IEEE PC62.43.1/D32, Oct 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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About This Item
IEEE PC62.43.1/D32, Oct 2019 is a draft guide for surge protectors and surge protective circuits used in information and communication technology (ICT) circuits, including smart grid applications. It is relevant where communication, networking, broadcast, and power-related electronics must tolerate transient overvoltage events without disrupting service. IEEE PC62.43.1/D32, Oct 2019 helps frame design and application choices for protective components and circuits that support reliability, compatibility, and safer system operation in sensitive ICT environments.
Overview of IEEE PC62.43.1/D32, Oct 2019
This technical document focuses on how surge protection is applied to ICT circuits, with attention to environments that may also interface with smart grid systems. It is aimed at the selection and use of surge protectors and surge protective circuits, where electrical transients can affect signaling, equipment integrity, and system continuity. IEEE PC62.43.1/D32, Oct 2019 is useful for understanding application-specific guidance in a draft stage, especially when coordinating protection across communication and power-connected equipment.
Typical use cases
The standard is commonly relevant for engineers working on network interfaces, communication ports, broadcast equipment, and control electronics that need transient protection. It may also support smart grid-related ICT links where data and power infrastructure intersect. Typical use cases include specifying surge protection at circuit entry points, evaluating protective device placement, and reviewing system-level resilience for equipment deployed in facilities, cabinets, or distributed installations. IEEE PC62.43.1/D32, Oct 2019 is especially pertinent when protective design must align with sensitive signaling requirements.
Why it matters
Surge events can damage ICT circuits, interrupt communications, and reduce the service life of connected equipment. This guide matters because it gives a focused framework for applying surge protection in designs where performance and continuity are important. IEEE PC62.43.1/D32, Oct 2019 can support more consistent engineering decisions, clearer procurement requirements, and better testing or review of protective approaches. For organizations managing networked or smart grid-connected systems, it helps reduce risk while keeping protection choices tied to the actual circuit context.
- Surge protectors for ICT circuit applications
- Protective circuit guidance for transient events
- Interfaces used in networking, broadcast, and control systems
- Smart grid-linked communication protection considerations
- Draft-stage technical guidance for design review
- 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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