Abstract
The wireless energy transfer (wet) is widely used in many fields. In particularly for medical, this technique can be implemented to an electronic human body implant recharging. The possible size and shape of the receiver antenna in the experiment before still become a problem. Using Yagi-Uda model antenna for the transmitter unit in ultra-high frequency (UHF) band, this paper refers to design a receiver antenna for implemented as a human implant recharging. The receiver antenna has successfully designed in minimal with its size and shape of the designed antenna is about 1.44 cm3.
Highlights
The wireless energy transfer has been carried out in various field
Sunarno has designed the basic system for the wireless energy transfer based on ultra high frequency (UHF) band [1]
Sunarno and the team have succeeded in their experiment about transferring energy using wireless technology based on UHF band with Yagi-Uda Directional antenna as a transmitter antenna
Summary
Sunarno has designed the basic system for the wireless energy transfer based on ultra high frequency (UHF) band [1]. The transmitter and receiver system was using parabolic metal reflector system This system able to transfer energy and fill the rechargeable battery with the efficiency was about 1%. Sunarno and the team have succeeded in their experiment about transferring energy using wireless technology based on UHF band with Yagi-Uda Directional antenna as a transmitter antenna. From the experiment can be concluded that distance and angle of transmitter antenna influenced for the amount of energy received. In this case, the amount of energy received is proportional with the current and voltage measured [2]
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