DIFFERENTIAL TRANSFORMER USING BONDER-WIRES AND PATTERNS ON A PRINTED CIRCUIT BOARD FOR RF CIRCUIT APPLICATIONS

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초록

A transformer that uses bonder-wires and printed circuit board (PCB) patterns is proposed for RF circuit applications. The proposed transformer can be constructed without any additional processes. The PCB patterns are implemented using a typical FR4 substrate and gold bonder wires are used. The self-inductance of the transformer can be controlled according to the number of unit-transformers. Although the size of the transformer is larger than that of a fully-integrated transformer, the maximum available gain (MAG) is almost identical to that of other-types of transformers, which require additional cost or bulky size to obtain sufficient inductance. Additionally, we proposed a method to design the transformer with a symmetric structure for differential RF CMOS circuit applications. The transformer can applied to GHz-order RF CMOS circuits as an input and output matching component with low loss characteristics.

키워드

CMOS POWER-AMPLIFIER; LINE TRANSFORMER; TECHNOLOGY; DESIGN; TRANSMITTER; 1.8-GHZ
제목
DIFFERENTIAL TRANSFORMER USING BONDER-WIRES AND PATTERNS ON A PRINTED CIRCUIT BOARD FOR RF CIRCUIT APPLICATIONS
저자
Kang, Byungjoo; Hwang, Hoyong; Park, Changkun
DOI
10.2528/PIER12120402
발행일
2013
유형
Article
저널명
PROGRESS IN ELECTROMAGNETICS RESEARCH-PIER
권
135
페이지
363 ~ 371