Range of ambient temperature in which the force transducer may be operated with the acceptance of greater error limits, without the error limits being exceeded on subsequent use of the transducer within the nominal temperature range. also refer to: Storage temperature range; Nominal temperature range
range of temperatures over which the oscillator will meet the specified frequency stability. Outside of this range, the frequency will change rapidly, as the oscillator may no be able to deal with the extremes. No functional damage will result as long as this is within the storage temperature range. For temperatures much higher than the maximum, increased aging rates will occur, and internal component damage may occur.
The acceptable temperature range for an infrared detector to remain calibrated and function properly. This refers to the temperature of the detector itself, not the ambient environment. The use of heat sinks, insulation and construction will affect how well a detector stays in its operating range, especially in a fire environment. Properly designed fire service thermal imagers will have other components that have a similar operating range as the detector.
The range of temperatures in which the specific material or adhesive in use functions satisfactorily in a particular application.
Temperature Range over which a unit is guaranteed to operate and maintain published specifications.
Temperature range over which the crystal's characteristics are guaranteed.
The range of ambient, base plate, or case temperatures through which a power supply is specified to operate safely and to perform within specified limits.
The specified temperature range over which a circuit or component is designed to operate without damage.
The temperature variation across which a part can be subjected to without degradation to mechanical performance.
The range of ambient temperatures over which a system will function accurately. This range can be defined by either a calibration limit; what range of ambient temperature offsets are allowed in the data calculations or it can be due to a functional limit in the system; the ability to keep the detector cold or it can be set by a catastrophic limit; batteries may not hold their charge below certain temperatures and integrated circuits will not function above certain temperatures.
Temperature range at which the crystal's characteristics are guaranteed.
An appropriate lubrication interval is achievable within the specified limits; the lubricant must have sufficient thermal stability at the upper operating temperature and must not become too rigid at the lower operating temperature
