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2003•Unpublished venueRequires access

Coplanar power splitter design and measurement

M. T. de Melo, M.J. Lancaste, J.S. Hong, Edval J. P. Santos, A. Belfort

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Abstract

The authors have studied a coplanar power splitter. The device was etched on a single sided RT/duroid 6010. Results of insertion loss are presented. This balanced structure presents an insertion loss value of 0.2 dB plus 3 dB splitting loss at 1.15 GHz without any airbridges. Measurement results seem attractive to the design of coplanar instantaneous frequency measurement subsystem (IFMS).

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What this paper is about

The authors have studied a coplanar power splitter. The device was etched on a single sided RT/duroid 6010. Results of insertion loss are presented. This balanced structure presents an insertion loss value of 0.2 dB plus 3 dB splitting loss at 1.15 GHz without any airbridges. Measurement results seem attractive to the design of coplanar instantaneous frequency measurement subsystem (IFMS).

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Available abstract

The authors have studied a coplanar power splitter. The device was etched on a single sided RT/duroid 6010. Results of insertion loss are presented. This balanced structure presents an insertion loss value of 0.2 dB plus 3 dB splitting loss at 1.15 GHz without any airbridges. Measurement results seem attractive to the design of coplanar instantaneous frequency measurement subsystem (IFMS).

Key concepts: Insertion loss, Splitter, Power loss, Power (physics), Materials science, Electrical engineering, Optics, Electronic engineering

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