Micro strip FED SIW venus shaped slot antenna for millimeter wireless communication applications

  • Authors

    • Nanda Kumar M
    • T Shanmuganantham
    2018-06-08
    https://doi.org/10.14419/ijet.v7i2.33.15522
  • Matrix Laboratory (MATLAB), Millimeter Waves (MMW), Substrate Integrated Waveguide (SIW), System on Substrate (SOS), Wireless LAN (WLAN.

  • SIW is an excellent technology for millimeter frequency range of applications. In this paper, introduced SIW Venus shaped slot antenna for 60 GHz frequency applications, it is useful for millimeter wireless communication applications. The proposed structure is intended with help of Rogers substrate ε_(r) = 2.2 and thickness of substrate is 0.381mm. Computer simulation technology (CST) studio suite is used for designing of proposed structure and obtained impedance bandwidth of 4.49 GHz with a resonant frequency of 60 GHz, their reflection coefficient is -27.576 dB. The simulation results like VSWR, gain, radiation pattern and efficiencies are observed for above proposed antenna. Finally introduces the RLC lumped equivalent circuit model for proposed antenna, that can be developed with the help of MATLAB, it generated reflection coefficient and VSWR results and it is perfectly matched with proposed antenna reflection coefficient and VSWR results.

     

     

  • References

    1. [1] H.H. Meinel (1998), Mmw Applications and Tech., Trends. Annales des Telecommunication 47, 456-468.

      [2] P. Shrivastava & T.R.Rao(2015), Performance Investigations with ATLSA on 60 GHz Radio Link in a Narrow Hallway Environment. PIER 58, 69-77.

      [3] S.Ramesh & T.R. Rao (2015), Planar High Gain Dielectric Loaded ETSA for Mmw Wireless Commun., Wireless Press Commu., 3179–3192.

      [4] X. Junfeng, C. ZhiNing & Q. Xianming (2014), CPW Center Fed Single Layer SIW Slot Ante’a Array for Automotive Radars. IEEE Trans., on Ante’s and Propag 62, 4528–4536.

      [5] M. Bozzi, A. Georgiadis & K.Wu (2011), Review of SIW Circuits and Ante’s. IET Microwave Ante’s Propa., 5, 909-920.

      [6] B. Maurizio,P. Luca , W.Ke & A.Paolo(2016) Current & future research trends in SIW technology. Radio engg 18, 201–207.

      [7] M. Nanda kumar & T.Shanmuganantham(2016) SIW Cavity Backed Bowtie Slot Antenna for 60 GHz Applications. ICETT, kerala.

      [8] M. Nanda kumar & T.Shanmuganantham (2017), SIW Based Crown Shaped Slot Antenna for 60GHz Application. IJCTA, 37, 439-448.

      [9] M. Nanda kumar &T.Shanmuganantham (2017) Design of Microstrip Transition to SIW Fed Slot Ante’a for 60 GHz Applications. Lecturer notes in EE , 547-544.

  • Downloads

  • How to Cite

    Kumar M, N., & Shanmuganantham, T. (2018). Micro strip FED SIW venus shaped slot antenna for millimeter wireless communication applications. International Journal of Engineering & Technology, 7(2.33), 878-881. https://doi.org/10.14419/ijet.v7i2.33.15522