temperature-compensated
1.The flow stress can be described by temperature-compensated strain rate, the so-called Zener-Hollomon parameter.
2.A new 3MHz FET temperature compensated crystal oscillator is proposed compensation is done by using a multiple thermistor—resistor network over the -55℃ to +55℃ temperature range.
3.A proven analog temperature compensated crystal oscillator (TCXO) is described which employs parameter compensation by automated systems that have a rapid data-capture ability.
4.Abstract: A bandgap voltage reference is presented with a piecewise-linear compensating circuit in order to reduce the temperature coefficient.The basic principle is to divide the whole operating temperature range into some sub-ranges.At different temperature sub-ranges the bandgap reference can be compensated by different linear functions.Since the temperature sub-range is much narrower than the whole range,the compensation error can be reduced significantly.Theoretically,the precision can be improved unlimitedly if the sub-ranges are narrow enough.In the given example,with only three temperature sub-ranges,the temperature coefficient of a conventional bandgap reference drops from 1.5×10-5/℃ to 2×10-6/℃ over the -40℃ to 120℃ temperature range.
5.A bandgap voltage reference is presented with a piecewise-linear compensating circuit in order to reduce the temperature coefficient.The basic principle is to divide the whole operating temperature range into some sub-ranges.At different temperature sub-ranges the bandgap reference can be compensated by different linear functions.Since the temperature sub-range is much narrower than the whole range,the compensation error can be reduced significantly.Theoretically,the precision can be improved unlimitedly if the sub-ranges are narrow enough.In the given example,with only three temperature sub-ranges,the temperature coefficient of a conventional bandgap reference drops from 1.5×10-5/℃ to 2×10-6/℃ over the -40℃ to 120℃ temperature range.
6.Through the description about that Self|Tune Regulator is applied to control the temperature of Painting Furnace with help of Z80 computer,We proved that the influences for pure delaying feature and parameter drift of painting furnace and the differences of random interference can be compensated by STR controlling. ;
7.The results show that the shrinkage of cement paste can be compensated by the new MgO-based expansive materials well, only if the burning temperature and burning time of expansive material are controlled and the dosage of expansive material in cement is suitable according to the hydration temperature and with fly ash or not.
