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Learn about the history of PCBs - to understand its value, and how much it has evolved throughout time. The post The history of PCBs appeared first on NCAB Group.
PCBs used in harsh and extreme environments will be exposed to extreme situations. Learn about what defines extreme environments and about the PCBs used. The post PCBs for Harsh and Extreme Environments: What defines an extreme environment? appeared first
NCAB local customer teams support you when buying PCBs, and are also a link between you and you and our partner factories. The post Buying PCBs with support from a local team – does it make a difference? appeared first on NCAB Group.
High-power applications are those that require a lot of power to operate. This is usually because they are used in devices that need to be able to run for a long time without being plugged in. The post PCB designs with high-power applications – demands an
When choosing PCBs that can bend into place, electrical engineers have a choice between using flex and semi-flex PCBs. Following is a basic overview of how these two types of PCBs differ and their uses in modern electrical devices. The post Semi-Flex PCBs
Electronics trends in general and electrical vehicle charger in particular - learn more about important driving trends within electronics. The post Electronics are transforming the world appeared first on NCAB Group.
Imagine you are a start-up company. You spent a year designing a product from start to finish. You have built the prototypes; there were some snags along the way but ultimately, the end product is perfect. You’re finally ready for volume production. Once
As features such as blind and buried vias, multilayer HDI stack-ups and high frequency signals become more common, the dielectric materials used in production need to be carefully selected to ensure the PCB operates to its highest potential. Material Prod
First let’s discuss the basics when it comes to a typical rigid PCB. During the production process with a rigid PCB, we would image and etch our inner layer cores, laminate them together, drill and plate with Electro Deposited copper (ED copper), and then
Why is this project of interest for NCAB? NCAB strive to fill up with new expertise in the field of technology and hence a broad recruitment base is needed. We want to attract all young people regardless of who you are and where you come from, both to enc
I’ve noticed that our clients are understanding more and more that PCBs are the key component, but still have challenges communicating to their PCB suppliers what they want to build. When we receive Gerber files for an order there are times we cringe beca
Where do costs originate? Well, 80-90% of all costs are built into the project in a very early stage of the chain – before suppliers (EMS companies, PCB suppliers, etc.) have sight of the design. We always recommend involving your suppliers very early in
PCBs in medical applications In this blog post we will discuss the details of PCBs used in medical applications, highlighting some of the differences in terms of demands and how the design must be handled. We have seen electronics become increasingly sign
The challenges with RF PCB design There are many new challenges for PCB designers, when handling RF board. Among them, the top four factors are: What is RF – Radio Frequency – PCBs? The RF frequency range is typically from 300 KHz to 300GHz, and designs a
This article has been published in the October 2016 edition of the magazine Printed Circuit Design Fab Circuits Assembly and is a response to Greg Papadrew´s column Shortening the supply chain” published in the same magazine in August 2016. The post Bypa