Reader Antenna Design for Rfid Applications

Atılım University Department of Nursing opened in 2018. The department is among the few in our Turkey with a program that is 100% in English. In this aspect, the department is also the first and the only one in Ankara. Nurses are some of the key players among healthcare professionals protecting the health of individuals, families and the public, and offering care in line with the principles of holistic and family-based healthcare. Prepared with respect to the changes in Turkey and the world, as well as the developments in the global health sector, course content is presented through technological and innovative methods in education. Hybrid and simulation laboratories armed with cutting-edge equipment are used for skill training as an important portion of the education for nursing. As the field most in demand by nursing and midwifery schools in Turkey, our thesis graduate program for the field Obstetrics and Gynecology shall start in 2020. Holding pedagogical formation certificates and qualifications accredited nationally, and internationally, our academic staff not only offers training in professional skills (cognitive and psychomotor skills) and foreign languages to students, but also prepares students as health professionals for the future, making use of programs such as those on social responsibility, as well as student network activities and international exchange projects.

Abstract

In this paper, a coplanar waveguide (CPW) fed microstrip patch antenna is designed on finite element method based simulation program and fabricated in order to use reader antenna in Radio Frequency Identification (RFID). The results of the simulations and the produced antennas are presented in the study. The produced microstrip patch antenna has a 105MHz bandwidth and operates in between 895-1000 MHz.

ORCID

Ozdas Gundogan, Azize

GURLEK KISACIK, OZNUR

Sonmez, Munevver

Keywords

RFID, Microstrip Antenna, CPW-jed

Source

21st Signal Processing and Communications Applications Conference (SIU) -- APR 24-26, 2013 -- CYPRUS

Volume

24

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1

Start Page

129

End Page

144

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Reader Antenna Design for Rfid Applications

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