In this paper, an improved design of an electrostatic polysilicon microrelay with metallic contacts is presented. The polysilicon layer is used for the actuator while the nickel and gold layers are used for the contacts. Improved contact resistance is demonstrated, as well as the efficiency of multiple contact bars. Moreover, by integrating nickel bars, electromagnetic actuation was successfully performed
A new type of micromachined silicon actuator has been developed, based on the so-called bimetallic e...
A family of microrelay devices together with integrated inductor networks has been designed, simulat...
International audienceIn this article, a new concept of microswitch is investigated with the objecti...
Microminiature relay production involves depositing a fixed conductive electrode (18) on or in the s...
Abstract—Microrelays with liquid metal wetted contacts have been demonstrated using bidirectional el...
This paper reports the design and fabrication of a low-voltage lateral-contact microrelay for RF app...
Performances of the metal-to-metal contact radio frequency (RF) MEMS switches largely rely on the co...
This paper reports the design and fabrication of a low-voltage lateral-contact microrelay for RF app...
Three variants of electrostatically driven microrelays are reported. These switches have a high off ...
The present paper deals with metallic design materials for the realization of microsystems. The main...
Miniature electromagnetic relay matrices capable of switching currents up to one ampere range are w...
Our goals in this project were to (1) develop a new design concept for a high reliability microrelay...
Abstract—A fully integrated magnetically actuated microma-chined relay has been successfully fabrica...
This paper reports an electrostatically actuated ohmic contact micro-relay for high power RF applica...
Innovations in relevant micro-contact areas are highlighted, these include, design, contact resistan...
A new type of micromachined silicon actuator has been developed, based on the so-called bimetallic e...
A family of microrelay devices together with integrated inductor networks has been designed, simulat...
International audienceIn this article, a new concept of microswitch is investigated with the objecti...
Microminiature relay production involves depositing a fixed conductive electrode (18) on or in the s...
Abstract—Microrelays with liquid metal wetted contacts have been demonstrated using bidirectional el...
This paper reports the design and fabrication of a low-voltage lateral-contact microrelay for RF app...
Performances of the metal-to-metal contact radio frequency (RF) MEMS switches largely rely on the co...
This paper reports the design and fabrication of a low-voltage lateral-contact microrelay for RF app...
Three variants of electrostatically driven microrelays are reported. These switches have a high off ...
The present paper deals with metallic design materials for the realization of microsystems. The main...
Miniature electromagnetic relay matrices capable of switching currents up to one ampere range are w...
Our goals in this project were to (1) develop a new design concept for a high reliability microrelay...
Abstract—A fully integrated magnetically actuated microma-chined relay has been successfully fabrica...
This paper reports an electrostatically actuated ohmic contact micro-relay for high power RF applica...
Innovations in relevant micro-contact areas are highlighted, these include, design, contact resistan...
A new type of micromachined silicon actuator has been developed, based on the so-called bimetallic e...
A family of microrelay devices together with integrated inductor networks has been designed, simulat...
International audienceIn this article, a new concept of microswitch is investigated with the objecti...