Capacitive sensors work by detecting the change of capacitance introduced by the finger touching near the electrode. Such change is so small that detecting it unambiguously is challenging, and has ...

Designing with high-fidelity capacitive proximity sensors requires careful consideration of mechanical design, sensor placement/design, and end-application operating environments. Careful evaluation ...

The capacitive sensors market is poised for significant expansion as industries continue to embrace smart, touch-enabled, and proximity-sensing solutions. With advancements in sensor ...

As per the SNS Insider’s research, the capacitive sensor market continues to grow due to its versatility, adaptability, and the increasing demand for touch and proximity sensing solutions in a ...

While viable cell density (VCD) monitoring using capacitance sensors is already well-established and aligned with Process ...

Proximity sensors are designed to do exactly what the name implies—detect the proximity between one element and another. There are two main types of proximity sensors: inductive and capacitance.

Apple is examining a shift from a force sensor in AirPods to a capacitive touch system to make a set easier to control, and provide new options.

The successful application of sensors depends on selecting the right technology for the application, the variables of the product being sensed and the conditions in the operating environment.

The introduction of micropatterns is an effective strategy in enhancing the sensitivity of capacitive pressure sensors. Towards this goal, scientist in China developed a novel approach for ...