Sentence examples for steady amplification from inspiring English sources

American electrical engineer who discovered and developed the negative-feedback principle, in which amplification output is fed back into the input, thus producing nearly distortionless and steady amplification.

April 14, 1898 Leominster, Massachusetts December 11 , 1983Summit, New Jersey Harold Stephen Black, (born April 14 , 1898 Leominster, Mass., U.S. died Dec. 11, 1983, Summit, N.J)., American electrical engineer who discovered and developed the negative-feedback principle, in which amplification output is fed back into the input, thus producing nearly distortionless and steady amplification.

We could then see the connection between increased positive feedback, a larger envelope of steady-states, amplification that was not input-dependent, and the loss of tracking.

Enzymes, such as horseradish peroxidase (HRP) and alkaline phosphatase (AP), provide high, steady, and reproducible signal amplification.

Ms. Horne joked about having lost her once brilliant technique, but her tone, as much as one could discern through the amplification, still sounded steady and pure.

The instability occurs even for over-critical viscosities of the foundation when there is no dynamical amplification of the steady state vibrations due to resonance.

The change in signal amplitude at the steady state (that leads to amplification or attenuation) at step i is given by the ratio of the effective rate constants for activation and deactivation k i + k i −. k i + k i − > 1 results in signal amplification and k i + k i − < 1 leads to attenuation of the signal at step i [ 13, 14].

A closed form solution for dynamic amplification factor (DAF) for steady-state response was derived by the energy balance equation.

Comparing predicted velocity profile amplification with that of a steady flow impinging jet, similar results were found despite the simplifications made in the impinging jet model.

These modes varied in the degree of amplification (polarization), presence of multiple steady-states, response to a rotating gradient, etc.

Increasing the positive feedback gain resulted in better amplification, but also produced multiple steady-states and hysteresis that prevented the tracking of directional changes of the gradient.