There’s a lot of concern right now about the electronic component supply shortages stemming from the global pandemic of 2020. The automobile industry is already feeling the effects of the semiconductor shortage, and many other industries are beginning to report problems. The questions on everyone’s mind now are: What is the status of component availability in production for the parts I need? How can I guard against being adversely affected by this shortage? We’ll look at these questions and address how you can keep the production of your circuit boards running without any delays.
Taken by themselves, the tooling holes in a circuit board would seem commonplace as they are regular-looking thru-holes drilled in the board. But a closer look at their purpose will reveal their importance. Some are used for attaching hardware on a circuit board, while others are designed to help with the board’s fabrication and assembly. We will examine these different holes in greater detail as we discuss PCB tooling holes and the design guidelines that accompany them.
Electronic components’ makers face some severe supply chain issues as the demand for semiconductors is spiking worldwide. Let’s take a look at some of the causes of this global electronic component shortage and how you can guard yourself against the effects.
Most original equipment manufacturers of electronics do not have their own printed circuit board fabrication and assembly facilities. To get their boards built and, in some cases, designed, they rely on the services of circuit board contract manufacturers for PCB development.
Instead of electronics original equipment manufacturers (OEMs) supporting the entire production process for their products, it is often more cost-effective to contract out this work. For example, building a circuit board takes a lot of unique equipment, processes, and trained staff, putting a demand on the OEM to provide. Alternatively, a contract manufacturer specializing in turnkey PCB assembly can do the entire job faster, less expensively, with better results. Let’s take a closer look at how this works.
A printed circuit board’s manufacturing requirements change during the board’s life-cycle. Boards planned for long-term production will increase from their initial low-volume prototyping manufacturing requirements to high-volume builds. PCB designers need to prepare for this growth and work with an assembly vendor with scalable PCB manufacturing services. Here are some more details on what that means.
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- 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