Current is a vital part of the operation of any circuit board, but as the current in a fast-moving river, it can also be unforgiving if not treated with the care that it deserves. When you are working with high current applications, you need to exercise an even greater amount of caution in your design. Let’s take a look at some via stitching guidelines and other tactics that are helpful in designing high current printed circuit boards.
Designers, builders and suppliers of electrical and electronic products bear the responsibility of minimizing the probability of these fears manifesting and posing a threat to anyone’s safety. For circuit boards, that means following good design tips for high current and when incorporating high voltage PCB design considerations that will aid your CM in building safe, reliable boards and avoiding potential dangers. Before laying out the essential considerations to include, let’s define a high voltage PCB and the potential threats laying in wait that you want to avoid.
Electronics innovators like you need a PCB CM who can help you to develop and manufacture your designs. These seven benefits are critical in producing a high-quality product quickly and efficiently in order to meet your schedule requirements. Let’s take a closer look at these benefits of local manufacturing, and how they are going to help you to achieve your business goals.
When it comes time to choose who to work with, you will need to determine which PCB CM will be the best choice for what you need to be done. Some CMs will have more experience and capabilities than others, and it will pay to have a better understanding of who they are and what they have to offer. Let’s look further into these different services so that you will have a better idea of how to choose a PCB Manufacturer that will be right for your needs.
Having an unorganized schematic doesn’t just affect its readability however, it can also create problems for how the circuit board is designed and manufactured. To avoid these problems and create a clean and readable schematic, here are some tips on PCB schematic design capture to help.
If the parts on the board aren’t placed accurately, there will usually be problems in how the board is assembled. There are many factors that can contribute to this including whether the physical parts themselves are within their manufacturer’s tolerances, and how they are used on the circuit board. Let’s look at some of these issues, and some recommendations on how you can design for better SMT component placement accuracy.
Need a hand with a current or future PCBA project? Find out what a difference VSE’s experts can make.
- PCB Material Properties That Can Impact Board Manufacturability
- Six Challenges of Medical Device Product Development
- PCB Heat Dissipation Techniques to Protect Your Board
- What Are the IPC Component Spacing Guidelines?
- How to Determine the Optimal PCB Component-to-Edge Clearance
- Eight Important PCB Panelization Guidelines to Know
- Six Best Practices to Ensure PCB Design Completion
- Five Types of Soldering Defects in PCB Assemblies and How to Avoid Them
- Nine PCB Routing Best Practices
- Seven PCB Layout Best Practices