In this paper, we present different types of reconfigurable RF MEMS based matching networks intended for frequency-agile (multi-band) LNAs. Measured results of 2-bits matching networks show a centre frequency tuning range of 2-3 GHz (10-13%) around 20 GHz and 1.5-2.0 dB of minimum losses. Simulated tunable LNA results based on measured data of the RF MEMS matching networks show the possibilities of achieving similar high gain, good matching and low NF over the whole tuning range. The results demonstrate the potential of using RF MEMS switches for the realization of tunable LNAs at microwave and millimetre-wave frequencies
A MEMS capacitive switch suitable for use in tunable RF amplifiers is described. A MEMS switch is de...
We study possibilities of implementing flexible and programmable components for the RF front-ends of...
We study possibilities of implementing flexible and programmable components for the RF front-ends of...
In this paper, we present different types of reconfigurable RF MEMS based matching networks intended...
In this paper, we present GaAs MMIC based reconfigurable RF MEMS impedance matching networks for hig...
In this paper, we present GaAs MMIC based reconfigurable RF MEMS impedance matching networks for hig...
The focus of this presentation is in reconfigurable matching networks and impedance tuners. Reconfig...
The focus of this presentation is in reconfigurable matching networks and impedance tuners. Reconfig...
This work presents Radio-Frequency Microelectromechanical-System (RF MEMS) based tunable matching ne...
This work presents radio-frequency-microelectromechanical-system (RF-MEMS)-based tunable matching ne...
Nowadays, there has been an increased use of mobile devices and growth in the need for information, ...
We have developed a novel reconfigurable matching network based on the loaded‐line technique. The ne...
We have developed a novel reconfigurable matching network based on the loaded‐line technique. The ne...
A MEMS capacitive switch suitable for use in tunable RF amplifiers is described. A MEMS switch is de...
We study possibilities of implementing flexible and programmable components for the RF front-ends of...
A MEMS capacitive switch suitable for use in tunable RF amplifiers is described. A MEMS switch is de...
We study possibilities of implementing flexible and programmable components for the RF front-ends of...
We study possibilities of implementing flexible and programmable components for the RF front-ends of...
In this paper, we present different types of reconfigurable RF MEMS based matching networks intended...
In this paper, we present GaAs MMIC based reconfigurable RF MEMS impedance matching networks for hig...
In this paper, we present GaAs MMIC based reconfigurable RF MEMS impedance matching networks for hig...
The focus of this presentation is in reconfigurable matching networks and impedance tuners. Reconfig...
The focus of this presentation is in reconfigurable matching networks and impedance tuners. Reconfig...
This work presents Radio-Frequency Microelectromechanical-System (RF MEMS) based tunable matching ne...
This work presents radio-frequency-microelectromechanical-system (RF-MEMS)-based tunable matching ne...
Nowadays, there has been an increased use of mobile devices and growth in the need for information, ...
We have developed a novel reconfigurable matching network based on the loaded‐line technique. The ne...
We have developed a novel reconfigurable matching network based on the loaded‐line technique. The ne...
A MEMS capacitive switch suitable for use in tunable RF amplifiers is described. A MEMS switch is de...
We study possibilities of implementing flexible and programmable components for the RF front-ends of...
A MEMS capacitive switch suitable for use in tunable RF amplifiers is described. A MEMS switch is de...
We study possibilities of implementing flexible and programmable components for the RF front-ends of...
We study possibilities of implementing flexible and programmable components for the RF front-ends of...