Mõõtmisvahemikku

Mõõtmisvahemikku refers to the range of values that a measuring instrument or system can accurately and reliably detect or record. It defines the lower and upper limits of the measurements that can be taken. For example, a thermometer might have a measuring range of -10°C to 110°C, meaning it can accurately measure temperatures within this span. Anything outside these limits may result in inaccurate readings or no reading at all.

Understanding the measuring range is crucial for selecting the appropriate instrument for a specific task. If an instrument's measuring range is too narrow, it might not be able to capture extreme values, leading to incomplete data. Conversely, if the range is unnecessarily wide, the instrument might sacrifice precision within the desired measurement area.

The measuring range is often specified alongside other instrument characteristics, such as accuracy, resolution, and sensitivity. It is a fundamental parameter that influences the usability and suitability of a measuring device in various scientific, industrial, and everyday applications. Manufacturers typically clearly state the measuring range in the product specifications or on the instrument itself.