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首页> 外文期刊>IEEE Transactions on Nuclear Science >Proton damage in linear and digital optocouplers
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Proton damage in linear and digital optocouplers

机译:线性和数字光耦合器中的质子损坏

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摘要

Fundamental differences in design influence the way that linear and digital optocouplers are degraded by radiation. Linear optocouplers are more affected by current drive conditions because the detector operates in a high-injection region when the LED produces normal light output, and do not have the extra operating margin that is inherent in digital optocouplers. Although LED degradation is often the dominant degradation mechanism in space environments, degradation of optocouplers with improved LEDs is limited by photoresponse degradation. Phototransistor gain has a relatively minor effect except at very high radiation levels.
机译:设计上的根本差异会影响线性和数字光耦合器因辐射而退化的方式。线性光耦合器受电流驱动条件的影响更大,因为当LED产生正常的光输出时,检测器在高注入区域工作,并且没有数字光耦合器固有的额外工作裕量。尽管LED退化通常是空间环境中的主要退化机制,但是光响应退化会限制具有改进的LED的光耦合器的退化。除了在非常高的辐射水平下,光电晶体管增益的影响相对较小。

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