Add to ORKGAbstract – This paper analyses impacts on capacitive proximity sensors due to bended and elongated electrodes. Capacitive sensors are well suited for distance measurements and can be installed on planar and non-planar surfaces. Although distance measurement is possible with a variety of electrode structures, the sensitivity of the sensor changes with different structures. Impacts are analysed and demonstrated by means of experimental investigations and numerical simulations
Bend sensors have been developed based on conductive ink, optical fiber, and electronic textiles. Ea...
A novel, multi-electrode capacitive sensor has been designed, realized and tested at INRiM (Istituto...
Sensors are devices that convert a physical stimulus into an electrical signal. Mechanical stimuli s...
This paper presents a class of fully elastomeric capacitive sensors that can be employed to measure ...
Capacitive displacement sensors have many applications where non-contact, high precision measurement...
Flexible endoscopes are widely used for diagnostic and therapeutic procedures on internal organs and...
Capacitive sensors in both touch and proximity varieties are becoming more common in many industrial...
Capacitive sensors in both touch and proximity varieties are becoming more common in many industrial...
AbstractWhen capacitive sensors are used in open environments, i.e. when the environment and objects...
Capacitive sensors are widely used in industrial applications, such as CNC machine tools, where reli...
Capacitive proximity sensors (CPSs) have recently been a focus of increased attention because of the...
To create applications for smart environments we can select from a huge variety of sensors that meas...
To create applications for smart environments we can select from a huge variety of sensors that meas...
The accuracy of a capacitive proximity sensor is affected by various factors, including the geometry...
AbstractThe impact of sensor design on the inspection of planar electronic devices by capacitive cou...
Bend sensors have been developed based on conductive ink, optical fiber, and electronic textiles. Ea...
A novel, multi-electrode capacitive sensor has been designed, realized and tested at INRiM (Istituto...
Sensors are devices that convert a physical stimulus into an electrical signal. Mechanical stimuli s...
This paper presents a class of fully elastomeric capacitive sensors that can be employed to measure ...
Capacitive displacement sensors have many applications where non-contact, high precision measurement...
Flexible endoscopes are widely used for diagnostic and therapeutic procedures on internal organs and...
Capacitive sensors in both touch and proximity varieties are becoming more common in many industrial...
Capacitive sensors in both touch and proximity varieties are becoming more common in many industrial...
AbstractWhen capacitive sensors are used in open environments, i.e. when the environment and objects...
Capacitive sensors are widely used in industrial applications, such as CNC machine tools, where reli...
Capacitive proximity sensors (CPSs) have recently been a focus of increased attention because of the...
To create applications for smart environments we can select from a huge variety of sensors that meas...
To create applications for smart environments we can select from a huge variety of sensors that meas...
The accuracy of a capacitive proximity sensor is affected by various factors, including the geometry...
AbstractThe impact of sensor design on the inspection of planar electronic devices by capacitive cou...
Bend sensors have been developed based on conductive ink, optical fiber, and electronic textiles. Ea...
A novel, multi-electrode capacitive sensor has been designed, realized and tested at INRiM (Istituto...
Sensors are devices that convert a physical stimulus into an electrical signal. Mechanical stimuli s...