IEEE PC62.36/D34, Oct 2015
IEEE Draft Standard for Test Methods for Surge Protectors and Protective Circuits Used in Information and Communications Technology (ICT) circuits, including Smart Grid Data Circuits
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Language: English
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About This Item
IEEE PC62.36/D34, Oct 2015 is a draft IEEE standard focused on test methods for surge protectors and protective circuits used in information and communications technology (ICT) circuits, including Smart Grid data circuits. It is relevant where transient protection performance must be evaluated in a controlled, repeatable way. For designers, test labs, and procurement teams working with ICT interface protection, this document helps define how protective components and circuits are assessed for reliability and suitability.
What is IEEE PC62.36/D34, Oct 2015?
This technical document defines draft test methods for surge protection devices and protective circuits intended for ICT applications. IEEE PC62.36/D34, Oct 2015 is centered on how these protections respond under surge conditions, helping establish consistent measurement and evaluation practices. The standard is useful for comparing designs, verifying protective behavior, and supporting engineering decisions where circuit resilience matters. Its focus is practical: it addresses the testing side of protection performance rather than general product features.
Where is IEEE PC62.36/D34, Oct 2015 used?
IEEE PC62.36/D34, Oct 2015 is typically used in environments that depend on protected data and communications paths, such as ICT equipment interfaces and Smart Grid data circuits. It is especially relevant for surge protection testing in communication modules, input/output interfaces, and protective circuit assemblies. Manufacturers, validation laboratories, and engineering teams may use it when assessing device behavior against transient stress conditions and when comparing protection approaches for sensitive circuits in power-related and networked systems.
Why is IEEE PC62.36/D34, Oct 2015 important?
This standard matters because surge-related damage can interrupt communications, degrade components, or create inconsistent performance in protected circuits. IEEE PC62.36/D34, Oct 2015 supports more consistent testing, which helps improve design control and reduce ambiguity during qualification. It can also aid procurement and compliance reviews by giving buyers and suppliers a shared technical basis for evaluating surge protection methods. In practice, that helps reduce risk and supports more reliable ICT and Smart Grid circuit design.
- Draft test methods for surge protection
- ICT circuit and interface evaluation
- Protective circuits for transient stress
- Smart Grid data circuit applications
- Performance comparison and qualification support
- Publication Date: 2015
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Power, Energy and Industry Applications; Components, Circuits, Devices and Systems
- Official IEEE: Doi link
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