A novel rectangular microstrip antenna for ultra-wideband applications with dual band-notched characteristic
N Manshouri, M Najafpour, A Yazgan… - 2014 22nd Signal …, 2014 - ieeexplore.ieee.org
2014 22nd Signal Processing and Communications Applications …, 2014•ieeexplore.ieee.org
In this study, a printed microstrip monopole antenna with band-notched property for wide
band communication systems is presented. The antenna is intended to operate in two
bands. By using two symmetric rectangular slots on the radiating patch, a notched band 5-
6GHz, not to interfere with WLAN, is obtained. Additionally, an M-shaped slot to acquire
another notch band at 8-9GHz is formed on the microstrip feed line not to be affected by C-
band satellite communication system. Antenna simulations are realized using HFSS and …
band communication systems is presented. The antenna is intended to operate in two
bands. By using two symmetric rectangular slots on the radiating patch, a notched band 5-
6GHz, not to interfere with WLAN, is obtained. Additionally, an M-shaped slot to acquire
another notch band at 8-9GHz is formed on the microstrip feed line not to be affected by C-
band satellite communication system. Antenna simulations are realized using HFSS and …
In this study, a printed microstrip monopole antenna with band-notched property for wide band communication systems is presented. The antenna is intended to operate in two bands. By using two symmetric rectangular slots on the radiating patch, a notched band 5-6GHz, not to interfere with WLAN, is obtained. Additionally, an M-shaped slot to acquire another notch band at 8-9GHz is formed on the microstrip feed line not to be affected by C-band satellite communication system. Antenna simulations are realized using HFSS and CST high frequency simulators.
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