This paper investigates basic design methods of bow-tie radiators and the fundamental terms related to the design of a patch antenna that requires an understanding and a study as well. Also the mathematical equations involved while designing a bow-tie patch antenna are studied along the design styles. A few of the results achieved through various design approaches in the past are studied in this material. Based on this analysis, and considering the IMT recommendations regarding 3G and 4G mobile generations, some very important inclusions are suggested which can give an innovative design of the bow-tie radiators suitable for the future wireless applications, applicable to the third generation of wireless mobile communication and even beyond. Hence, this paper creates a platform for the design of bow-tie radiators applicable for 3G+ applications in a simpler yet effective design style.
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