Research on Interference and Noise Prevention in Medical Electronic Instruments Based on Virtual Instruments
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Zhong Jiahong, Xiao Ning
in the Application of Medical Electronic Instruments, Interference from External Factors Often Leads to a Decrease in the Accuracy of Detection Results. the Interference and Noise Generated by New Medical Electronic Instruments and Equipment Are More and More and Are Very Harmful. Interference Can Lead to Crash, Incorrect Operation of the Instruments, Image Distortion and Misdiagnosis. in Addition, Interference and Noise Can Also Cause Time-Consuming and Seriously Endanger the Safety of Medical Electronic Instruments and Patients. Therefore, It is Very Important to Effectively Prevent and Reduce the Interference and Noise in the Use of Medical Electronic Instruments. in View of This Situation, This Paper Studies and Develops an Interference and Noise Prevention System for Medical Electronic Instruments Based on Virtual Instruments. the Interference and Noise Prevention System of Virtual Medical Electronic Instruments Can Meet the Daily Needs of Medical Electronic Instruments and Has Important Theoretical and Practical Significance for Experimental Teaching and Academic Research in Universities, Especially for the Development of New Instruments.
Virtual Instruments; Electronic Instruments; Interference; Noise