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Adaptive Optocoupler Degradation Compensation in Isolated Feedback Loops

机译:隔离式反馈环路中的自适应光耦合器性能下降补偿

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An optocoupler is an optoelectronic device, based on a light emitter and detector pair. Any degradation in the emitted light causes a change in the output of the component. This gain change is also known as CTR (current transfer ration) degradation,-although in some cases, the emitted light output actually increased over time. This phenomenon is inherent of the p-n junction electroluminescence and it is unpredictable. Excessive amount of degradation may cause a deviation from optimal operation or a catastrophic system failure. This paper puts forward a robust, microcontroller based solution for this problem.
机译:光耦合器是一种基于光发射器和检测器对的光电设备。发射光的任何降解都会导致组件输出的变化。这种增益变化也称为CTR(电流传输率)下降,尽管在某些情况下,发射的光输出实际上会随时间增加。这种现象是p-n结电致发光固有的,并且是无法预测的。过多的降解可能会导致偏离最佳操作或灾难性的系统故障。本文针对此问题提出了一种健壮的,基于微控制器的解决方案。

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