IEC 61019-2:2005

IEC 61019-2:2005 provides guidance on the use of surface acoustic wave (SAW) resonators, helping engineers and procurement teams evaluate how these components fit into a broader design or verification workflow. Based on the title, the document is concerned with practical application rather than defining the resonator itself, which makes it useful when assessing technical suitability, documentation quality, and conformity assessment needs. For organizations reviewing radio-frequency or timing-related component data, IEC 61019-2:2005 supports a more consistent technical review and procurement decision process.

What is IEC 61019-2:2005?

IEC 61019-2:2005 is the second edition of

Surface acoustic wave (SAW) resonators - Part 2: Guide to the use

, offering guidance on how SAW resonators are typically applied and considered in engineering work. As a use guide, it is likely intended to support design interpretation, component selection, and documented evaluation rather than to serve as a product specification. That makes it relevant for teams performing technical validation, comparing component options, or preparing compliance-oriented engineering documentation around SAW-based designs.

Applications of IEC 61019-2:2005

This document is relevant wherever SAW resonators are reviewed as part of electronic design, test planning, or product evaluation. Common workflows may include circuit-level assessment, supplier documentation review, laboratory evaluation, and engineering verification activities for frequency-related or signal-conditioning functions. It can also support procurement teams that need a technical reference during part selection, especially when consistency, traceability, and operational compatibility matter. In that context, IEC 61019-2:2005 helps align internal technical review with a recognized usage guide.

Why is IEC 61019-2:2005 important?

For organizations working with SAW resonators, the value of IEC 61019-2:2005 is in reducing ambiguity during technical assessment and conformity assessment preparation. A clear guide to use can improve consistency across design teams, testing laboratories, and quality workflows, especially when different stakeholders need a shared basis for evaluation. It may also help reduce risk in procurement and validation by supporting better interpretation of component behavior, documentation, and intended application. That makes it a practical compliance reference for engineering and review processes.

• Guidance for the practical use of surface acoustic wave resonators in engineering workflows
• Useful for technical review, product evaluation, and supplier documentation assessment
• Supports laboratory evaluation, validation planning, and conformity assessment preparation
• Helps improve consistency in procurement decisions and engineering documentation