ASTM F1467

ASTM F1467 is the Standard Guide for Use of an X-Ray Tester (≈10 keV Photons) in Ionizing Radiation Effects Testing of Semiconductor Devices and Microcircuits. It provides guidance for using an X-ray tester in this specialized test environment, helping users apply a consistent approach when evaluating radiation effects on electronic components. For laboratories, manufacturers, and quality teams, the standard supports more reliable test planning and better comparability of results in semiconductor and microcircuit evaluation.

Purpose of ASTM F1467

The purpose of ASTM F1467 is to guide the proper use of an X-ray tester that produces approximately 10 keV photons for ionizing radiation effects testing. As a guide rather than a prescriptive test method, it helps define a practical framework for how this type of equipment may be used in technical evaluation work. That makes it useful for organizations seeking repeatable procedures, controlled test conditions, and a clearer basis for comparing device response during radiation-related assessments.

Common use cases of ASTM F1467

This standard is commonly used in semiconductor and microcircuit testing programs where an X-ray tester is used to study ionizing radiation effects. It is relevant in laboratory workflows that support device characterization, development testing, and controlled evaluation of electronic components under photon exposure near the stated energy range. ASTM F1467 may also be used when establishing internal procedures, documenting test setup practices, or aligning laboratory work with a recognized technical guide.

Why ASTM F1467 matters

ASTM F1467 matters because consistent use of specialized test equipment can affect the quality and comparability of radiation effects data. In procurement, engineering, and quality control settings, a recognized guide helps reduce ambiguity around how testing should be approached and interpreted. It can also support more disciplined documentation and better communication between suppliers, test labs, and device evaluators. For organizations working with sensitive electronic parts, that consistency can help lower technical risk.

• X-ray tester use guidance
• Approximately 10 keV photon testing
• Ionizing radiation effects evaluation
• Semiconductor device and microcircuit context
• Technical consistency and repeatability