Design and Simulation of Broadband One-Four Wilkinson Power Divider

Design of Wilkinson power divider at 28 GHz for 5G applications

“…The transmission line in [1] is replaced by a tapered transmission line [6], [11]- [13], [16], [18], [20], resulting in a designed Wilkinson divider that is wideband which can operate at frequencies ranging from 28 to 29 GHz. The scattering parameters can be used to explain a 2-way Wilkinson power divider circuit behavior.…”

“…In microwave applications, Wilkinson power dividers are commonly used to evenly divide the input power between output ports [1]. The Wilkinson power divider received high attention due to its simple design structure and high isolation between output ports while keeping impedance at all ports matched [2]- [20]. Although Wilkinson power divider-based feeding networks have been described in many research studies, previous communication systems are primarily developed for 4G wireless communication networks and are rarely designed for 5G systems [2]- [20].…”

“…The Wilkinson power divider received high attention due to its simple design structure and high isolation between output ports while keeping impedance at all ports matched [2]- [20]. Although Wilkinson power divider-based feeding networks have been described in many research studies, previous communication systems are primarily developed for 4G wireless communication networks and are rarely designed for 5G systems [2]- [20]. A wideband 2-way Wilkinson power divider functioning at high frequency band 28 GHz is investigated and presented in this paper.…”