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Altium Develop brings electrical, mechanical, software, sourcing, and manufacturing teams together in a shared, real-time environment. By uniting data, context, and visibility, it eliminates silos and enables teams to work as a single group.
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Stack-Up to Success Avoid the Pitfalls Stack-Up to Success: Avoid the Pitfalls 5 min Blog PCB Design Engineers Electrical Engineers Manufacturing Engineers PCB Design Engineers PCB Design Engineers Electrical Engineers Electrical Engineers Manufacturing Engineers Manufacturing Engineers Avoid warpage, impedance issues, and delays. Learn how smart PCB stack-up design ensures performance, reliability, and smooth fabrication. Read Article
Zero-Cross Switching Circuit Designs Zero-Cross Switching Circuit Designs 8 min Blog Electrical Engineers Electrical Engineers Electrical Engineers Zero-cross switching circuits operate in voltage mode or current mode to enable switching of logic circuits based on the state of an AC input signal. Read Article
Ensuring Precise Connector Alignment in Multi‑Board Manufacturing Ensuring Precise Connector Alignment in Multi‑Board Manufacturing 7 min Blog PCB Design Engineers Systems Engineers/Architects PCB Design Engineers PCB Design Engineers Systems Engineers/Architects Systems Engineers/Architects Avoid costly misalignment errors in multi-board designs. Learn how to ensure precise connector fit, electrical integrity, and mechanical alignment from the start. Read Article
FPGA Power Sequencing Requirements FPGA Power Sequencing Requirements 6 min Blog Electrical Engineers Electrical Engineers Electrical Engineers Get ready to enhance your understanding of FPGA power requirements and take your designs to the next level. With multiple voltage rails across different subsystems, it is crucial to implement effective power sequencing strategies that adhere to various voltage requirements to ensure optimal performance. The article offers insights into typical FPGA power requirements, the need for dedicated regulators, and the advantages of using programmable mixed-signal ICs for efficient power management. Key takeaways include: - The importance of proper power sequencing to avoid potential damage and enhance FPGA reliability. - Strategies for managing multiple voltage rails and the role of dedicated regulators. - A look at programmable mixed-signal ICs as effective solutions for monitoring and sequencing. Discover considerations for power sequencing in FPGAs, highlighting how these complex components necessitate specific voltage rail management to prevent issues like latch-up and damage. Read Article
Can CPLDs Be Used in Mixed-Signal Applications? Can CPLDs Be Used in Mixed-Signal Applications? 5 min Blog Electrical Engineers Electrical Engineers Electrical Engineers CPLDs traditionally require external components to implement in mixed-signal applications. Renesas GreenPAK brings CPLD functions into mixed-signal systems. Read Article
What is a Programmable Mixed-Signal IC? What is a Programmable Mixed-Signal IC? 5 min Blog Electrical Engineers Electrical Engineers Electrical Engineers Programmable mixed-signal ICs fuse analog sensing capabilities with FPGA or CPLD configurability on silicon. Read Article
Flexible and Stretchable Electronic Components Trends in Flexible and Stretchable Electronic Components 6 min Newsletters Electrical Engineers PCB Design Engineers Electrical Engineers Electrical Engineers PCB Design Engineers PCB Design Engineers New flexible and stretchable electronic components are the (very flexible) backbone of new devices that bend, flex and reshape the Read Article