Wide Band Terahertz On-Chip Antenna for Terahertz Frequency Application

Authors

  • Garima Sharma, Dr. Manoj Kumar Nigam

Abstract

The planned microstrip patch associate degree antenna on Si substrate in CMOS technology is proposed, the highest of the proposed antenna is loaded with form shape, and also the reflector is ground. The antenna is fed at the middle of the exciting patch, The antenna is compact and simply made-up through photolithography. The substrate employed in the antenna is SI whose permittivity is 12.5. The microstrip patch antenna is operated in an exceedingly THz frequency starting from twenty two to fifty GHz. The antenna is operated in a hybrid mode, thanks to this the gain of an antenna is to be improved, and such modes show the -10 dB information measure furthermore as -3db gain and radial asymmetry of a planned antenna. The antenna is operated in an exceedingly THz that is appropriate for wide gain and high bandwidth for a terahertz frequency application. The antenna is loaded with a via hole to once more improve and befits the tuned frequency for various applications. The dimension of the via hole is 1.6mm (1600 micrometer). The excited patch and reflector are separated by a feeding probe or SMA connective of fifty ohms. The resistance matching between supply to load is completed through loading the open wire of dimension 1.6mm,

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Published

2022-09-03

How to Cite

Garima Sharma, Dr. Manoj Kumar Nigam. (2022). Wide Band Terahertz On-Chip Antenna for Terahertz Frequency Application. Mathematical Statistician and Engineering Applications, 71(4), 1797–1807. Retrieved from https://www.philstat.org.ph/index.php/MSEA/article/view/704

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Articles