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Self-oscillating circuit behavior evaluation through nonlinear dynamic systems analysis

机译:通过非线性动态系统分析评估自振荡电路的行为

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The behavior of self-oscillating circuit used in electronic ballast depends of the limit cycle presence due to its operational principle as a nonlinear control system. In order to elucidate its behavior, it can be represented through block diagrams and modeled in a point of view of control system. It allows determine its behavior more accurately using the equations solution that describes the circuit and to show the presence of limit cycle in this system. The limit cycle can be obtained through the solution of the transition state matrix shown in this paper.
机译:电子镇流器中使用的自激电路的行为取决于极限周期的存在,这是由于其作为非线性控制系统的工作原理。为了阐明其行为,可以通过框图表示并在控制系统的角度对其进行建模。它允许使用描述电路的方程式解决方案更准确地确定其行为,并显示该系统中存在极限循环。可以通过本文所示的过渡状态矩阵的解来获得极限环。

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