The time to develop sensor-signal conditioning electronics and its associated calibration algorithms can be difficult and time-consuming. Using a hardware sensor emulator can dramatically reduce ...

Pressure sensing is the second most common form of measurement in industrial process control, with its popularity being exceeded only by temperature sensing. Resistance-based bridge circuits are ...

In What’s the Difference Between Vibration Sensors, we focused on the advantages and drawbacks of various types of vibration sensors on the market. In signal conditioning and tips, we address the ...

Melexis combined its piezoresistive MEMS technology with a high-accuracy sensing element, low-noise analog front end, and 16-bit ΣΔ analog-to-digital converter to boost performance in the new MLX90809 ...

SENSORS: ZMDI’s ZSSC3053 is a pure differential sensor signal conditioner (SSC) for high-accuracy amplification and sensor-specific correction of millivolt-level dc sensor signals. Based on proven ...

WORTHINGTON, OH—The new Model ILAUSB-10 USB Signal Conditioner from tecsis LP provides plug & play convenience for strain gauge load cells and pressure transducers. Simply connect the ILAUSB-10 to ...

Philips Semiconductors has developed a chip for direct measurementof vehicle tire pressure and identification. The signal conditioningchip will boost safety in the car by communicating whether ...

A failed or damaged pressure sensor can lead to unexpected downtime and costs. To reduce these risks, engineers must consider how the various challenges of an application will affect sensors.

The need for pressure sensors has been steadily increasing across diverse applications, from robotic grippers that need accurate tactile feedback to wearable devices that monitor human movement.

Inspired by cat vibrissae, biomimetic biomass PHFs/SA aerogels (BFAs) are developed via precursor-assisted in situ polymerization and freeze-synergistic assembly. These ultralight, porous pressure ...