Circuit boards can get out of whack too, and when that happens they can bend and twist in ways that are not good for the board. This effect happens when some areas of the board have more copper than others. To prevent this, it is a good idea to even out the amount of copper fill used between the different open areas of the board. Here is some more information on why this problem occurs, and what you should do to ensure that your circuit board has good PCB copper balance.
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EMI can be generated in a number of different ways on a PCB, with one of the biggest problems coming from the onboard power supply circuitry. Let’s take a closer look at this problem and some design ideas for reducing EMI in switching power supplies.
In order to make sure that your new product introduction is a success, you need to look at a manufacturer’s quality, their reputation, and what their capabilities are. Without fully looking into a manufacturer first, you may find out that your costs end up being much more than you initially bargained for. Here are some ideas on how you can find the best high mix low volume contract manufacturing for your electronics new product introduction.
Your circuit board design needs to be prepared for the heat as well, but slathering some Coppertone on the power supply components just won’t cut it. PCBs that aren’t prepared for the heat of manufacturing and regular operation are going to have a lot of problems. We’ll take a look at some of the issues with PCB thermal management, and how you can design a board that will thrive in the heat instead of withering.
In printed circuit board manufacturing, static is Electrostatic Discharge or ESD, and it can be a real problem if not contained and controlled. Thankfully there are a lot of processes and techniques that PCB contract manufacturers use to make sure that your board doesn’t suffer from ESD contamination. Let’s take a look here at what the different problems are with ESD in electronics manufacturing, and how they can be dealt with.
Interestingly enough, the word “thief” is used in printed circuit board design as well, and it also relates to deftly stealing something covertly. In this case, however, we are talking about the theft of copper during circuit board fabrication, and the skill of this burglary is actually very important to the manufacturing of your circuit board. Does that sound like a wanted poster that you would be interested to find out more about? If so, then keep reading, and we’ll discuss copper thieving in PCB design and its importance to you.
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- PCB Copper Balance Concerns to Know for Manufacturing
- PCB Design Techniques for Reducing EMI in Power Supplies
- Selecting High Mix, Low Volume Contract Manufacturing for Your NPI Electronics
- PCB Thermal Management Considerations for Assembly
- ESD in Electronics Manufacturing: What PCB Engineers Should Know
- Why is Copper Thieving Used in PCB Development?
- How are PCB Vias Plated?
- How Your CM Can Help with Electronic Component Lifecycle Management
- EMI/EMC Standards for Medical Devices
- The New Product Introduction Supply Chain: How to Choose an Electronics CM