In this paper a proof of concept of ultra-low power Eddy-Current Displacement Sensor (EDCS) is presented. Measurements carried out on the realized prototype, show that the sensor has a resolution up to 6 µm, with a power consumption of 28µW. The ultra-low power consumption of the sensor could pave the road towards the realization of a new generation of smart wireless displacement and proximity sensors able to gather the needed energy directly from the environment where they operate thanks to the introduction of energy harvesting-based devices
Displacement sensors are widely employed in industry for measuring position and movement of objects ...
This article presents a low-power eddy-current sensor interface for touch applications. It is based ...
Research on a contact induction displacement sensor over short distances is presented. A ferrite cor...
In this paper a proof of concept of ultra-low power Eddy-Current Displacement Sensor (EDCS) is prese...
The demand for smart, low-power, and low-cost sensors is rapidly increasing with the proliferation o...
This paper describes a low-power eddy current displacement sensor intended for safety-critical touch...
This paper presents an eddy-current sensor (ECS) interface intended for sub-nanometer (sub-nm) displ...
In this paper, we propose a novel interface concept for eddy current displacement sensors. A measure...
Wearable sensor systems have been used in the ubiquitous computing community and elsewhere for appli...
Abstract—In this paper, we propose a novel interface concept for eddy current displacement sensors. ...
International audienceA wireless displacement sensor is proposed which is composed of a fixed active...
This paper describes a new low-cost, low-noise displacement current sensor developed for non-contact...
In this paper, design, implementation and testing of an extremely low-power and low-cost wireless se...
With the 2009 American Recovery and Reinvestment Act, government officials recognized the need to im...
In the modern devices Ultra-low power consumption is thesurvival key for the energy-harvested sensor...
Displacement sensors are widely employed in industry for measuring position and movement of objects ...
This article presents a low-power eddy-current sensor interface for touch applications. It is based ...
Research on a contact induction displacement sensor over short distances is presented. A ferrite cor...
In this paper a proof of concept of ultra-low power Eddy-Current Displacement Sensor (EDCS) is prese...
The demand for smart, low-power, and low-cost sensors is rapidly increasing with the proliferation o...
This paper describes a low-power eddy current displacement sensor intended for safety-critical touch...
This paper presents an eddy-current sensor (ECS) interface intended for sub-nanometer (sub-nm) displ...
In this paper, we propose a novel interface concept for eddy current displacement sensors. A measure...
Wearable sensor systems have been used in the ubiquitous computing community and elsewhere for appli...
Abstract—In this paper, we propose a novel interface concept for eddy current displacement sensors. ...
International audienceA wireless displacement sensor is proposed which is composed of a fixed active...
This paper describes a new low-cost, low-noise displacement current sensor developed for non-contact...
In this paper, design, implementation and testing of an extremely low-power and low-cost wireless se...
With the 2009 American Recovery and Reinvestment Act, government officials recognized the need to im...
In the modern devices Ultra-low power consumption is thesurvival key for the energy-harvested sensor...
Displacement sensors are widely employed in industry for measuring position and movement of objects ...
This article presents a low-power eddy-current sensor interface for touch applications. It is based ...
Research on a contact induction displacement sensor over short distances is presented. A ferrite cor...