A lumped element model for microwave MEMS switches in series configuration is discussed. The equivalent circuit that is presented, composed of inductors, resistors and capacitors in OFF state, can be easily implemented in commercial software packages. Good agreement with experimental results confirms the validity of the proposed mode
In this paper, a circuit model to predict the microwave response of a shunt-connected capacitive mic...
This paper deals with a general analytic approach for the design of RF microelectromechanical syste...
This paper deals with a general analytic approach for the design of RF microelectromechanical syste...
A lumped element model for microwave MEMS switches in series configuration is discussed. The equival...
A lumped element model for microwave MEMS switches in series configuration is discussed. The equival...
A lumped element model for microwave MEMS switches in series configuration is discussed. The equival...
A lumped element model for microwave MEMS switches in series configuration is discussed. The equival...
Micromachined coplanar RF-MEMS switches in series configuration have been realized and tested. A cir...
Micromachined MEMS switches for microwave applications have been manufactured, tested and modelled. ...
This paper is focused on the creation of an efficient electromagnetic model of MEMS switches which o...
This paper is focused on the creation of an efficient electromagnetic model of MEMS switches which o...
A novel circuital model for a shunt connected RF MEMS coplanar switch, based on a fully analytical a...
A novel circuital model for a shunt connected RF MEMS coplanar switch, based on a fully analytical a...
A novel circuital model for a shunt connected RF MEMS coplanar switch, based on a fully analytical a...
A novel circuital model for a shunt connected RF MEMS coplanar switch, based on a fully analytical a...
In this paper, a circuit model to predict the microwave response of a shunt-connected capacitive mic...
This paper deals with a general analytic approach for the design of RF microelectromechanical syste...
This paper deals with a general analytic approach for the design of RF microelectromechanical syste...
A lumped element model for microwave MEMS switches in series configuration is discussed. The equival...
A lumped element model for microwave MEMS switches in series configuration is discussed. The equival...
A lumped element model for microwave MEMS switches in series configuration is discussed. The equival...
A lumped element model for microwave MEMS switches in series configuration is discussed. The equival...
Micromachined coplanar RF-MEMS switches in series configuration have been realized and tested. A cir...
Micromachined MEMS switches for microwave applications have been manufactured, tested and modelled. ...
This paper is focused on the creation of an efficient electromagnetic model of MEMS switches which o...
This paper is focused on the creation of an efficient electromagnetic model of MEMS switches which o...
A novel circuital model for a shunt connected RF MEMS coplanar switch, based on a fully analytical a...
A novel circuital model for a shunt connected RF MEMS coplanar switch, based on a fully analytical a...
A novel circuital model for a shunt connected RF MEMS coplanar switch, based on a fully analytical a...
A novel circuital model for a shunt connected RF MEMS coplanar switch, based on a fully analytical a...
In this paper, a circuit model to predict the microwave response of a shunt-connected capacitive mic...
This paper deals with a general analytic approach for the design of RF microelectromechanical syste...
This paper deals with a general analytic approach for the design of RF microelectromechanical syste...