IEEE PC62.37.1/D2, May 2012
IEEE Draft Guide for the Application of Thyristor Surge Protective Device Components
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Language: English
License Type: Single User
Updates: Not Included
About This Item
IEEE PC62.37.1/D2, May 2012 is a draft guide for the application of thyristor surge protective device components. It addresses how these components are used in power, energy, and industry applications, where controlled protection and reliable circuit behavior are important. As a draft technical document, it is relevant to engineers evaluating device selection, application conditions, and coordination considerations for surge protection in component-level designs and system-level installations.
About IEEE PC62.37.1/D2, May 2012
This standard focuses on the application side of thyristor-based surge protective device components, with attention to how they fit into electrical and electronic systems. IEEE PC62.37.1/D2, May 2012 is intended to support consistent engineering decisions around component use, operating conditions, and protective performance. It is especially useful where surge events, transient handling, and device coordination affect the reliability of power equipment or sensitive circuits in industrial and energy-related environments.
Where is IEEE PC62.37.1/D2, May 2012 used?
The guidance is most relevant in equipment and systems that rely on thyristor surge protection at the component level, such as power conversion assemblies, control circuits, industrial electronics, and related energy infrastructure. It may be used by design teams, test engineers, and procurement specialists who need a clearer technical basis for selecting or evaluating surge protective device components. IEEE PC62.37.1/D2, May 2012 helps align application decisions with the expected electrical stresses and operating context.
Importance in practice
In practice, a guide like IEEE PC62.37.1/D2, May 2012 helps reduce ambiguity when specifying or reviewing thyristor surge protective device components. That matters for compliance checks, design consistency, and performance validation, particularly where transient protection can affect uptime and equipment safety. It can also support more informed procurement and testing decisions by giving engineers a shared reference for application expectations, helping lower the risk of mismatch between protective components and their intended electrical use.
- Thyristor surge protective device component application
- Transient and surge protection guidance
- Power and industrial electronics context
- Design, testing, and selection support
- Draft guide for engineering reference
- Publication Date: 2012
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Power, Energy and Industry Applications; Components, Circuits, Devices and Systems
- Official IEEE: Doi link
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