Semiconductors

Written by Vishal Ranjan | Updated: September 16, 2025

Semiconductors

Written by Vishal Ranjan |  Updated: September 16, 2025

Semiconductors include diodes and transistors having properties somewhere between the conductors and non-conductors. Elemental semiconductors are silicon and germanium which form the integral circuits. Semiconductors are crucial to anything that is computerized or uses radio waves and are primarily used in electronic devices, such as chips. 

Semiconductors can be elemental as well as compounds such as gallium arsenide or cadmium selenide. They are widely used in laser diodes, solar cells, and microwave-frequency integrated circuits. A semiconductor industry is concerned with the design and fabrication of semiconductors and is considered to be a viable business. It acts as a backbone of the electronics industry and tech industry.

ASTM International provides various standards for the proper production and distribution of semiconductors. The test method, specification, classification, practice, guide, and terminology standards are covered under it.  In order to ensure safety and better quality of the electronic equipment, ASTM International has developed a number of standards critical to semiconductor materials used in various industries.

ABOUT AUTHOR

Vishal Ranjan is an experienced Materials Consultant and Structural Engineer with over 5 years of material selection, testing, and failure analysis expertise. He specializes in investigating and reconstructing material failures and providing scientifically sound recommendations rooted in advanced engineering principles. Currently serving as a Customer Engagement Manager, Vishal combines his technical background with client-focused strategies to deliver practical, high-impact solutions in materials and structural engineering. His work is grounded in a strong academic foundation: He holds an M.Tech in Structural Engineering from IIT Kanpur, one of India's premier engineering institutions. Vishal’s approach is both analytical and results-driven.

He has a proven ability to bridge technical insights with real-world applications. He has played a key role in various projects requiring precise evaluation of structural integrity, root cause failure investigations, and materials performance under diverse environmental and operational conditions. Through his work, Vishal continues to contribute to advancements in engineering practices and client solutions, focusing on safety, durability, and innovation.

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