10 Best Practices of PCB Design

已创建：September 11, 2017
已更新：March 16, 2020

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PCB Design Process The EDA Design Approach

PCB Design Process: The EDA Design Approach Streamline your PCB design process with EDA. Align requirements, schematic, layout, and release to cut respins and boost first-pass yield. 阅读文章

PCB Design Guidelines for Controlled Impedance Routing

PCB Design Guide to Controlled Impedance During PCB Routing In June 1831, Sir James Clark Ross discovered the North Magnetic Pole on the Boothia Peninsula in Northern Canada. While the term “discovery” seems to indicate that the North Magnetic Pole is static, the North and South Magnetic Poles, in fact, move continuously. The Earth’s magnetic field changes over time and as those changes occur, the positions of the poles also shift. Given the rate of movement at 55 km per year, we may have another meaning 阅读文章

PCB Design Guide for Engineers, Part 1

PCB Design Guide for Engineers, Part 1 Bringing a design from conception to fully assembled PCB is a daunting task that requires the cohesion of an entire team. Understanding each team member’s role in the design process is tantamount to the successful development of your product. Read on to find out more. Unite Your PCB Design Team to Deliver Successful Products Bringing a design from conception to fully assembled PCB is a daunting task that requires the cohesion of an entire team 阅读文章

The PCB Design Guide for Engineers Part 2 - PCB Planning

The PCB Design Guide for Engineers Part 2 - PCB Planning As a PCB designer, the planning of the development of a one or several printed circuit boards can be a daunting task. There will be a host of other software tools that will be used in the development of your project. From tools that can be used to track the progress of your human resources within your team to the software tools used by your internal and external resources to bring your project to life. What about high speed components, the solder 阅读文章

Via stub backplane

Your Complete Guide to Via Stub Analysis Via stub accumulate loss for high speed and high frequency signals. Here’s how you can spot problems with stubs and solve them easily. 阅读文章

PCIe BGA Fanouts and Escape Routing

PCIe Card Guides: BGA Fanouts and Escape Routing With all the chips that appear on a PCI or PCIe card, laying out and routing these boards might seem extremely complicated. However, the standardized architecture of PCIe provides considerable flexibility for designers. One issue that is a bit complicated is PCIe BGA fanouts for components on these cards. The trick to implementing a fanout and escape routing strategy is ensuring that you comply with the PCIe layout and routing specifications 阅读文章

Your Guide to LCR Meters

Your Guide to LCR Meters LCR meters measure inductance (L), capacitance (C), and resistance (R) – hence the name. LCR meters can be powerful tools for supporting the development of electronic circuits. However, to get the best from your meter, you must understand precisely how they work and the benefits they bring to the development process. In this article, we'll look at how LCR meters work, how to choose the best meter for your needs, and what benefits they can bring 阅读文章

Flattening Your Workflow: A Guide to “Flat” Style Project Management

Flattening Your Workflow: A Guide to “Flat” Style Project Management As flat organizations become more popular so do the methods and processes that come along with them. This blog discusses not the flat organizational structure itself but how a flat organization functions within the project management arena. The principles of project management learned from a flat organization can be adopted in the flattest companies to the most hierarchically structured organizations. Being “flat” is hip but why should I do it 阅读文章

PCB Design Rules for Analog Circuits

PCB Design Guidelines for Analog Circuits Designers should take note of some important PCB design rules for analog circuits and mixed-signal systems. Here are some important analog PCB layout guidelines. 阅读文章

Test Out and Validate High-Speed Designs with Signal Integrity Simulation

Test Out and Validate High-Speed Designs with Signal Integrity Simulation Sometimes the biggest onion can’t be peeled. It seems simple enough. You pick up an onion, a knife, and get going. It would be nice if all of life were so simple, and I suppose it is if you can just break each task into a simple series of steps. Along with intuitive tools, each step leads to the next and pretty soon you’re sending commands from your smart phone to your food processor before you get home. Signal integrity simulators feel like a 阅读文章

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