Design007 Magazine

Design007-June2025

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62 DESIGN007 MAGAZINE I JUNE 2025 TOP TEN EDITOR'S PICKS Zuken has announced the release of the 2025 updates to its flagship PCB design applications, CR-8000 Design Gateway and Design Force. This latest version introduces targeted enhancements to improve design integrity, accelerate schematic and layout development, and address the growing complexity of high-speed, high-density electronics. Zuken Launches CR-8000 2025 with AI-enhanced Support for High-speed, High-density PCB Design EMC isn't black magic, but it's easy to understand why it seems that way. When looking at a schematic like in Figure 1, it looks like you're only dealing with DC signals all across the board. There's a 28 VDC input that goes through an EMI filter, then gets converted to 12 VDC power. High-frequency EMC Noise in DC Circuits The industry best practice for transferring design out- put data to manufacturing is establishing tight integration and close collaboration with your suppliers. It's important to understand that your sup- pliers are your project's external stakeholders. The key to achieving downstream success is in optimizing the transition between engineering and manufacturing. It's a principle rooted in design for manufacturing (DFM) and manufacturing-driven design (MDD). Defining the Ideal PCB Design Data Output Imagine a day when a design data file—not a traditional documenta- tion package—is output directly from the eCAD system, transmitted to selected fabricators, and automatically loaded into their engineering/CAM systems, initiating tooling and production without any human intervention. This is zero touch data transfer in action. Zero Touch Data Package: The Future of Seamless PCB Manufacturing From data centers to smartphones, designers know that the ohms have it. Getting impedance right ensures all-important signal integrity and delivers high-performing boards. Our designers understand the importance of controlled imped- ance, but not everyone addresses it in their designs. The most com- mon and important controlled impedance types we see include microstrip, stripline, embedded microstrip, and differential pairs. Connect the Dots: Proactive Controlled Impedance

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