This paper reports the electromagnetic simulation on solenoid-structure inductors for high frequency applications. The components are achieved by the focused-ion-beam stress-introducing technique. The influence of various structure parameters such as the pitch, diameter, number of turns have been analyzed in detail using the Ansoft HFSS simulator. For the inductor with a diameter of about one hundred microns, a wide operation frequency range as well as a maximum quality factor (Q) of 114 can be obtained. For the inductor with a diameter of several hundred nanometers, a maximum Q of more than 7 at THz is predicted. ? 2006 IEEE.EI
A frequency-dependent compact model for inductors in high ohmic substrates, which is based on an ene...
The paper presents the results of investigations on planar inductors realized on flexible substrates...
Thesis: M. Eng., Massachusetts Institute of Technology, Department of Electrical Engineering and Com...
This paper describes a microhelix inductor structure fabricated with focused ion beam(FIB) stress in...
This paper reports the fabrication, measurement and discussion about the nanosolenoid inductors for ...
Abstract — Because many on-chip inductors were applied in high frequency circuits, the nearby compo...
This paper reports a novel suspended nanoscale solenoid metal inductor with inductance of several te...
ABSTRACT: A solenoidal structure for implementation of on-chip inductors is presented. An electromag...
This paper reports a novel suspended nanoscale solenoid metal inductor with inductance of several te...
This paper reports the fabrication, measurement and discussion about the nanosolenoid inductors for ...
In this work, the design and modeling of the solenoid inductor are discussed. The layout of integrat...
Abstract − A solenoid-type MEMS inductor with a quality factor over 10 at 2 GHz has been developed ...
A* high Q-factor circular-section solenoid-type inductor is designed and fabricated through micro el...
This paper deals with the optimized design of single-layer solenoid air-core inductors for HF applic...
Analysis consisting of numerical simulations along with lab experiments of interaction effects betwe...
A frequency-dependent compact model for inductors in high ohmic substrates, which is based on an ene...
The paper presents the results of investigations on planar inductors realized on flexible substrates...
Thesis: M. Eng., Massachusetts Institute of Technology, Department of Electrical Engineering and Com...
This paper describes a microhelix inductor structure fabricated with focused ion beam(FIB) stress in...
This paper reports the fabrication, measurement and discussion about the nanosolenoid inductors for ...
Abstract — Because many on-chip inductors were applied in high frequency circuits, the nearby compo...
This paper reports a novel suspended nanoscale solenoid metal inductor with inductance of several te...
ABSTRACT: A solenoidal structure for implementation of on-chip inductors is presented. An electromag...
This paper reports a novel suspended nanoscale solenoid metal inductor with inductance of several te...
This paper reports the fabrication, measurement and discussion about the nanosolenoid inductors for ...
In this work, the design and modeling of the solenoid inductor are discussed. The layout of integrat...
Abstract − A solenoid-type MEMS inductor with a quality factor over 10 at 2 GHz has been developed ...
A* high Q-factor circular-section solenoid-type inductor is designed and fabricated through micro el...
This paper deals with the optimized design of single-layer solenoid air-core inductors for HF applic...
Analysis consisting of numerical simulations along with lab experiments of interaction effects betwe...
A frequency-dependent compact model for inductors in high ohmic substrates, which is based on an ene...
The paper presents the results of investigations on planar inductors realized on flexible substrates...
Thesis: M. Eng., Massachusetts Institute of Technology, Department of Electrical Engineering and Com...