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Investigation on W-band LTCC helical antenna with substrate integrated horn

机译:具有基片集成号角的W波段LTCC螺旋天线的研究

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A W-band helical antenna element with substrate integrated horn (SIH) using low temperature cofired ceramic (LTCC) technology is proposed in this paper. Using the multilayer process of the LTCC technology, the planar helical antenna is achieved. Furthermore, to calibrate the errors of planar LTCC helical antenna's axial direction mode, which is caused by the fabrication limitations of LTCC technology, the SIH structure has been designed. To verify the theory, the investigations of two LTCC antennas with and without SIH have been given. From the simulated results, the proposed antenna shows a wide impedance bandwidth from 85 to 110 GHz for |S11|<−10dB, and a wideband axial radio (AR) bandwidth from 91 to 106 GHz for AR<3 dB respectively. The peak gain is greater than 4.5dBi in the AR bandwidth.
机译:本文提出了一种采用低温共烧陶瓷(LTCC)技术的带有基片集成喇叭(SIH)的W波段螺旋天线元件。使用LTCC技术的多层工艺,可以获得平面螺旋天线。此外,为了校准由于LTCC技术的制造限制而引起的平面LTCC螺旋天线的轴向模式误差,设计了SIH结构。为了验证该理论,已经对带有和不带有SIH的两个LTCC天线进行了研究。根据仿真结果,拟议的天线对于| S11 | <-10dB表现出从85到110 GHz的宽阻抗带宽,对于AR <3 dB表现出从91到106 GHz的宽带轴向无线电(AR)带宽。 AR带宽中的峰值增益大于4.5dBi。

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