Reconfigurable integrated impedance tuners have been developed for W-Band on-wafer noise parameter and load-pull measurement applications. The impedance tuners are based on double and triple-stub topologies and employ 11 switched MEMS capacitors producing 2048 (2¹¹) different impedances. Measured |Gamma MAX| for the double-stub tuner is 0.92 and 0.82 at 75 and 100 GHz from 110 measurements out of 2048 possible impedances, and 0.92 and 0.83 for the triple-stub tuner. To our knowledge, this represents the first W-band integrated impedance tuner to date
In this paper we describe millimetre wave impedance matching circuits based on Microelectro Mechanic...
This paper presents a systematic construction of a model for a hybrid connected RF MEMS and SMT comp...
The focus of this presentation is in reconfigurable matching networks and impedance tuners. Reconfig...
Reconfigurable integrated impedance tuners have been developed for W-Band on-wafer noise parameter a...
RF MEMS tuners with wide impedance coverage have been developed for 6–24 GHz noise parameter and loa...
A novel radio-frequency (RF) microelectromechanical system (MEMS) single-stub impedance tuner has be...
This paper presents two different reconfigurable RF MEMS impedance tuners. One of them is a double s...
RF MEMS tuners with wide impedance coverage have been developed for 6–24 GHz noise parameter and loa...
A V-band reconfigurable single-stub impedance tuner has been developed which is suitable to be integ...
The focus of this thesis is on the development of on-wafer measurement techniques for millimeter wav...
To demonstrate a fully integrated RF-MEMS based system including HV generation and switching circuit...
Overview of RF MEMS based impedance tuners and their applications are given in this paper. Presented...
A novel wideband (6-24 GHz) MEMS impedance matching network is presented in this paper. The tunable ...
Abstract—This paper presents novel planar dynamically reconfigurable double-stub tuners that utilize...
This paper presents a reconligurable triple stub impedance matching network using RF MEMS technology...
In this paper we describe millimetre wave impedance matching circuits based on Microelectro Mechanic...
This paper presents a systematic construction of a model for a hybrid connected RF MEMS and SMT comp...
The focus of this presentation is in reconfigurable matching networks and impedance tuners. Reconfig...
Reconfigurable integrated impedance tuners have been developed for W-Band on-wafer noise parameter a...
RF MEMS tuners with wide impedance coverage have been developed for 6–24 GHz noise parameter and loa...
A novel radio-frequency (RF) microelectromechanical system (MEMS) single-stub impedance tuner has be...
This paper presents two different reconfigurable RF MEMS impedance tuners. One of them is a double s...
RF MEMS tuners with wide impedance coverage have been developed for 6–24 GHz noise parameter and loa...
A V-band reconfigurable single-stub impedance tuner has been developed which is suitable to be integ...
The focus of this thesis is on the development of on-wafer measurement techniques for millimeter wav...
To demonstrate a fully integrated RF-MEMS based system including HV generation and switching circuit...
Overview of RF MEMS based impedance tuners and their applications are given in this paper. Presented...
A novel wideband (6-24 GHz) MEMS impedance matching network is presented in this paper. The tunable ...
Abstract—This paper presents novel planar dynamically reconfigurable double-stub tuners that utilize...
This paper presents a reconligurable triple stub impedance matching network using RF MEMS technology...
In this paper we describe millimetre wave impedance matching circuits based on Microelectro Mechanic...
This paper presents a systematic construction of a model for a hybrid connected RF MEMS and SMT comp...
The focus of this presentation is in reconfigurable matching networks and impedance tuners. Reconfig...