1 Description
The purpose of this application note is to define the terms used in the operating specifications of electrolytic tilt sensors.
Back to Table of Contents2 Terms and Definitions
| Term | Definition |
|---|---|
| Betriebsbereich | Der maximale Bereich, über den ein monotoner Ausgang beobachtet werden kann. |
| Linearer Bereich | The maximum range over which the deviation of the output from a linear best fit is within a specified percentage value. |
| Linearität | The maximum deviation from a linear output as a percentage of the measurement range. |
| Reproduzierbarkeit | The maximum deviation in output when the sensor is tilted and then returned to its original position. |
| Auflösung | The minimum incremental position change that generates a monotonic output. |
| Symmetrie | The maximum deviation in output between two symmetrical positions on either side of null. |
| Maximaler Strom bei Null | The maximum recommended current through the sensor at null at 23 °C which will not cause damage to the sensor. |
| Nullimpedanz | The impedance between the outer electrodes when the sensor is in the null position at 23 °C. |
| Betriebstemperatur | The temperature range over which typical output behavior is observed. |
| Lagertemperatur | The temperature range that will not physically or chemically alter the sensor while it is not in use. |
| 24-Hour Stability | The maximum variation in sensor output over a 24-hour period while the sensor remains stationary at null. |
| Null-Temperatur-Koeffizient | The maximum output change at null per degree of temperature change above or below 23 °C. |
| Skala Temperaturkoeffizient | A coefficient to compensate for the change in gain caused by variations in temperature from 23 °C. |
| Null-Offset | The maximum deviation between the electrical null of the sensor and the mechanical null where the sensor is parallel to the surface of the Earth. |
| Cross-Axis Error | The maximum deviation of the output on one axis while tilting along the perpendicular axis. |
| Zeitkonstante | The amount of time required for the sensor output to reach at least 63.2% of its final value. |