The Wideband Marchand Balun Transition Design
Jwo‐Shiun Sun, Guan‐Yu Chen, Sen-Yi Huang, Chuang-Jen Huang, Kuo-Liang Wu, Yd Chen
Abstract
Jwo‐Shiun Sun, Guan‐Yu Chen, Sen-Yi Huang, Chuang-Jen Huang, Kuo-Liang Wu, Yd Chen
Abstract
This paper presents a practical and simple broadside coupled-line balun with multi-layers profile microstrip line and broadside coupling structure to enhance the coupled coefficient and balanced output bandwidth. Designed broadside coupled-line balun design with a symmetric quarter wavelength coupled-line is developed to increase wider bandwidth efficiency and the return loss is better than the traditional planar marchancd coupled-lines balun. The structure of the designed balun is fairly simple, practical and easily fabricated. The measured results show good agreements with those analyses data.
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This paper presents a practical and simple broadside coupled-line balun with multi-layers profile microstrip line and broadside coupling structure to enhance the coupled coefficient and balanced output bandwidth. Designed broadside coupled-line balun design with a symmetric quarter wavelength coupled-line is developed to increase wider bandwidth efficiency and the return loss is better than the traditional planar marchancd coupled-lines balun. The structure of the designed balun is fairly simple, practical and easily fabricated. The measured results show good agreements with those analyses data.
Key concepts: Balun, Broadside, Return loss, Bandwidth (computing), Wideband, Microstrip, Planar, Computer science