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A method of reducing energy dissipation and for reducing of the first pulse widths of distortion in an optocoupler system as well as optocoupler system

机译:在光耦合器系统中减少能量耗散并减小失真的第一脉冲宽度的方法以及光耦合器系统

摘要

A method of reducing energy dissipation and for reducing of the first pulse widths of distortion in an optocoupler system, comprising:Providing an input signal, the high and low states, to the optocoupler system;Generating first and second current signals, the high and low states of the input signal, wherein the first current signal high and low partial areas, wherein the second current signal high and zero part regions;To create a light source, the first and second light signals which the respective high, low and zero part regions of the first and second current signals correspond to;To create a light detector, which can be operated with respect to the light source is configured, first and second light detector current signals representing the respective high, low and zero part regions of the first and second light signals correspond to;Converting the first and second light detector current signals in first and second voltage signals, the respective high, low, and zero part regions that the respective high, low and zero part regions of the first and second current signals correspond to;In order to reproduce the high and low states of the input signal to an output of the optocoupler system, while the use of the first and second voltage signals and the respective high, low and zero part regions which correspond to the purpose of.
机译:一种减少光耦合器中的能量耗散并减小失真的第一脉冲宽度的方法,包括:向光耦合器系统提供高和低状态的输入信号;产生高和低的第一和第二电流信号输入信号的状态,其中第一电流信号的高和低部分区域,其中第二电流信号的高和零部分区域;要创建光源,第一和第二光信号分别对应高,低和零部分区域第一和第二电流信号分别对应于;为了创建可相对于光源进行操作的光检测器,第一和第二光检测器电流信号分别表示第一和第二部分的高,低和零部分区域。第二光信号对应于:将第一和第二光检测器电流信号转换为第一和第二电压信号,分别为高,低和零部分区域在第一和第二电流信号的各自的高,低和零部分区域处对应;为了将输入信号的高和低状态再现到光耦合器系统的输出,同时使用第一和第二电压信号和对应于其目的的相应的高,低和零部分区域。

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