Information terminal equipment
A technology for information terminals and outer electrodes, applied in electrical components, transmission systems, etc., can solve the problems of increasing device thickness, cost, and weight, and achieve the effects of reducing coupling capacitance, reducing costs, and improving communication quality
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[0020] In human body communication using an electric field, it is necessary to flow through the outgoing path of the signal via the transmitter-body-receiver capacitive coupling ( Figure 5 Line A) in the circuit, and the loop through which the signal flows through the capacitive coupling of the receiver-a dielectric such as air or a conductor such as a ground wire-receiver ( Figure 5 Line B) in . It is preferable that the body-side electrode 51a (transmitter and receiver) forming an outgoing path increases capacitive coupling with the human body 52 and increases capacitive coupling between the body-side electrodes 51a (transmitter and receiver) via the human body 52 . In addition, it is preferable that the outer electrodes 51b (transmitter and receiver) forming a loop reduce the capacitive coupling with the human body 52 and increase the capacitive coupling between the outer electrodes 51b (transmitter and receiver). Thus, signals can be efficiently transmitted. Furthermore,...
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