Methods of Thermal Processes Modeling in OnBoard Navigation Devices with Random Variations in Parameters

Grigor A. Sargsyan, S. Y. Sotnikova
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Abstract

The authors propose a methods for providing thermal operation modes of on-board navigation devices. The methods allow to solve one of the problems that developers of on-board navigation systems are faced with - to ensure the specified accuracy of operation at high heat loads, including internal heat generation on the electronic components of printed circuit assemblies. The authors propose adding, at the initial stages of preparation for the simulation, permissible control for random variations in the parameters of electronic components. This approach is a significant difference from the standard procedure for modeling thermal conditions. The ability to take into account random variations in the parameters of electronic components becomes possible if there is a formed base of structural elements. The application of the developed methods in the design of electronic on-board navigation devices allows a systematic approach to development and to increase the reliability and accuracy of devices to the technical task required level.
参数随机变化的机载导航设备热过程建模方法
提出了一种提供车载导航装置热工作模式的方法。这些方法可以解决车载导航系统开发人员面临的一个问题,即确保在高热负荷下的指定操作精度,包括印刷电路组件的电子元件内部产生的热量。作者建议在模拟准备的初始阶段增加对电子元件参数随机变化的允许控制。这种方法与模拟热条件的标准程序有很大的不同。如果有一个形成的结构元件基础,考虑电子元件参数随机变化的能力就成为可能。将所开发的方法应用于电子机载导航设备的设计,可以采用系统的方法进行开发,并将设备的可靠性和准确性提高到技术任务要求的水平。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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