time constant

So you can see that the time constant involved is very small.

In most of the world a 50 s time constant is used.

In words, the first time constant must be much larger than the second.

Both have long time constants; what they do may take months or years to show results.

Therefore the reaction will increase slowly, with a long time constant.

The thermal time constant of the device is also important.

More than one time constant is needed when describing reactions of higher order.

To reach 90 percent of the final value takes about 2.3 time constants.

There is no way to minimize the intrinsic time constant for a certain process.

The time constant of this asymptotic rise is 0.8 day.

The time constant of P can increase with repetitive stimulation.

The second characteristic unit corresponds to the time constant for the system.

Thus, the time constant determines the bandwidth of this system.

It also is known as the zero-value time constant technique.

This condition can be achieved by appropriate choice of and time constants.

If it is accompanied by any transient, delay time constant will be very large.

If , then the time constant equal to the sampling period.

The thermal time constant depends on the design and material the cell is built.

It's the most accurate time constant ever discovered- Kirk broke off, hearing his own words.

The shorter the time constant the more attenuated slow activity will be.

The frequency response is decided by special time constants.

Settling time depends on the system response and time constant.

The time constant remains the same for the same system regardless of the starting conditions.

The time constant depends on the sphere's radius and the mass enclosed.

For realistic situations the time constant usually lies in the 1-100 millisecond range.