Dual-band bow-tie antenna with parasitic elements for WLAN applications
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1 Dual-band bow-tie antenna with parasitic elements for WLAN applications Mehdi Abioghli a), Karim Ghaffarzadegan, and Hadi Abioghli Islamic Azad University, Meshkin Shahr Branch, Meshkin Shahr, Iran a) Abstract: A dual-band bow-tie antenna for wireless local area network (WLAN) is designed at both the 2.4 and 5 GHz (IEEE b/g and a) WLAN bands. The design procedure involves obtaining a full resonance frequency in the 2.4 GHz band and then using Parasitic Elements to achieve a secondary resonance at the 5 GHz band. The proposed antenna can provide two separate impedance bandwidths of 800 MHz (about 30% centered at 2.4 GHz) and 1100 MHz (about 20% centered at 5.5GHz), making it easily cover the required bandwidths for WLAN operation in the 2.4 GHz band (about 3.4% bandwidth required) and 5.2/5.8 GHz bands (about 13% bandwidth required). The antenna structure has a compact dimension of 45 mm 35 mm when printed on a substrate of dielectric with a thickness of 1.58 mm and a relative permittivity of 2.2. The simulated radiation patterns are nearly omni-directional. The uniplanar nature, simple feeding technique and compact structure make it easy for modular design. Keywords: bow-tie antenna, dual band, WLAN Classification: Microwave and millimeter wave devices, circuits, and systems References [1] L. Kuo and K. L. Wong, Printed double-t monopole antenna for 2.4/5.2 GHz dual band WLAN operations, IEEE Trans. Antennas Propag., vol. 51, no. 9, pp , Sept [2] Z. Zhang, M. F. Iskander, J. C. Langer, and J. Mathews, Dual-band WLANdipole antenna using an internal matching circuit, IEEE Trans. Antennas Propag., vol. 53, no. 5, May [3] R. K. Raj, M. Jospen, and P. Mohanan, A new compact microstripfed dual-band coplanar antenna for WLAN applications, IEEE Trans. Antennas Propag., vol. 54, no. 12, [4] W. Chen and K.-Y. Ku, Band-rejected design of the printed open slot antenna for WLAN/WiMAX operation, IEEE Trans. Antennas Propag., vol. 56, no. 4, [5] Y. Tawk, K. Y. Kabalan, A. El-Hajj, and J. Costantine, A Simple Multiband Printed Bowtie Antenna, IEEE Antennas Wireless Propag. Lett., vol. 7, no. 3, pp , [6] Y.-C. Lee, J.-S. Sun, M.-H. Hsu, and R.-H. Chen, A new printed slot loop antenna with tunable strips for 2.4 and 5 GHz wireless applications, IEEE Antennas Wireless Propag. Lett., vol. 8, pp ,
2 1 Introduction The enormous use of wireless devices for data transfer has created a wide demand for antennas working in the WLAN frequencies. Different types of WLAN antennas compatible to various user requirements have been reported. In 2003, a microstrip fed printed double-t monopole antenna was reported [1] for dual band applications in 2.4/5.2 WLAN bands. Zhang et al [2] proposed a dual-band WLAN dipole antenna, which was fabricated on FR4 substrate and using an internal matching circuit to completely cover the WLAN bands. A compact microstrip-fed dual-band coplanar antenna for WLAN applications was proposed in [3]. This antenna was fabricated on FR4 substrate of dimensions 217 mm 217 mm. Wen-Shan Chen and Kuang- Yuan Ku [4] reported a novel design of a band-rejected antenna by inserting strips on a wideband printed open slot antenna, to reject single-band and provide dual-band operation. A bow-tie antenna with inserting different slot configurations on the bowtie arms was proposed in [5]. In [6] a printed slot loop antenna with tunable strips for 2.4 GHz and 5 GHz wireless applications was proposed. In this paper, we introduce a novel dual band bow-tie microstrip antenna. In order to attain the dual-band characteristics, the antenna has L-shaped parasitic elements. The antenna performance is analyzed using high frequency structure simulator (HFSS). 2 Design approach and simulation results The compact microstrip antennas encounter a bandwidth shortage problem. One method to solve this problem in practical applications, where compact size as well as sufficient bandwidth is required, is using bow-tie antennas, since they inherently possess the advantage of having wide bandwidth. Fig. 1 (a) shows the geometry of the proposed dual-band antenna for 2.4/5.2/5.8 GHz WLAN applications. The antenna is printed on a substrate of dielectric with a thickness of 1.58-mm and a relative permittivity of 2.2. Fig. 1. (a) Geometry of the proposed antenna. (b) Simulated return loss for the bow-tie antenna and proposed antenna. 711
3 Fig. 2. (a) Simulated return loss for the proposed antenna with different value of Lo., (b) Peak gain of the proposed antenna, (c) Normalized radiation patterns of the proposed antenna φ = 0 (E-plane) θ = 90 (H-plane) at 2.4 GHz. (d) 5.2 GHz. (e) 5.8 GHz. ( E-plane), ( H-plane). The antenna comprises of a bow-tie section and L-shaped parasitic elements. The bow-tie antenna consists of two triangular shaped radiating arms, which are printed on either side of a low loss dielectric substrate. The antenna is fed by a 50 Ω microstrip transmission line. In order to achieve good impedance matching over both bands, the width W f of the microstrip feed line was calculated and found out to be equal to 712
4 6 mm. In this design, the bow-tie section controls the first or lower operating band of the proposed antenna. The L-shaped parasitic elements are used to generate a new (higher) resonant mode at 5.5 GHz. It has been noticed that the two resonant frequencies of the antenna could be independently varied by changing the dimensions of the structure. Specifically, modifying the patch dimensions alter the resonance at 2.4 GHz, and the parasitic elements affect the resonance at 5.5 GHz. This is an attractive feature of the proposed design so that the same geometry with some modifications can be used for other applications over various frequencies bands. It should be noted that since the induced current at the edges and vertexes of the triangular patches is high, this location is selected for connecting L-shaped parasitic elements. Fig. 1 (b) shows the simulated return loss (solid curve) of the designed dual-band antenna (L 1 =30mm, L 2 =20mm). The simulation result (dashed curve) for a bow-tie antenna alone is also shown for comparison. It is seen that, the proposed structure does exhibit two wideband resonances, one at 2.45 GHz and the other at 5.5 GHz. In addition, note that the higher resonant band produced by the parasitic elements. Fig. 2 (a) shows the return loss as a function of Lo, asitisvariedfrom5to9mm. From this figure, it can be seen that the lower band, are generally remain unaffected. Conversely, small effects are observed in the upper band. Fig. 2 (b) shows the peak gain of the proposed antenna. As illustrated the antenna gains changes between 4.2 db and 9.2 db in the operating frequency bands. The principal plane normalized radiation patterns of the proposed WLAN antenna at 2.4, 5.2, 5.8 GHz are shown in Fig. 2 (c-e). In order to comparison Table I lists the obtained dual-frequency performance for the existed prototypes with the proposed antenna. From the data of this table it is observed that the Compact size, enhancement bandwidth and gain in f 1 =2.4 GHz and f 2 =5GHz respect to the previous designs are the most important advantages of the proposed antenna. Table I. Comparison of the proposed antenna with previous design. Reference BWf 1 (MHz) BWf 2 (MHz) Gain f 1 (db) Gain f 2 (db) Size (mm 2 ) Antenna [1] Antenna [3] Antenna [5] This work Conclusion Dual-band operations of a novel printed bow-tie antenna have been demonstrated. The VSWR 2:1 bandwidth in the 2.4 GHz band was 800 MHz, while the VSWR 2:1 bandwidth in the 5.5 GHz band was 1100 MHz. Both of these bandwidths exceed the requirements of any WLAN applications. It was also shown that the center frequency of the lower band can be chosen by adjusting 713
5 the length of the bow-tie and that of the second operation band can be easily set by inserting the L-shaped parasitic elements. Acknowledgments The authors would like to thank the Islamic Azad University, Meshkin Shahr Branch, Iran, for financially supporting this research. 714
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