Inductors are playing an ever-increasing role in RFICs, motivating extensive work on the development of structures to achieve optimized performance. In this paper we review the different approaches being explored to achieve high inductor Q and self-resonance frequency, in the context of conventional CMOS and BiCMOS processes, and examine how the application of RF MEMS techniques may effect superior monolithic inductor performance, and at what expense
This paper presents a technique to improve RF integrated inductor performance, incorporating double ...
Three-dimensional micromachined inductors are fabricated on high-resistivity (10 k Omega cm) and low...
The characteristics of SOI RF inductors are compared to those of bulk RF inductors. The simulating r...
A successful design of a radio frequency inductor based on a silicon microelectromechanical system f...
This letter presents a novel radio frequency (RF) inductor in a monolithic inductor-capacitor circui...
A successful design of RF inductor based on a silicon MEMS foundry process is presented. The suspend...
Even with optimal system design and careful choice of topology for a particular RF application, larg...
This paper documents the results of a study based on measurements of 240 microwave monolithic spiral...
Silicon integrated circuit spiral inductors and transformers are finding wide ranging applications i...
It has become a necessity to use on-chip inductors in radio frequency integrated circuits. Particula...
This work reports on the design of three-dimensional, on-chip RF-MEMS inductors based on self-assemb...
This paper presents the design and optimisation of three types of high Quality (Q) factor air suspen...
[[abstract]]In this brief, we demonstrate that ultralow-loss and broadband inductors can be obtained...
[[abstract]]In this brief, we demonstrate that ultralow-loss and broadband inductors can be obtained...
Nowadays, as the demand for wireless communication continues to expand, the need for high quality (Q...
This paper presents a technique to improve RF integrated inductor performance, incorporating double ...
Three-dimensional micromachined inductors are fabricated on high-resistivity (10 k Omega cm) and low...
The characteristics of SOI RF inductors are compared to those of bulk RF inductors. The simulating r...
A successful design of a radio frequency inductor based on a silicon microelectromechanical system f...
This letter presents a novel radio frequency (RF) inductor in a monolithic inductor-capacitor circui...
A successful design of RF inductor based on a silicon MEMS foundry process is presented. The suspend...
Even with optimal system design and careful choice of topology for a particular RF application, larg...
This paper documents the results of a study based on measurements of 240 microwave monolithic spiral...
Silicon integrated circuit spiral inductors and transformers are finding wide ranging applications i...
It has become a necessity to use on-chip inductors in radio frequency integrated circuits. Particula...
This work reports on the design of three-dimensional, on-chip RF-MEMS inductors based on self-assemb...
This paper presents the design and optimisation of three types of high Quality (Q) factor air suspen...
[[abstract]]In this brief, we demonstrate that ultralow-loss and broadband inductors can be obtained...
[[abstract]]In this brief, we demonstrate that ultralow-loss and broadband inductors can be obtained...
Nowadays, as the demand for wireless communication continues to expand, the need for high quality (Q...
This paper presents a technique to improve RF integrated inductor performance, incorporating double ...
Three-dimensional micromachined inductors are fabricated on high-resistivity (10 k Omega cm) and low...
The characteristics of SOI RF inductors are compared to those of bulk RF inductors. The simulating r...