Frequently Asked Questions

Ilmsens Technology

What are the advantages of Ilmsens technology? +
How much does Ilmsens technology cost? +
What measurement options are available? +
Can the sensor be integrated into existing technology? +
How can I check if the sensor is measuring correctly? +
What materials does the measured material come in contact with? What material is the sensor made of? +
In what form are the measured data available? +
Is a computer necessary to use the sensors? +
Is previous knowledge needed for the application of the Ilmsens sensors? +
Is calibration of the measurement technology required? +
Is employing electromagnetic waves dangerous for the user? +
Are there requirements for the measurement setup (e.g. temperature or humidity)? +

Impedance Spectroscopy

What is impedance spectroscopy? +
How does impedance spectroscopy work? +
What are the advantages of impedance spectroscopy over other measurement methods? +
What are the advantages of Ilmsens ultra-wideband technology compared to conventional impedance spectroscopy? +
What are possible applications for impedance spectroscopy? +
What does the Ilmsens impedance spectroscopy consist of? +
How accurate are the results from the Ilmsens ultra-wideband impedance spectroscopy? +
Can impedance spectroscopy results from Ilmsens technology be compared to laboratory measurements? +
What are the material analysis limits of an impedance spectroscopy? +

Short-Range Radar

What is a short-range radar? +
How does a short-range radar work? +
What are the advantages of short-range radar over other measurement methods? +
What are the advantages of an Ilmsens ultra-wideband technology compared to conventional short range radars?
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Why use Ilmsens ultra-wideband short-range radar instead of camera or ultrasound? +
What are possible applications for short-range radars? +
What does the Ilmsens short-range radar consist of?
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How accurate are the results from the Ilmsens short-range radar? +
What are the detection limits for a short-range radar? +