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Effective automated test equipment is built upon the idea of abstracted layers to provide a flexible, robust, and comprehensive test environment. The layers must be plentiful and each one offer abstracted abilities of lower layers. In addition, if a layer is absent, the lack of that layer must not disrupt the ability to use lower ones; a layer must be independent of any higher (observer) layers. This...
There are over 60 .NET languages available today (including their variants) but C# (pronounced C-Sharp) is probably the most common and best suited for ATE instrument driver development. This article will explore the many advantages of using C# over other languages for ATE driver development including reflection, exception handling, threading techniques, auto-implemented properties, partial methods,...
This paper presents a .NET framework as the integrating software platform linking all constituent modules of the fault diagnosis and failure prognosis architecture. The inherent characteristics of the .NET framework provide the proposed system with a generic architecture for fault diagnosis and failure prognosis for a variety of applications. Functioning as data processing, feature extraction, fault...
This work presents a power electronics health monitoring test platform for assessing modern power drives and electric machines with regeneration capabilities. This versatile platform combines data acquisition of critical system signals that are used for analysis as health indicators for the overall system and individual components such as power semiconductor devices. The test platform combines hardware...
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