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Simulation: Power Delivery Network Analysis

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Technical Documentation PDN Analyzer (by CST) Example Guide The PDN Analyzer (PDNA) application is relatively straightforward to use, and basically involves setting up the PI-DC simulation net parameters, running the simulation and then interpreting the results. The data used in a PDN Analyzer power net simulation is drawn directly from the currently loaded PCB design project, which can be iteratively edited to improve the power integrity of the supply…
Technical Documentation PDN Analyzer (by CST) The practical performance of a PCB design layout depends on a multitude of factors, many of which can be predicted, to a reasonable degree, through a range of PCB design analysis tools such as post-layout Signal Integrity analysis. What's often neglected however, or simply relegated to a 'rule of thumb' methodology, is developing the most effective layout design for board's DC Power Delivery…
Technical Documentation Power Analyzer by Keysight QuickStart Guide Parent page: Power Analyzer by Keysight With modern digital designs featuring high-speed circuitry, densely populated boards, and multiple low-voltage supply rails, the demands placed on the design's DC Power Delivery Network require an analytical approach to its design. The DC analysis of a Power Delivery Network, or the results of its DC Power Integrity (PI-DC), aims at ensuring that adequate…

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Building an MCP Server for Your Lab Equipment Building an MCP Server for Your Lab Equipment 6 min Blog Test Engineers Electrical Engineers Software Engineers +1 Test Engineers Test Engineers Electrical Engineers Electrical Engineers Software Engineers Software Engineers Engineering Specialists Engineering Specialists This article reviews the construction of a Model Context Protocol (MCP) server tailored for lab equipment, enabling large language models (LLMs) to autonomously manage devices like power supplies through simple voice commands or plain text instructions. It covers essential aspects such as defining functions with clarity, implementing safety precautions, and the process of wrapping lab instruments to create reliable LLM-assisted procedures. Readers will learn how to enhance their experiments with AI integration while understanding the importance of safety when interfacing with real-world hardware. - Discover how to build an MCP server that allows LLMs to control lab equipment autonomously and safely. - Learn best practices for function definition, testing, and implementing safety guardrails in your setup. - Gain insights into automating lab procedures using your voice or plain text commands, transforming the way you conduct experiments. Continue reading to explore how you can leverage AI to revolutionize your lab processes and enhance your experimental capabilities. Read Article
decoupling capacitor location When Does Decoupling Capacitor Location Matter on a PCB? 9 min Blog PCB Design Engineers PCB Design Engineers PCB Design Engineers Decoupling capacitor placement is one of those PCB layout topics where a simple rule gets repeated far beyond the conditions Read Article
PA Banner Understanding Power Integrity in PCB Design: Power Analyzer by Keysight Whitepaper 2 min Whitepapers Simulation Engineers Test Engineers Simulation Engineers Simulation Engineers Test Engineers Test Engineers Understanding Power Integrity in PCB Design: Power Analyzer by Keysight Whitepaper In modern electronics, power distribution is no longer a Read Article