The name of the system stems from the third derivative of x, which – in a mechanical system – is the derivative of acceleration called jerk.
The Jerk equation has been investigated in different versions.
The version implemented here uses a diode as described in
[Buscarino] and
[Sprott2011] .
Nice feature: The layout is quite simple, it should not be very challenging to create a PCB.
Plot x vs. y vs. z.
Default parameter A = 0.3
shows periodic results.
Change parameter A = 1.0
to obtain chaotic results.
Name | Description |
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The Jerk equation | |
The Jerk equation | |
The Jerk equation |