Dynamic behaviourComportement dynamiqueDynamisches Verhalten

time duration for the output to reach and remain within the manufacturer's specified limits with a 90% input signal applied to the device

drift in output monitored for 30 days with a constant input signal of 90 % of span

time interval between the stepwise variation of the input variable und the instant, when the difference between the step response and their steady-state value is smaller than the transient value tolerance

time interval between the instant when the variation of an input variable is produced and the instant when the consequent variation of the output variable starts

for a step response, duration of the time interval between the instant when the output variable reaches a small, specified percentage of the difference between the final and the initial steady state vales and the instant when it reaches for the first time a large, specified percentage of the same steady state difference

time duration from a step change in the input signal to a system for the change in output of the system to reach for the first time 90% of its final steady state value

time required to complete 63.2% of the total rise or decay of the output of a first-order linear system, initiated by a step or an impulse to the input

time duration from a step change in the input signal to a system for the change in output of the system to reach for the first time 63% of its final steady state value

drift in zero or lower range-limit value monitored for 30 days with a constant input signal of 90% of span

time duration between two successive measurements

time of collection of data to produce a resulting mean value

frequency of a low pass filter at which the output amplitude is reduced by 3 dB with respect to the input amplitude