Abstract—A fully integrated magnetically actuated microma-chined relay has been successfully fabricated and tested. This particular device uses a single-layer coil to actuate a movable upper magnetically responsive platform. The minimum current for actuation was 180 mA, resulting in an actuation power of 33 mW. Devices have been tested which can make and break 1.2 A of current through the relay contacts when the relay is electromagnetically switched. Operational lifetimes in excess of 850 000 operations have been observed. Contact resistances as low as 22.4 m have been observed under electromagnetic actuation. Magnetic and structural finite-element (FE) simulations have been performed using ANSYS to calculate both the actuation and contact...
This paper presents the fabrication, test results and the finite element analysis of an electromagne...
This paper reports an electrostatically actuated ohmic contact micro-relay for high power RF applica...
Surface micromachined, electrostatically actuated microswitches have been developed at Northeastern ...
The development and application of magnetic technologies employing microfabricated magnetic structur...
The design and fabrication of an electromagnetic MEMS actuator capable of repeatedly switching over ...
Abstract- A novel technique for the fabrication of micro electromagnetic actuators was proposed and ...
In this paper, an improved design of an electrostatic polysilicon microrelay with metallic contacts ...
Miniature electromagnetic relay matrices capable of switching currents up to one ampere range are w...
the micro relay consists of a stimulation coil (1) for generating a magnetic field and one or more c...
A microactuator is presented, which uses electromagnetic force generation within micromachined silic...
The development of magnetic technologies employing microfabricated magnetic structures for the prod...
This thesis describes the design, fabrication and test of an electromagne~ically actuated RF MEMS sw...
In this paper, design considerations for the use of magnetic forces in micromachined silicon structu...
Microminiature relay production involves depositing a fixed conductive electrode (18) on or in the s...
In this paper, a parametrical method is developed to design a magnetic microactuator. The method is ...
This paper presents the fabrication, test results and the finite element analysis of an electromagne...
This paper reports an electrostatically actuated ohmic contact micro-relay for high power RF applica...
Surface micromachined, electrostatically actuated microswitches have been developed at Northeastern ...
The development and application of magnetic technologies employing microfabricated magnetic structur...
The design and fabrication of an electromagnetic MEMS actuator capable of repeatedly switching over ...
Abstract- A novel technique for the fabrication of micro electromagnetic actuators was proposed and ...
In this paper, an improved design of an electrostatic polysilicon microrelay with metallic contacts ...
Miniature electromagnetic relay matrices capable of switching currents up to one ampere range are w...
the micro relay consists of a stimulation coil (1) for generating a magnetic field and one or more c...
A microactuator is presented, which uses electromagnetic force generation within micromachined silic...
The development of magnetic technologies employing microfabricated magnetic structures for the prod...
This thesis describes the design, fabrication and test of an electromagne~ically actuated RF MEMS sw...
In this paper, design considerations for the use of magnetic forces in micromachined silicon structu...
Microminiature relay production involves depositing a fixed conductive electrode (18) on or in the s...
In this paper, a parametrical method is developed to design a magnetic microactuator. The method is ...
This paper presents the fabrication, test results and the finite element analysis of an electromagne...
This paper reports an electrostatically actuated ohmic contact micro-relay for high power RF applica...
Surface micromachined, electrostatically actuated microswitches have been developed at Northeastern ...