IEC 61338-1-5:2015

IEC 61338-1-5:2015 defines a technical reference for waveguide type dielectric resonators, focusing on the measurement method of conductivity at the interface between a conductor layer and a dielectric substrate at microwave frequency. It is relevant when engineering teams need a repeatable basis for laboratory evaluation, documented evaluation, and technical validation of materials or interfaces used in microwave components. For organizations handling procurement, conformity assessment, or quality workflows, IEC 61338-1-5:2015 helps align test expectations and support more consistent technical review.

What is IEC 61338-1-5:2015?

IEC 61338-1-5:2015 is the primary technical document for a specific measurement method tied to waveguide type dielectric resonators. Its scope is centered on assessing conductivity at the conductor-layer and dielectric-substrate interface under microwave-frequency conditions, which is an important parameter in component characterization and testing workflows. In practice, the document supports engineers and laboratories that need a defined approach for technical assessment, verification activities, and engineering documentation related to microwave device performance.

Applications of IEC 61338-1-5:2015

This reference is most useful in microwave component development, materials evaluation, and test-lab environments where conductor-to-substrate interface behavior may affect measured performance. It can support product evaluation, test planning, and laboratory procedures for dielectric resonators, especially where operational consistency and repeatable measurement methods are needed. Procurement and compliance teams may also use it to confirm that a chosen technical document aligns with internal qualification, technical validation, or regulatory preparation activities.

Why is IEC 61338-1-5:2015 important?

Accurate measurement methods reduce ambiguity in engineering review and help teams compare results across different test setups or suppliers. IEC 61338-1-5:2015 can therefore support risk management, quality assurance, and conformity assessment preparation by giving organizations a defined basis for conductivity-related evaluation at microwave frequency. For projects involving component qualification, it helps improve testing consistency, supports more defensible technical decisions, and strengthens the documentation used in procurement and compliance workflows.

• Measurement guidance for conductivity at the conductor-to-dielectric interface
• Relevant to waveguide type dielectric resonator characterization at microwave frequency
• Useful for laboratory evaluation, verification activities, and technical assessment
• Supports consistent test planning, documentation, and compliance review