IEEE P1601/D12, Nov 2009
Use Standard for Optical A.C. Current and Voltage Sensing Systems
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About This Item
P1601/D12, Nov 2009 is a technical draft standard for optical AC current and voltage sensing systems, aimed at defining a common basis for measurement and system design. It is relevant to photonics and electrooptics as well as power and energy applications, where optical sensing may be used to support accurate electrical monitoring. As a standard document, P1601/D12, Nov 2009 helps establish clearer expectations for performance, terminology, and application context.
Overview of P1601/D12, Nov 2009
This document focuses on the use of optical methods for sensing AC current and voltage, a topic that sits at the intersection of photonics, electrooptics, and power-system instrumentation. P1601/D12, Nov 2009 is intended to support consistent technical understanding of optical sensing systems used in electrical measurement environments. In practice, it may address how such systems are specified, evaluated, and applied so that design and testing can follow a more uniform approach across related equipment and use cases.
Typical use cases
P1601/D12, Nov 2009 is typically relevant where optical sensing is considered for current or voltage measurement in energized power equipment, test setups, or monitoring systems. It may be used in utility instrumentation, substation measurement, industrial power distribution, and laboratory evaluation of electrooptic sensors. Engineers and procurement teams may consult it when comparing sensing approaches, defining acceptance criteria, or aligning a project with a technical document that supports optical AC measurement methods.
Why it matters
For projects involving optical current and voltage sensing, this standard can help reduce ambiguity in design and specification. P1601/D12, Nov 2009 is important because measurement systems must be consistent, testable, and suitable for the intended electrical environment. Clear requirements can support procurement decisions, performance verification, and risk reduction when selecting sensing hardware. It is especially useful when teams need a shared reference for technical expectations across engineering, testing, and integration activities.
- Optical AC current sensing
- Optical AC voltage sensing
- Power-system measurement applications
- Photonics and electrooptics context
- Design and testing reference
- Publication Date: 2009
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Photonics and Electrooptics; Power, Energy and Industry Applications
- Official IEEE: Doi link
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