With the change of the times, electromagnetic wave position measurement sensor is used more and more frequently in our life, and position measurement is an important function of it. However, the use of electromagnetic wave position measurement sensor is easy to be affected by some factors, such as distance and magnetic field, which makes it difficult for the electromagnetic wave position sensor device to achieve accurate positioning. The electrical characteristics of biological tissues are the response characteristics of biological tissues to electrical signals. The electrical properties of biological tissues are essentially determined by their structures with electrical properties. In this case, the electric field biological. The electromagnetic wave position measurement sensor device of body interference has been paid attention to. In order to make the electromagnetic biological body play a more important role in the measurement of the position, we collected the relevant data, designed the experiment and obtained the relevant research data by means of relevant investigation, literature review and interview with professionals. The experimental results show that the electromagnetic wave position measurement sensor device with electric field biological body interference is extremely anti-interference Excellent, in the long-distance side position accuracy is 20% higher than the general electromagnetic wave position measuring instrument, its interference to the magnetic field can achieve basic immunity, and the propagation speed is nearly 28% faster than other sensors, which shows that the electromagnetic wave position measurement sensor with electromagnetic biological body interference can play a very important role in the future life.

Wei Ren. Electromagnetic Wave Position Measurement Sensor Device Based on Electromagnetic Biological Body Interference. International Journal of Frontiers in Engineering Technology (2023), Vol. 5, Issue 8: 58-70. https://doi.org/10.25236/IJFET.2023.050809.

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