HIGHLIGHTS
SUMMARY
To be easily integrated into clothing and accessories, such as bags, backpacks, or pockets, wearable antennas must be flexible and light, which is why textile antennas are widely used in wearable devices. Most of the proposed textile logo-shaped antennas have achieved good performance in the desired frequency band, but at the same time, due to their nearly omnidirectional radiation pattern, these antennas may increase SAR when working near the human body. Compared with other logo antennas on textile substrates, the proposed antenna shows the advantages of higher radiation efficiency and low SAR. By . . .
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