A Highly Miniaturized Voltage Controlled Impedance Transformer Employing Periodically Arrayed InGaP/GaAs Diodes for Application to Matching Components on MMIC

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概要

• 論文の詳細を見る

• In this work, microwave transmission lines employing various periodic structures which have been developed to date are introduced. Concretely, PPGM (periodically perforated ground metal) structure was developed for application to miniaturized passive components on GaAs substrate. A short wavelength microstrip line employing comb-type capacitive transmission line (CCTL) was also developed, which resulted in a further reduction of wavelength of transmission line on MMIC. For a development of voltage controlled passive devices, a STLVCI (short-wavelength transmission line with variable characteristic impedance) employing periodically loaded diodes was proposed. Using the STLVCI, a highly miniaturized voltage controlled impedance transformer was developed for application to impedance matching between components on MMIC.

• 2012-02-23

著者

• Yun Young

  Department Of Radio Communication Engineering Korea Maritime University

• Jang Eui-hoon

  Department Of Radio Communication Engineering Korea Maritime University

• JANG Nak-Won

  Korea Maritime University

• HAN Sung-Jo

  Korea Maritime University

• KIM Hong-Seung

  Korea Maritime University

• JEONG Jang-Hyeon

  Korea Maritime University

• Jang Eui-Hoon

  Korea Maritime University Dept. of Radio Communication Engineering

• YUN Young

  Korea Maritime University

• JANG Eui-Hoon

  Korea Maritime University

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