而且还会引起非逻辑错误。就是说,有时即使经过仔细的布线也无法确保所确认的电路正常工作。在本文中,我们着重于数字电路,设计并实现了“无线面包板”原型。基于FPGA的技术,已建立了位于面包板底部的电路系统,以替代传统面包板顶部的跳线。节省接线时间并避免电子实验的非逻辑错误是本研究的主要目的。

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