Inductive displacement sensors designed for micrometre‑level precision and robust industrial performance are being ...

One of the most unknown phenomena in modern physics is gravity. Its measurement and laws remain somewhat of an enigma. Researchers at Tohoku University have revealed important information about a new ...

ELECTRONICS: The KEYENCE LK-G5000 Laser Displacement Sensor, now with a newly developed RS-CMOS sensor, provides a 392 kHz sampling rate that’s 8 times faster than previous models, ±0.02% Full Scale ...

Sensors for the measurement of displacement based on a number of different physical principles are available for a wide range of applications. This article considers systems capable of resolutions of ...

Inductive eddy current position/displacement sensors require an electrically conductive target. The target does not have to be grounded, and in general, the more electrically conductive it is, the ...

When the job at hand is measuring something with micron-range precision, thoughts generally turn to a tool with a Mitutoyo or Starrett nameplate. But with a clever design and a little electronics know ...

Linear encoders by their very design overcome various mechanical machine limitations by providing a direct source of positional feedback. They can monitor most applications, including hostile, oily ...

NewTek Sensor Solutions’ linear position sensors support the space industry in flight vehicles and ground-based testing ...

A typical inertial sensor has two necessary parts. First, a means of suspending a test mass to remain inertially stable. Second, a means of reading out the distance between the suspended mass and the ...

Accurate time-series prediction from soft sensor signals is essential for sensor-driven rehabilitation systems, yet remains challenging due to sensor noise, nonlinear dynamics, and complex temporal ...