SUBSTRATE INTEGRATED WAVEGUIDE HORN ANTENNA FOR 60 GHZ BAND

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1 SUBSTRATE INTEGRATED WAVEGUIDE HORN ANTENNA FOR 60 GHZ BAND Jiří Lambor Doctoral Degree Programme (1), FEEC BUT Supervised by: Jaroslav Láčík, Zbyněk Raida Abstract: The paper presents the design and fabrication of a H-plane substrate integrated waveguide (SIW) horn antenna. The antenna operates at 60 GHz band and is equipped with a SIW-to-WR- 15 transition. Experimental results prove that the antenna achieves the gain of 11.5 dbi and the impedance bandwidth of 14 % for the reflection coefficient less than -10 db. The antenna was designed with the help of CST Microwave Studio. Keywords: Substrate Integrated Waveguide, H-plane horn 1 INTRODUCTION Wireless communication in 60 GHz band is suitable for short range communication, e.g. for Personal Area Network (PAN), due to the fact that millimeter waves demonstrate higher free space attenuation with respect to microwaves. This property allow to operate with higher level of security and reduced interference with other wirless systems. A Substrate Integrated Waveguide (SIW) technology is very promising candidate for millimeter wave applications. Mainly due to the facts, SIW is electrically similar to a conventional waveguide and can be easily integrated with planar circuits. In addition, it can be easily fabricated by a low cost printed circuit board process. A SIW horn antenna has poor radiation pattern in the E-plane caused by the constant height of a substrate. This disadvantage can be reduced by a printed structure placed in horn aperture [1]. Other approach using a perforated dielectric slab can also lead to this disadvantage reduction [2]. The aim of this paper is to manufacture a functional antenna which can be used for experimental links operating at 60 GHz band. The advantage of presented antenna design is its low-cost manufacture, small dimensions and suitability of its application for 60 GHz band due to the appropriate signal propagation properties in the SIW. This paper reports design of a H-plane SIW horn antenna operating at 60 GHz band. The paper is organized follows. Section 2 deals with the design of individual antenna parts, i.e. a SIW, a horn radiator, and a transition from SIW to a conventional metallic rectangular waveguide WR-15. Section 3 presents simulated and measured results and Section 4 concludes the paper. 2 ANTENNA DESIGN The antenna is composed from 3 main parts: a SIW, a SIW H-plane horn radiator, and a SIW-to- WR15 transition. The structure is depicted in Figure 1. Designed SIW is based on a planar dielectric substrate with top and bottom metal layers perforated by metalized holes. It operates in the fundamental mode TE 10. The SIW used in the antenna was designed according to the approach described in [3] and [4] on the substrate Arlon Cuclad 217 and for the cut-off frequency of the fundamentals 423

2 Figure 1: Antenna structure. mode TE10 48 GHz. Respectively the final parameters of SIW structure are summarized in Table 1, with parameters with respect to Figure 2. εr [-] fc [GHz] d[mm] p[mm] a[mm] ar [mm] Table 1: Parameters of SIW. The H-horn radiator is also based on the SIW technology. Its design is similar to a conventional horn radiator. Due to the constant height of the substrate, it is only possible to make the extension in the Hplane. The whole design procedure is described in [5]. For the improvement of the antenna radiation and its matching to feeding waveguide, the method presented in [6] was exploited. Contrary to this reference, the frequency band is moved from 15 GHz to 60 Ghz. The radiator has been modeled and designed with the help of CST Microwave Studio. The outline of the horn radiator is shown in Figure 2, and its parameters are summarized in Table 2. Figure 2: Model of SIW horn radiator. 424

3 A[mm] R H [mm] L[mm] s[mm] Table 2: Horn radiator parameters. To feed the horn antenna (the horn radiator and the SIW) by a conventional waveguide WR15, the transition from SIW-to-WR15 was designed. The cross-section of the designed transition is illustrated in Figure 3. 3 FABRICATION AND MEASUREMENT The antenna was fabricated by a laser engraving on the substrate Arlon Cuclad 217. The transition SIW-to-WR15 was machined. The fabricated sample of the antenna without the transition is depicted in Figure 4 and compared to 1 Czech crown coin (CZK) Figure 3: Cross-section of SIW-to- WR15 transition and its dimensions. Figure 4: Realized SIW horn radiator. Frequency response of the reflection coefficient was measured by a vector network analyzer Rohde & Schwarz ZVA67 and the measurement results are depicted in Figure 5. Measured trace is similar to simulation results leading to satisfactory agreement between designed and manufactured antenna. Obviously, the impedance bandwidth of the antenna is 14 % for the reflection coefficient less than -10 db. The radiation pattern of the antenna was measured in an anechoic chamber. The measured and simulated results in the E and H plane are depicted in Figure 6 and 7, respectively. The very good agreement between the simulated and measured data is obvious from these figures. The measured gain of the antenna is 11.5 dbi. 4 CONCLUSION The paper has described the design of H-horn SIW antenna with the SIW-to-WR15 transition. The measured results proves that the antenna achieved the gain of 11.5 dbi and the impedance bandwidth of 14 % for the reflection coefficient lower than -10 db. The problematic aspect of the whole structure is the SIW-to-WR15 transition. The front part of the aluminium transition is a plane reflector. This reflector takes part in the forming of the radiation pattern. In future work, the influence of this reflector should be minimized. 425

4 Figure 5: Reflection coefficient of antenna. Figure 6: Radiation pattern of antenna in E-plane at frequency 60 GHz. Figure 7: Radiation pattern of antenna in H-plane at frequency 60 GHz. 426

5 ACKNOWLEDGEMENT The presented research was supported by the Czech Grant Agency project no. P102/12/1274 and by the Internal Grant Agency of Brno University of Technology project no. FEKT-S The research is the part of the COST Action IC 1102 which is financially supported by the grant of the Czech Ministry of Education no. LD The research was performed in laboratories supported by the SIX project; the registration number CZ.1.05/2.1.00/ , the operational program Research and Development for Innovation. REFERENCES [1] ESQUIUS-MOROTE, M., FUCHS, B. and MOSIG, J. R. Novel Thin and Compact H-Plane SIW Horn Antenna. In: IEEE transactions on antennas and propagation. IEEE, 2013, p ISSN X. [2] YANG, C., ZU-PING, Q., YING-SONG, Z., JUN, J., and WEN-QUAN, C. Bandwidth Enhancement of SIW Horn Antenna Loaded With Air-Via Perforated Dielectric Slab. In: IEEE Antennas and Wireless Propagation Letters. IEEE, 2014, p ISSN [3] KE WU, DESIANDES, D. and CASSIVI, Y. The substrate integrated circuits - a new concept for high-frequency electronics and optoelectronics. In: 6th International Conference on Telecommunications in Modern Satellite, Cable and Broadcasting Service. Niš, Serbia: TELSIKS, 2003, P - III-P-X vol.1. ISBN [4] BERGE, L. A. and BRAATEN, B. D. Comparison on the Coupling Between Substrate Integrated Waveguide and Microstrip Transmission Lines for Antenna Arrays. In: 7th European Conference Antennas and Propagation. Göteborg, Sweden: EuCAP, 2013, p ISBN [5] K. NIKOLOVA, Natalia. Modern Antennas in Wireless Telecommunications ECE753. LECTURE 18. Horn Antennas. In: mcmaster.ca [online]. Aviable on: [6] ESQUIUS-MOROTE, M., FUCHS, B. and MOSIG, J. R. A new type of printed Ku-band SIW horn antenna with enhanced performances. In: Antennas and Propagation (ISAP). Nagoya, Japan: ISAP, 2012, pp ISBN

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