Add to ORKGThis paper is focused on the creation of an efficient electromagnetic model of MEMS switches which operates at microwave frequencies. The switches are first characterized using a full wave analysis based on a finite element method to extract the S-parameters of the switches for different geometrical dimensions. From the S-parameter database, a scalable lumped circuit model is extracted to allow easy implementation of the switch model into commercial microwave CAD software. The lumped circuit model results are compared with published measured data as validation of our model
ABSTRACT By controlling the degrees of freedom for the components in the system and using a PWL solv...
Abstract—This paper presents a general procedure for the electromagnetic modeling of arbitrarily sha...
RF MEMS switches have been presented by several researchers for use in transmit/receive switch circu...
This paper is focused on the creation of an efficient electromagnetic model of MEMS switches which o...
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...
A lumped element model for microwave MEMS switches in series configuration is discussed. The equival...
We present two problem-adapted, tailored modeling approaches for RF-MEMS switches, which are applica...
Microelectromechanical (MEMS) switches have been recently considered as alternative key elements wit...
Micromachined MEMS switches for microwave applications have been manufactured, tested and modelled. ...
The design of RF MEMS switches involves several disciplines: mechanics, materials science and electr...
The aim of the project is to study state of the a1t in the design, development and applications of R...
An improved electromechanical model of the BY MEMS (radio frequency microelectromechanical systems) ...
ABSTRACT By controlling the degrees of freedom for the components in the system and using a PWL solv...
Abstract—This paper presents a general procedure for the electromagnetic modeling of arbitrarily sha...
RF MEMS switches have been presented by several researchers for use in transmit/receive switch circu...
This paper is focused on the creation of an efficient electromagnetic model of MEMS switches which o...
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...
A lumped element model for microwave MEMS switches in series configuration is discussed. The equival...
We present two problem-adapted, tailored modeling approaches for RF-MEMS switches, which are applica...
Microelectromechanical (MEMS) switches have been recently considered as alternative key elements wit...
Micromachined MEMS switches for microwave applications have been manufactured, tested and modelled. ...
The design of RF MEMS switches involves several disciplines: mechanics, materials science and electr...
The aim of the project is to study state of the a1t in the design, development and applications of R...
An improved electromechanical model of the BY MEMS (radio frequency microelectromechanical systems) ...
ABSTRACT By controlling the degrees of freedom for the components in the system and using a PWL solv...
Abstract—This paper presents a general procedure for the electromagnetic modeling of arbitrarily sha...
RF MEMS switches have been presented by several researchers for use in transmit/receive switch circu...