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首页> 外文期刊>Journal of Physics, D. Applied Physics: A Europhysics Journal >Silicon light-emitting diode antifuse: properties and devices
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Silicon light-emitting diode antifuse: properties and devices

机译:硅发光二极管反熔丝:特性和器件

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摘要

This paper reviews our research on the silicon light-emitting diode antifuse, a tiny source featuring a full white-light spectrum. Optical and electrical properties of the device are discussed together with the modelling of the spectral emission, explaining the emitting mechanism of the device. An estimation of the antifuse's internal power conversion efficiency reveals a reasonable value of at least 10(-5). Photochemical effect on two types of photoresists were carried out showing a clear impact of the emitted photons in the near ultraviolet range. The two integrated device prototypes, namely the opto-isolator which communicates optically and the microscale opto-fluidic device which senses the difference in the refractive indices of liquids, indicate that the light-emitting diode antifuse has the potential for sensor and actuator applications.
机译:本文回顾了我们对硅发光二极管反熔丝的研究,硅熔丝是具有全白光光谱的微型光源。讨论了器件的光学和电学性质以及光谱发射的建模,解释了器件的发射机理。对反熔丝内部功率转换效率的估计显示出至少10(-5)的合理值。对两种类型的光致抗蚀剂进行了光化学作用,显示了在近紫外范围内发射的光子有明显的影响。两个集成的设备原型,即光学通信的光电隔离器和感应液体折射率差异的微型光电流体设备,表明发光二极管反熔丝具有传感器和执行器应用的潜力。

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