IEEE PC62.43.1/D33, Nov 2019
IEEE Approved 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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About This Item
IEEE PC62.43.1/D33, Nov 2019 is an approved draft 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 components are applied in ICT equipment and related power interfaces, where transient overvoltage control can affect reliability, service continuity, and equipment protection. For engineers and purchasers working with communication, networking, and energy systems, this document helps define a more consistent technical basis for evaluating surge protection approaches.
About IEEE PC62.43.1/D33, Nov 2019
This standard provides guidance for applications rather than a general-purpose product specification. It is centered on the use of surge protectors and surge protective circuits in ICT circuits, with attention to the conditions commonly found in telecommunications, networking hardware, and smart grid-connected systems. IEEE PC62.43.1/D33, Nov 2019 is useful when comparing design approaches, reviewing protection schemes, or aligning engineering expectations for transient handling in interconnected equipment.
Where is IEEE PC62.43.1/D33, Nov 2019 used?
The technical scope typically fits communication devices, network interfaces, and broadcast-related systems that include exposed signal or control lines needing surge protection. It may also be relevant in smart grid environments where ICT circuits interact with monitoring, control, or field communication equipment. In practice, IEEE PC62.43.1/D33, Nov 2019 can support design review for surge protective circuits in devices that must operate reliably across interconnected electronic and power-linked installations.
Importance in practice
For procurement, design, and testing teams, this guide helps establish a clearer basis for assessing how surge protectors are applied in ICT circuits. That matters because transient events can disrupt service, damage sensitive electronics, or create inconsistent performance across installations. IEEE PC62.43.1/D33, Nov 2019 can support more consistent engineering decisions, reduce ambiguity during specification review, and improve coordination between protection design and system-level reliability goals.
- Surge protectors for ICT circuit applications
- Protective circuit guidance for transient events
- Communication and networking equipment interfaces
- Smart grid-related ICT protection considerations
- Design and review support for reliability planning
- Publication Date: 2019
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Communication, Networking and Broadcast Technologies; Components, Circuits, Devices and Systems; Power, Energy and Industry Applications
- Official IEEE: Doi link
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