High-Q inductive elements are key components for RF-circuit design. In this contribution we report on the realization of planar inductors on high resistive SIMOX-substrates with quality factors up to 12 and their use in low-voltage circuits suitable for the frequency range from 1 to 3GHz. NMOS-transistors operating at an inductive load show excellent performance in high speed operation at low supply voltages. An amplifier and an oscillator operating at frequencies of about 2GHz at 1V supply voltage prove the high frequency capabilities of SIMOX/CMOS-technology
International audiencePaper presents simulation and primary experimental results about the fabricati...
In mixed signal integrated circuits, the role of passives has become increasingly important. In part...
The quality factor (Q) of two inductors for 5–60 GHz applications fabricated in an industrial back-e...
We have studied the fabrication and modelling of integrated planar inductors on silicon made by usin...
The authors present a systematic study of the modelling, design, and fabrication of planar spiral in...
The use of high-resistivity SIMOX substrates has been proposed to enable the integration of low-loss...
The modern wireless communication industry has created great demands for better transceiver circuits...
High-Q planar spiral inductors were fabricated by innovative micromachining processes based on sputt...
Nowadays, as the demand for wireless communication continues to expand, the need for high quality (Q...
Three-dimensional micromachined inductors are fabricated on high-resistivity (10 k Omega cm) and low...
Summary form only given. Recently, it has been demonstrated that the use of high-resistivity SOI (SI...
A low-voltage low-noise amplifier fabricated in a CMOS/SIMOX technology is presented in this contrib...
We demonstrate that fine-pitch TSV technology can be exploited to fabricate micro-inductors on high ...
The growth of wireless applications in the low GHz range has been a catalyst in numerous research ac...
Includes bibliographical references (leaf 37)Radio Frequency in the modern world has reduced the siz...
International audiencePaper presents simulation and primary experimental results about the fabricati...
In mixed signal integrated circuits, the role of passives has become increasingly important. In part...
The quality factor (Q) of two inductors for 5–60 GHz applications fabricated in an industrial back-e...
We have studied the fabrication and modelling of integrated planar inductors on silicon made by usin...
The authors present a systematic study of the modelling, design, and fabrication of planar spiral in...
The use of high-resistivity SIMOX substrates has been proposed to enable the integration of low-loss...
The modern wireless communication industry has created great demands for better transceiver circuits...
High-Q planar spiral inductors were fabricated by innovative micromachining processes based on sputt...
Nowadays, as the demand for wireless communication continues to expand, the need for high quality (Q...
Three-dimensional micromachined inductors are fabricated on high-resistivity (10 k Omega cm) and low...
Summary form only given. Recently, it has been demonstrated that the use of high-resistivity SOI (SI...
A low-voltage low-noise amplifier fabricated in a CMOS/SIMOX technology is presented in this contrib...
We demonstrate that fine-pitch TSV technology can be exploited to fabricate micro-inductors on high ...
The growth of wireless applications in the low GHz range has been a catalyst in numerous research ac...
Includes bibliographical references (leaf 37)Radio Frequency in the modern world has reduced the siz...
International audiencePaper presents simulation and primary experimental results about the fabricati...
In mixed signal integrated circuits, the role of passives has become increasingly important. In part...
The quality factor (Q) of two inductors for 5–60 GHz applications fabricated in an industrial back-e...
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