An analytical model has been proposed for multilayer stacked on-chip transformers, including the effects of the eddy current losses in the metal layers and Si substrate. The model gives good agreement with S-parameter measurements on structures fabricated using a four-metal-layer 0.35μm CMOS process. It is shown that proper account of the eddy current losses is necessary to predict accurately the S-parameter characteristics of on-chip transformers at higher frequencies. © The Institution of Engineering and Technology 2006
Graduation date: 2009Magnetically coupled passive transformers are increasingly integrated on-chip f...
This paper presents a practical circuit model of high frequency transformers in power electronic sys...
On-chip inductors play a crucial role in radio frequency integrated circuits (RFICs). For gigahertz ...
An analytical model has been proposed for multilayer stacked on-chip transformers, including the eff...
An analytical model of multilayer on-chip inductors for CMOS integrated circuits based on physical p...
A physical based lumped element model is developed for lossy silicon Substrate considering both elec...
A physics-based equivalent-circuit model for on-chip symmetric transformers is presented with all th...
Graduation date: 2006Passive components, including spiral inductors and transformers, fabricated on ...
A new approach to parameter extraction for on-chip symmetric transformers based on measured four-por...
We present a scalable analytical model for on-chip transformers that is suitable for design optimiza...
This report aims to provide a comprehensive review of the project, characterization, design and mode...
A new approach to parameter extraction for on-chip symmetric transformers based on measured four-por...
A physics-based equivalent-circuit model for on-chip symmetric transformers is presented with all th...
A new equivalent circuit model for on-chip symmetrical transformers is presented with all the model ...
Abstract—The effect of substrate RF losses on the characteris-tics of silicon-based integrated trans...
Graduation date: 2009Magnetically coupled passive transformers are increasingly integrated on-chip f...
This paper presents a practical circuit model of high frequency transformers in power electronic sys...
On-chip inductors play a crucial role in radio frequency integrated circuits (RFICs). For gigahertz ...
An analytical model has been proposed for multilayer stacked on-chip transformers, including the eff...
An analytical model of multilayer on-chip inductors for CMOS integrated circuits based on physical p...
A physical based lumped element model is developed for lossy silicon Substrate considering both elec...
A physics-based equivalent-circuit model for on-chip symmetric transformers is presented with all th...
Graduation date: 2006Passive components, including spiral inductors and transformers, fabricated on ...
A new approach to parameter extraction for on-chip symmetric transformers based on measured four-por...
We present a scalable analytical model for on-chip transformers that is suitable for design optimiza...
This report aims to provide a comprehensive review of the project, characterization, design and mode...
A new approach to parameter extraction for on-chip symmetric transformers based on measured four-por...
A physics-based equivalent-circuit model for on-chip symmetric transformers is presented with all th...
A new equivalent circuit model for on-chip symmetrical transformers is presented with all the model ...
Abstract—The effect of substrate RF losses on the characteris-tics of silicon-based integrated trans...
Graduation date: 2009Magnetically coupled passive transformers are increasingly integrated on-chip f...
This paper presents a practical circuit model of high frequency transformers in power electronic sys...
On-chip inductors play a crucial role in radio frequency integrated circuits (RFICs). For gigahertz ...