As signal speeds continue to get faster and faster in circuit boards, designers must do more to ensure the best signal integrity in their layouts. One of those areas that require diligence in design is controlled impedance traces. High-speed transmission lines must have a carefully created trace structure to guide their path without differences in impedance that can distort the signal. Not only does this affect how the trace is routed, but also how the board layer structure is set up. Here is a brief look at impedance control in PCB design and how you can successfully set up your board for routing controlled impedance lines.
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PCB manufacturing requires raw materials for circuit board fabrication and electronic components for final assembly. Currently, the industry is experiencing shortages in both materials and components, and these shortages have a significant effect on the production of printed circuit boards. Here is a closer examination of the ongoing electronics material shortage in PCB assembly and what you can do to protect yourself.
Printed circuit boards can now be manufactured using green technology lead-free solder to protect against these hazardous materials. Not only is this a more environmentally friendly option, but it also complies with the restriction of hazardous substances (RoHS) regulations mandated for electronics sold in Europe. Here are more details on these sustainable electronics materials and processes in use by local PCB contract manufacturers.
Electronics innovators and OEMs are scrambling to find the components they need to build their products, forcing them to find new sources for parts. We’ll look at some of the reasons electronics manufacturers are in this situation and how you can search for new electronic components in the supply chain.
This shortage has become a hot topic lately, especially for design engineers creating new electronic equipment, and two critical questions are being raised. Why is there a semiconductor shortage, and how can we work around it? We’re going to look at this problem in greater detail and give you some suggestions on preparing for it, so your next PCB design doesn’t come up short on parts.
It would be ideal if electronic components never failed, never became obsolete, or were never too expensive or unavailable. Sadly, that is not the case. Any or all of those conditions can cause PCB design’s parts to need replacing. Since this problem is unavoidable, here are some different ways to find replacement electronic components and simplify that process.
Need a hand with a current or future PCBA project? Find out what a difference VSE’s experts can make.
- Requirements for Impedance Control in PCB Design
- When Electronics Material Shortage in PCB Assembly Affects Your Production
- Sustainable Electronics Materials and Manufacturing Utilizing Green Technology
- Locating New Electronic Components: Supply Chains and Shortages
- Why is There a Semiconductor Shortage and How We Work Around It
- How To Find Replacement Electronic Components For Your Projects
- Component Availability In Production: Solutions for Challenging Times
- PCB Tooling Holes Design Guide
- Global Electronic Component Shortage: Solutions to Stay Ahead
- The Four Main Benefits of Onshoring PCB Assembly Contracts