-
hysteresis are nonlinear, and can be
mathematically challenging to model. Some
hysteretic models, such as the
Preisach model (originally
applied to ferromagnetism)...
-
implementations of
memristors with a
hysteretic current-voltage
curve or with both
hysteretic current-voltage
curve and
hysteretic flux-charge
curve [arXiv:2403...
- a
comparator as a
discrete component. This
relaxation oscillator is a
hysteretic oscillator,
named this way
because of the
hysteresis created by the positive...
- the Bouc–Wen
model of
hysteresis is a
hysteretic model typically emplo**** to
describe non-linear
hysteretic systems. It was
introduced by
Robert Bouc...
- purposes. In general, self-heating can turn a
resistor into a
nonlinear and
hysteretic circuit element. For more
details see Thermistor#Self-heating effects...
-
displacements in the
building caused by
earthquakes and
strong gusts. A
hysteretic damper is
intended to
provide better and more
reliable seismic performance...
- \Phi _{0}} .
Since the current-voltage
characteristic of the DC
SQUID is
hysteretic, a
shunt resistance, R {\displaystyle R} is
connected across the junction...
- a net
positive feedback loop).
These positive feedback loops encode a
hysteretic bistable switch in CDK1
activity relative to
cyclin B1
levels (see figure)...
- of Washington.
Archived (PDF) from the
original on 2015-04-13. * Non-
Hysteretic Switches,
Memoryless Switches:
These systems have no memory, that is,...
-
their hysteretic input-output
relationships and
bandwidth limitations. As Wen et al. discuss, the SMA
phase transformation phenomenon is "
hysteretic" in...
