IEEE P1505/D6, Oct 2009

P1505/D6, Oct 2009 is a draft standard for standard for receiver fixture interface, providing a technical basis for how receiver-side interfaces are defined and evaluated. In the context of components, circuits, devices and systems, it helps support consistent design intent, interface compatibility, and clearer technical communication. For engineers working with power, energy and industry applications, P1505/D6, Oct 2009 can serve as a reference point for structuring requirements and checking whether a receiver fixture interface meets expected performance and fit.

P1505/D6, Oct 2009 overview

P1505/D6, Oct 2009 focuses on the receiver fixture interface, which typically means the physical and functional connection points used by a receiver within a larger device or system. As a draft standard, it is intended to guide how that interface is described, tested, and aligned with related components. The document is relevant where interface consistency affects interoperability, engineering verification, and repeatable product design across circuits, devices, and system assemblies.

Typical use cases

This standard may be used when developing or reviewing receiver-side hardware that must connect reliably to a fixture, docking arrangement, or related subsystem in power and industrial equipment. It can support design teams, test engineers, and procurement groups that need a shared reference for interface requirements during prototyping, qualification, or integration work. P1505/D6, Oct 2009 is most useful where controlled fit, defined contact behavior, and repeatable assembly conditions matter to the overall system.

Why this standard matters

Clear interface standards reduce ambiguity during design and testing, which can lower the risk of mismatch between parts, equipment, or suppliers. P1505/D6, Oct 2009 helps create a common technical basis for compliance checks and engineering reviews, especially when receiver fixtures are part of a larger power or industrial application. Using a defined draft standard can also improve consistency in documentation, support more reliable procurement decisions, and make verification steps easier to repeat.

• Receiver fixture interface definition
• Draft technical requirements
• Compatibility and fit checks
• Design and test reference
• Power and industrial applications context