IEEE PC62.43.1/D29, May 2019
IEEE Draft Guide for Surge Protectors and Surge Protective Circuits Used in Information and Communication Technology Circuits (ICT), Including Smart Grid - Part 1 Applications
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- Language: English
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About This Item
IEEE PC62.43.1/D29, May 2019 is a draft IEEE guide focused on surge protectors and surge protective circuits used in information and communication technology circuits, including smart grid applications. It addresses how these protective devices fit into ICT equipment and related power-connected systems, where transient events can affect reliability and service continuity. For engineers and buyers working with communications, computing, and energy-linked electronics, this specification helps define the technical context for design, evaluation, and use.
What is IEEE PC62.43.1/D29, May 2019?
This document is an IEEE draft guide that concentrates on the application of surge protectors and surge protective circuits in ICT circuits. The emphasis is on practical guidance for using protection components in systems that must manage overvoltage transients without disrupting communication or control functions. IEEE PC62.43.1/D29, May 2019 is relevant to design teams that need a clearer framework for selecting protective approaches, comparing circuit arrangements, and understanding how surge protection supports dependable operation in connected electronic equipment.
Where is IEEE PC62.43.1/D29, May 2019 used?
The guide is most relevant in ICT equipment, networked electronics, and smart grid-related circuits where transient suppression is part of system protection. It may be applied in communication hardware, computing devices, interface circuits, and control or monitoring equipment tied to energy and industrial infrastructure. IEEE PC62.43.1/D29, May 2019 is useful when surge protection must be considered alongside signal integrity, equipment resilience, and the practical limits of circuit design in interconnected systems.
Why is IEEE PC62.43.1/D29, May 2019 important?
This standard matters because surge protection choices can affect equipment survival, uptime, and consistent performance. A clear guide supports more controlled design decisions, better alignment between protection methods and circuit requirements, and more reliable procurement or specification review. IEEE PC62.43.1/D29, May 2019 can also help reduce ambiguity during testing and engineering review, especially where ICT circuits operate in environments exposed to switching transients, coupling effects, or network-connected energy systems.
- Surge protectors for ICT circuits
- Protective circuit application guidance
- Smart grid-related interface considerations
- Transient risk reduction for connected equipment
- Design and evaluation support for protection schemes
- Publication Date: 2019
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Components, Circuits, Devices and Systems; Computing and Processing; Power, Energy and Industry Applications; Communication, Networking and Broadcast Technologies
- Official IEEE: Doi link
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