Design for Testability (DFT) involves incorporating features into a VLSI design that make it easier to test after manufacturing. DFT techniques, such as scan chains, built-in self-test (BIST), and boundary scan, allow for efficient detection and diagnosis of manufacturing defects, ensuring high yield and reliability of the produced chips. DFT is crucial for reducing the cost and complexity of testing complex VLSI circuits, improving overall product quality and reliability.
Hello, I'm Radha Kulkarni, an electronics engineer and a passionate blogger focused on VLSI and electronics concepts. I share my knowledge of VLSI and electronics concepts through informative and engaging blogs. My content covers a range of topics, including the latest trends, best practices, and insights into the industry. As someone passionate about my work, I enjoy connecting with others who share my interests and look forward to building a community around VLSI and electronics. Thank you!
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