Rechner Sensors is a specialist in capacitive sensing technology for automation, level control, and quality control applications.
What is the dielectric constant of Rechner capacitive sensors?
Rechner capacitive proximity sensors can detect and switch reliably with materials that have dielectric constants as low as 1.2 Er. Rechner capacitive sensors also work at high temperatures up to 250 degrees Celsius (482 degrees Fahrenheit).
Why choose Rechner high performance capacitive sensors?
Rechner Sensors’ High Performance capacitive sensor line features Rechner’s industry leading Quattro EMC protection against interference voltage, electrostatic discharge, electromagnetic radiation, and transient burst.
What are capacitive sensors and how do they work?
Capacitive sensors are indifferent to color and work with both liquids and solids. Since all materials have different dielectric properties, it is possible to adjust a capacitive sensor to detect the presence of a specific material under a variety of conditions.
How to find the exponential fit using exponential regression calculator?
The process of finding the equation that suits best for a set of data is called as exponential regression. Enter the x and y values in the exponential regression calculator given here to find the exponential fit. Just copy and paste the below code to your webpage where you want to display this calculator.
How do you find the predictive power of an exponential model?
The relative predictive power of an exponential model is denoted by R^2 . The value of R^2 varies between 0 and 1 . The more close the value is to 1 , the more accurate the model is. The exponential regression calculator is a simple and quick way to find the regression of the exponent.
