A micromechanical moving plate capacitor has been designed and fabricated for use as the key component in a DC voltage reference. The reference is based on the characteristic pull-in property of a capacitive MEMS device. New device design and characterization results are presente
A novel principle of low-noise voltage measurement based on microelectromechanical systems (MEMS) is...
Large electrostatic forces on a micromechanical capacitor plate can be obtained if the capacitor is ...
This paper studies the principle of a novel voltage step-up converter based on a micromachined vari...
A micromechanical moving plate capacitor has been designed and fabricated for use as the key compone...
A micromechanical moving plate capacitor has been designed and fabricated for use as a dc voltage re...
Long-term stability of a dc voltage standard based on a capacitive microelectromechanical system (ME...
Voltage references are fundamental building blocks in many instruments like data logging systems, di...
This paper describes our work with two applications of microelectromechanical systems (MEMS): a sens...
The design and characterization of a high stability capacitive MEMS device intended for an AC voltag...
Prototype of a novel DC voltage reference has been constructed. A characteristic voltage of an elect...
We have designed and manufactured a micromachined moving plate capacitor to be used as an AC voltage...
Microelectromechanical systems (MEMS) have been proposed as DC electrical metrology references. The ...
This paper studies the principle of a novel voltage step-up converter based on a micromachined varia...
ISBN 978-1-4244-6806-5International audienceThis paper presents a new MEMS approach to dc voltage st...
This paper provides new investigation for the static and dynamic behavior of a MEMS parallel plate c...
A novel principle of low-noise voltage measurement based on microelectromechanical systems (MEMS) is...
Large electrostatic forces on a micromechanical capacitor plate can be obtained if the capacitor is ...
This paper studies the principle of a novel voltage step-up converter based on a micromachined vari...
A micromechanical moving plate capacitor has been designed and fabricated for use as the key compone...
A micromechanical moving plate capacitor has been designed and fabricated for use as a dc voltage re...
Long-term stability of a dc voltage standard based on a capacitive microelectromechanical system (ME...
Voltage references are fundamental building blocks in many instruments like data logging systems, di...
This paper describes our work with two applications of microelectromechanical systems (MEMS): a sens...
The design and characterization of a high stability capacitive MEMS device intended for an AC voltag...
Prototype of a novel DC voltage reference has been constructed. A characteristic voltage of an elect...
We have designed and manufactured a micromachined moving plate capacitor to be used as an AC voltage...
Microelectromechanical systems (MEMS) have been proposed as DC electrical metrology references. The ...
This paper studies the principle of a novel voltage step-up converter based on a micromachined varia...
ISBN 978-1-4244-6806-5International audienceThis paper presents a new MEMS approach to dc voltage st...
This paper provides new investigation for the static and dynamic behavior of a MEMS parallel plate c...
A novel principle of low-noise voltage measurement based on microelectromechanical systems (MEMS) is...
Large electrostatic forces on a micromechanical capacitor plate can be obtained if the capacitor is ...
This paper studies the principle of a novel voltage step-up converter based on a micromachined vari...