IEC 61319-2:1997

IEC 61319-2:1997 provides the technical reference for Interconnections of satellite receiving equipment - Part 2: Japan, helping organizations evaluate how satellite receiving equipment is interconnected within the Japanese context. It is relevant when engineering teams, procurement specialists, or compliance staff need a documented basis for technical review, conformity assessment, or product evaluation. As an original edition published in 1997, IEC 61319-2:1997 can support controlled documentation, verification activities, and design decisions where interface consistency and system compatibility are being assessed.

What is IEC 61319-2:1997?

This document addresses the interconnections used in satellite receiving equipment for Japan, making it a practical compliance reference for system-level integration work. It is likely used to guide technical assessment of how related equipment is connected and how those connections are documented for engineering validation or laboratory evaluation. For teams reviewing product suitability, the title indicates a focus on structured interconnection arrangements rather than general broadcast theory, which can be important during technical document review, procurement checks, and operational consistency testing.

Applications of IEC 61319-2:1997

IEC 61319-2:1997 is most relevant in workflows involving satellite receiving equipment design, interface verification, and product documentation review. It may be used by manufacturers preparing engineering documentation, by laboratories performing testing workflows on connected equipment, and by compliance teams assessing whether an implementation aligns with the referenced interconnection approach. It can also support technical validation during regional product evaluation, especially where conformity assessment depends on consistent interface definitions and clear system integration records.

Why is IEC 61319-2:1997 important?

For organizations working with satellite receiving equipment, the value of IEC 61319-2:1997 lies in reducing ambiguity during specification review and implementation. Clear interconnection guidance can improve interoperability, support quality assurance, and make technical compliance easier to demonstrate. It may also help reduce risk in procurement and deployment by giving teams a shared reference for engineering decisions, testing consistency, and documented evaluation. In regulated or customer-driven projects, that kind of structure is often essential for conformity assessment preparation.

• Supports review of satellite receiving equipment interconnections for the Japanese context
• Useful for engineering documentation, technical validation, and interface control
• Helps laboratories and compliance teams maintain consistent evaluation criteria
• Can assist procurement and product assessment where documented compatibility is required
• Provides a primary reference for structured conformity assessment workflows