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Challenges and Approaches to Radiation Hardness Control of Electronic Components to In-Space High-Energy Particles Exposure

机译:电子组件对空间高能粒子暴露的辐射硬度控制的挑战和方法

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One of the very important challenges for space system engineers is to ensure the radiation tolerance of electronic components and spacecraft equipment to space radiation environment. For modern semiconductor devices single event effects induced by high-energy particles emitted from the Sun and galactic cosmic rays are the most critical, since they limit the active lifetime of spacecrafts. To be sure that the spacecraft equipment will operate properly during the space mission, the ground single event effect tests shall be performed. For this purpose heavy-ion, proton and laser facilities are used. In this paper we will overview the test facilities available in Russia, which provide carrying out single event effect tests. Admissible methods and typical approaches to single event effect test procedures will be discussed.
机译:对于空间系统工程师来说,非常重要的挑战之一就是要确保电子组件和航天器设备对空间辐射环境的辐射耐受性。对于现代半导体设备,由太阳发射的高能粒子和银河系宇宙射线引起的单事件效应是最关键的,因为它们限制了航天器的有效寿命。为确保航天器设备在执行航天任务期间能够正常运行,应执行地面单事件效果测试。为此,使用了重离子,质子和激光设备。在本文中,我们将概述俄罗斯可用的测试设施,这些设施可以执行单事件效果测试。将讨论单事件效果测试程序的可接受方法和典型方法。

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