Abstract: The measurement of electrical parameters, whether AC or DC, is a crucial step in the design, development, and validation of integrated circuits. As integrated circuits continue to evolve, incorporating increasingly complex and diverse functional blocks, the need for comprehensive and thorough measurement becomes increasingly important.
The measurement process involves several key stages. First, functional testing ensures that the IC operates correctly. This is followed by timing and power analysis, which identifies potential timing violations and optimizes power consumption to enhance energy efficiency. Voltage and frequency scaling experiments are also conducted to investigate the IC's performance.
Furthermore, validation and compliance checks are performed to ensure adherence to industry standards and regulatory requirements. Sophisticated simulation techniques play a vital role in facilitating the measurement process, enabling a faster and more cost-effective assessment of the IC's behaviour. Building on this foundation, this paper explores the automation of the measurement process using LabVIEW, with a focus on streamlining and optimizing the testing and validation of integrated circuits.
Keywords: Integrated Circuits, LabVIEW, AC measurement, DC measurement.
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