International audienceA cost-effective technology is proposed for the integration of very compact and high-performance 3-D solenoid inductors. Based on a two metal level process, it involves a 3-D copper electroplating step for simultaneous integration of vertical and upper sections of coils. Several solenoids fabricated on a glass substrate and ranging from 2.3 nH to 9.5 nH are presented. The best performance is experimentally achieved by a 3-turn 3 nH inductor showing a maximum Q-factor of 58 at 5.6 GHz and a self-resonant frequency of 19 GHz. The best inductance density of 63 nH/mm 2 is reached by an 8-turn 9.5 nH solenoid
Abstract — Because many on-chip inductors were applied in high frequency circuits, the nearby compo...
Three-dimensional micromachined inductors are fabricated on high-resistivity (10 k Omega cm) and low...
International audienceThis paper presents a new and efficient low-cost multi-layer 3D copper interco...
International audienceA cost-effective technology is proposed for the integration of very compact an...
Abstract − In this paper, solenoid-type 3-D passives (inductors and transformers) have been designed...
Abstract − A solenoid-type MEMS inductor with a quality factor over 10 at 2 GHz has been developed ...
Various 3-D integrated inductors and transformers based on stressed metal technology have been desig...
This paper reports a novel suspended nanoscale solenoid metal inductor with inductance of several te...
The miniaturization, fabrication and integration of RF passive components are current major challeng...
This paper reports a novel suspended nanoscale solenoid metal inductor with inductance of several te...
This work presents a new and low cost multi-level 3D copper interconnect process for RF and microwav...
La miniaturisation, la fabrication et l'intégration des composants passifs RF constituent des enjeux...
Solenoid type inductors have been realized using electroplating and flip chip packaging technology. ...
A* high Q-factor circular-section solenoid-type inductor is designed and fabricated through micro el...
ABSTRACT: A solenoidal structure for implementation of on-chip inductors is presented. An electromag...
Abstract — Because many on-chip inductors were applied in high frequency circuits, the nearby compo...
Three-dimensional micromachined inductors are fabricated on high-resistivity (10 k Omega cm) and low...
International audienceThis paper presents a new and efficient low-cost multi-layer 3D copper interco...
International audienceA cost-effective technology is proposed for the integration of very compact an...
Abstract − In this paper, solenoid-type 3-D passives (inductors and transformers) have been designed...
Abstract − A solenoid-type MEMS inductor with a quality factor over 10 at 2 GHz has been developed ...
Various 3-D integrated inductors and transformers based on stressed metal technology have been desig...
This paper reports a novel suspended nanoscale solenoid metal inductor with inductance of several te...
The miniaturization, fabrication and integration of RF passive components are current major challeng...
This paper reports a novel suspended nanoscale solenoid metal inductor with inductance of several te...
This work presents a new and low cost multi-level 3D copper interconnect process for RF and microwav...
La miniaturisation, la fabrication et l'intégration des composants passifs RF constituent des enjeux...
Solenoid type inductors have been realized using electroplating and flip chip packaging technology. ...
A* high Q-factor circular-section solenoid-type inductor is designed and fabricated through micro el...
ABSTRACT: A solenoidal structure for implementation of on-chip inductors is presented. An electromag...
Abstract — Because many on-chip inductors were applied in high frequency circuits, the nearby compo...
Three-dimensional micromachined inductors are fabricated on high-resistivity (10 k Omega cm) and low...
International audienceThis paper presents a new and efficient low-cost multi-layer 3D copper interco...