temperature coefficient

In this region the device has a small negative temperature coefficient.

The 4th band is the tolerance and the 5th the temperature coefficient.

Materials with a negative temperature coefficient have been used in floor heating since 1971.

The second character gives the multiplier of the temperature coefficient.

However, the same negative temperature coefficient comes into play with fast nuclear reactors.

The temperature coefficient can be either positive or negative, sometimes even amongst different samples of the same type.

The subject upon which all the workers were concentrating their attention was temperature coefficients of physiological reactions.

Yes, there are many materials that have a negative temperature coefficient of resistivity.

This attribute is known as a negative temperature coefficient of reactivity.

Different temperature coefficients are specified for various applications, including nuclear, electrical and magnetic.

For both, ' is referred to as the resistance temperature coefficient.

Materials are therefore sought that have a small temperature coefficient of Young's modulus.

The only practical difference is that the two types have temperature coefficients of opposite polarities.

Getting very low temperature coefficients keeps the effect of temperature variations small.

Also beneficial are the components efficient tolerance, temperature coefficient and stability.

This resistor has a positive temperature coefficient of resistance.

In other words, the spread in the range of temperature coefficients can encompass zero.

This may have been generalized from the special case of biological systems, where the α (temperature coefficient) is often between 1.5 and 2.5.

At constant volume (V), C it is the temperature coefficient of energy.

This led to a series of improved low temperature coefficient alloys for balances and springs.

Other: heat shrink memory properties, positive temperature coefficient, etc.

The temperature coefficient of the resistance may also be of concern in some precision applications.

These names correlate with the temperature coefficient (α) of the ceramic material.

The temperature coefficient can be reduced by shifting to an unsaturated design, the predominant type today.

The effective temperature coefficient varies with temperature and purity level of the material.