收发机辐射硬度测量系统的优化组成

R. E. Vaskin, V. D. Kalashnikov, G. Sorokoumov, D. Boychenko
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引用次数: 0

摘要

现代收发器广泛应用于航天器机载设备的设计中。空间电离辐射的影响会导致收发器失效,导致传输数据的丢失。为了评估星载收发器在运行过程中的扰动率,有必要提供收发器的辐射硬度保证。介绍了在空间辐射环境下工作的接口集成电路的主要失效类型。本文介绍了电离辐射下收发器功能故障的分类及监测方法。列出了辐射测试中需要监测的收发器参数。我们回顾了美国国家仪器公司用于不同类型收发器辐射测试的设备。在此基础上研制了TLK2711收发器串行数据通道环态辐射测试系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Optimal Measuring System Composition for the Transceivers Radiation Hardness Investigation
Modern transceivers are widely used in the design of the on-board equipment of spacecraft. The effects of space ionizing radiation can lead to failures in operation of transceivers, leading to a loss of the transmitted data. It is necessary to provide radiation hardness assurance of transceivers in order to evaluate the rate of upsets in the operation of transceivers used the on-board equipment of spacecraft. The paper describes main types of failures observed in interface ICs operating in space radiation environment. The classification of functional failures in transceivers exposed to ionizing radiation and monitoring methods are presented in this paper. Parameters of transceivers that has to be monitored during radiation testing are listed. We reviewed National Instruments equipment used in radiation testing of different types of transceivers. A measuring system based on this equipment was used for radiation testing of TLK2711 transceiver in loop operation mode over a serial data channel.
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