Practice of Virtual Simulation Technology (VST) Based on Proteus in Digital Circuit (DC)

Abstract

Virtual reality technology has impacted all human survival ways at an explosive speed, making people reach a new height from physical entertainment activities to brain thinking activities. At the same time, the development of virtual reality technology has also produced new technologies, such as enhanced virtual reality, which provides people with a good visual experience. At present, virtual reality technology is showing a good development momentum, with an increasingly wide range of applications, and has potential research value in various fields. In this paper, by detecting the experimental data, it can be found that the application of Proteus virtual computer simulation technology in digital circuit can improve the overall security of the system to a certain extent, reduce the aging speed, and more accurately find the potential path and strengthen the system. Through the optimized reinforcement method in this paper, the overall number of reinforced systems is also reduced by 124.92 on average. It can be shown that the overall security of applying Proteus virtual computer simulation technology to digital circuits has been greatly improved. Through the test experimental data, it can be seen that the application of Proteus virtual simulation technology in digital circuit can increase the overall reliability of the system to a certain extent, reduce the aging rate, and accurately find the potential path and strengthen it. Using the optimized reinforcement scheme in this paper, the overall number of reinforcement is reduced by 124.92 on average. It is enough to show that Proteus’s virtual simulation technology can improve the reliability of digital circuits.