Lancaster, MJ

Morris, KA

Zhou, J

English

It is common practice to design multiway power dividers by interconnecting two-way power dividers. Transmission lines are used to link the two-way dividers. This paper investigates the performance of the interconnected power divider and the effects of the interconnecting transmission lines. In particular, it will be shown that the performance of multiway dividers constructed by interconnecting even-number-section two-way dividers deteriorates significantly as the number of output ports increases. The interconnecting lines can be used to improve the performance of such dividers

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for two and a half years he was with the National Meteorological Satellite Centre of China, Beijing, China, where he was mainly involved with communications of the ground station and Chinese geostationary meteorological satellites. From

he was a Research Associate with the Centre for Communications Research (CCR), University of Bristol, during which time he was involved with a number of projects including the EPSRC PACT LINK Program and the IST project SUNBEAM. In

Jiafeng Zhou was born in Jiangsu, China. He received the B.Sc. degree in radio physics from

Microwave Filter, Impedance Matching Networks, and Coupling Structure.

Morris received the B.Eng. and Ph.D. degreesin electronics andcommunications engineering from the

W-band micromachined circuit combining networks,”

Wave Res.

Wilkinson power divider using a three-section transmission-line transformer,”

General design of multiway multisection power dividers by interconnecting two-way dividers

Zhou, Jiafeng

Lancaster, Michael

University of Birmingham Research Portal

General Design of Multiway Multisection Power Dividers by Interconnecting Two-Way Dividers

https://research-information.bris.ac.uk/files/3007059/zhou_Trans MT_Oct2007.pdf

General design of multiway multisection power dividers by interconnecting two-way dividers

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