譯聯(lián)10年翻譯品牌，20000家企業(yè)見證深圳翻譯公司
譯聯(lián)10年翻譯品牌，20000家企業(yè)見證深圳翻譯公司
電氣系統(tǒng)可靠性與電器理論基礎是光電工程專業(yè)必修課程，在畢業(yè)成績單上會有詳細的學分與成績記錄，在學生出國留學或就業(yè)方面，會涉及到對成績單翻譯認證的情況，在翻譯課程方面，可以參考下面的課程中英文名稱。
成績單課程中文名稱：電氣系統(tǒng)可靠性
成績單翻譯課程英文名稱：RELIABILITY OF ELECTRICAL SYSTEM
課程簡介：
隨著科技進步，產(chǎn)品和系統(tǒng)規(guī)模日益增大，對其質量和可靠性要求越來越高。只有掌握可靠性技術的工程師才能設計和制造出有競爭力的產(chǎn)品。本門課主要介紹可靠性基本理論，可靠性的主要數(shù)量特征，各種典型系統(tǒng)的可靠性模型及可靠度計算，可靠性預計與分配，可靠性分析中常用的故障模式、影響及危害度分析、故障樹分析，可靠性設計技術以及可靠性試驗、數(shù)據(jù)處理等，使學生掌握電氣系統(tǒng)可靠性的基本設計與分析方法。
Course Description：
With the process of science and technology, the larger the size of product and system and the higher the demand for its quality and reliability is. Only those engineers who have mastered the reliability technique can design and produce the products with competitive ability. This course mainly introduces the basic theories of reliability, the reliability characteristics, reliability models and reliability calculation of typical systems, reliability forecast and distribution, Failure Mode, Effects and Criticality Analysis (FMECA), Fault Tree Analysis (FTA) method usually used in reliability analysis, general reliability design techniques, reliability test, data processing and so on. It will make students know well and grasp the basic theories of reliability and analysis methods of electrical system.
成績單課程中文名稱：電器理論基礎
成績單翻譯課程英文名稱：Fundamentals Theory of Electrical Apparatus
課程簡介：
電器是電氣化和自動化的基本工具之一，已成為獨立的電工技術領域。在工業(yè)應用中發(fā)揮控制與保護電力網(wǎng)與電路設備的重要作用。課程以電器的基本理論為主，包括電磁機構理論、電接觸理論、電弧理論及電器發(fā)熱和電動力理論等。課程中將穿插講授各種主要電器的工作原理、構造與設計計算,包括小型斷路器、固態(tài)繼電器、混合繼電器、混合接觸器、航天電磁繼電器、MEMS 繼電器等。
Course Description：
Electrical apparatus is one of the basic components in electrification and automation engineering. Now it being an individual subject of electrical engineering plays a vital role in controlling and protecting electric power circuit and electrical equipment which used in industrial application. This course mainly includes basic theory relative to electrical apparatus, i.e. electromagnetic mechanism theory, electrical contact theory, electrical arc theory, electrodynamics and heat transfer theory. The course mainly focuses on working principle, structure and design analysis of typical electrical apparatus, including miniature circuit breaker, solid relay, hybrid relay, hybrid contact, electromagnetic relay in aircraft and miniature electromagnetic relay basing MEMS technology.
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