Although understanding chaos is still in its early stages, there are useful methods for exploring chaos, such as mapping, and for solving specific chaos problems. The phenomena is under active investigation and we will probably better understand it in the future. Simulation Only the simplest problems yield to analysis. Numerical methods and simulation are widely use to explore chaos. The following are some considerations for solving chaos problems.
Stable Investigators wanting to create chaos often start with nearly unstable circuits.
This suggests avoiding chaos by making sure the circuit is robustly stable. Fast The parasitics of transistors and diodes often provide energy states that contribute to chaos. These circuit investigations require a slow diode. This suggests that substituting faster diodes or transistors may solve chaos problems. Current-mode control circuits and overcurrent protection circuits are also prone to chaos, the latter partly because they are often poorly stabilized.