Abstract
Recently, many medical electronic devices have been developed that can be implanted deep inside the body. They are designed to transmit the information collected deep inside the body to receiving e antennas outside the body. If the power consumption required for transmitting the information is high, a mass battery is required. Therefore, a novel information transmission method that has reduced power consumption is needed. In the past, the examination that used the electromagnetic analysis has been reported by the author about the best transmission antenna and the optimum transmitting frequency to transmit information from the deep inside the body to outside the body efficiently. In this paper, the experiment was made that used human muscle phantom and it was compared with the new result of electromagnetic analysis. As a result, the insulator-coated transmitting electrode achieves the maximum estimated value. This result is same as the electromagnetic analysis.
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