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Study on the Linear Non-Complementary 2-Arm Slot Sinuous Antenna for Low Input Impedance
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 Title & Authors
Study on the Linear Non-Complementary 2-Arm Slot Sinuous Antenna for Low Input Impedance
Yoon, Sung Hyun;
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Sinuous antenna is utilized in a number of application like direction-finding system that require ultra wideband, but because of high input impedance of the antenna, it is difficult to design low-profile antenna and balun. In this study, we used Babinet's principle and proposed linear 2-arm slot sinuous antenna that is divided sinuous 6 cell with equal spacing between the most largest radius and the smallest radius instead of exponential 2-arm strip sinuous antenna for 2-18[GHz] frequency band to obtain low input impedance, and we have studied -10dB bandwidth of antenna when has been fed by instead of at feeder point. As a result, we have obtained return loss below than -10dB for about 4-18[GHz] frequency range in the case of slot antenna, but at all frequency band, return loss was above -10dB in the case of strip antenna.
2-arm strip sinuous antenna;2-arm slot sinuous antenna;Babinet's principle Frequency independent antenna;Self complementary;
 Cited by
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