IEEE P287/D5, Feb 2007
Approved IEEE Draft Standard for Precision Coaxial Connectors (DC to 110 GHz)
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- Language: English
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About This Item
IEEE P287/D5, Feb 2007 is an approved draft standard for precision coaxial connectors, covering applications from DC to 110 GHz. It is relevant to components, circuits, devices and systems where connector behavior can directly affect signal integrity, repeatability, and measurement confidence. For engineers and buyers working with high-frequency interconnects, this draft standard helps define a common technical basis for design, evaluation, and procurement.
Overview of IEEE P287/D5, Feb 2007
This document addresses precision coaxial connectors intended for very wideband electrical use, where controlled impedance and stable mechanical interfaces are critical. IEEE P287/D5, Feb 2007 is focused on connector performance at both low and extremely high frequencies, making it useful in contexts where small variations can influence test results or system response. As a draft standard, it provides a structured reference for requirements, terminology, and expected connector characteristics within IEEE P287.
Typical use cases
IEEE P287/D5, Feb 2007 is typically used in RF and microwave test setups, laboratory calibration chains, measurement instruments, and other coaxial interconnect applications that demand precision over a broad frequency range. It is especially relevant where connectors must support reliable mating, repeatable performance, and accurate transmission in components and systems. Organizations involved in design verification, bench testing, or high-frequency procurement may use it to compare connector suitability and maintain consistency across equipment.
Why it matters
In precision coaxial applications, connector details can strongly affect electrical performance, interoperability, and measurement uncertainty. IEEE P287/D5, Feb 2007 matters because it supports more consistent design and evaluation of connectors used in demanding signal paths. A defined standard helps reduce compatibility risks, improves purchasing decisions, and gives engineering teams a clearer basis for testing and qualification. For technical workflows, that can mean better repeatability and fewer integration problems.
- Precision coaxial connector requirements
- DC to 110 GHz frequency context
- High-frequency test and measurement use
- Design and procurement reference
- Draft standard status: inactive
- Publication Date: 2007
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Components, Circuits, Devices and Systems
- Official IEEE: Doi link
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