IEEE 1073.4.1-1994

1073.4.1-1994 is a technical standard for cable connected bioengineering equipment, addressing how connected devices and supporting components are arranged and used in a medical or laboratory setting. It is relevant where reliable cable-based connection affects performance, handling, and safety. For bioengineering applications, this standard helps define a common reference for design and evaluation, supporting more consistent equipment selection, installation, and compliance review.

Overview of 1073.4.1-1994

This standard focuses on a cable connected configuration within the bioengineering field, where interconnection is part of the equipment’s operating method. IEEE 1073.4.1-1994 is typically understood as part of a structured approach to device interoperability and system organization. In practical terms, it can support product development, technical documentation, and procurement decisions by giving users a clearer basis for comparing cable-connected solutions used in controlled technical environments.

Typical use cases

1073.4.1-1994 is commonly relevant for cable connected bioengineering systems that rely on direct wired links between a device and related modules, interfaces, or monitoring components. This may include equipment used in clinical instrumentation, patient-connected systems, or laboratory setups where stable physical connections are preferred. It can also be useful when assessing compatibility, connection methods, and configuration consistency across a wired product chain.

Why it matters

Using a defined standard such as 1073.4.1-1994 helps reduce ambiguity during design, review, and purchasing. For cable connected bioengineering equipment, clear requirements can support safer integration, more consistent performance, and easier testing against expected connection behavior. It may also help organizations manage risk by aligning technical choices with a recognized specification, which is especially important when wired connections influence reliability, traceability, or operational control.

• Cable connected bioengineering configuration
• Wired device interface expectations
• Consistency in technical evaluation
• Support for compliance and procurement