Manage Component Obsolescence in Pcb Assembly Us
When it comes to the manufacturing of PCBs, component obsolescence is a real concern. It can impact the ability to create or keep a product up and running. Having to redesign a product because the original part is no longer available can be costly, and not just in terms of the new design and production costs but also in lost revenue.
In the worst case scenario, if there are no active sources for a critical component, then production will need to be stopped altogether until that component is back in stock. This can cost companies millions of dollars. Fortunately, there are steps that can be taken to proactively manage the risk of component obsolescence in pcb assembly us.
There are several ways that component obsolescence can be managed, the most important one being to use a PCB CM with an obsolescence management system in place. This will allow the CM to proactively look for and notify customers when a component is approaching end-of-life, or EOL status. This is often done by a dedicated team of engineers with years of experience working with the components used in PCBs. They can also make recommendations for alternative parts or circuitry that can replace the obsolete part.
One of the most common reasons that a component becomes obsolete is because it is no longer in demand. This is often due to the fact that newer and better technology has been developed, making the older technology less attractive. Another reason is that the production process may have become uneconomical. For example, ICs are now being produced in smaller packages, which makes it harder to produce the older technology in larger packages.
How Do You Manage Component Obsolescence in Pcb Assembly Us?
Managing component obsolescence requires keeping up to date with changes in supply chains and the market. This can be a daunting task, but there are software solutions that can help. These can be used to track and record data about a component’s performance and history, as well as the geographic location of where it is being sold. This data can be accessed by companies to make informed decisions about sourcing and procurement.
Another way to manage component obsolescence is to choose to use components that have viable alternatives with nearly identical designs. This will help to reduce the likelihood of a production halt. In some cases, however, it may be necessary to redesign a component in order to maintain functionality.
Having to redesign a PCB is very expensive and can lead to delayed production. It is therefore essential to consider the risks of component obsolescence at the design stage. For this reason, it is advisable to work with a PCB designer that can provide advanced component obsolescence tools, so that all the elements of the design are properly planned out from the start. This will make it easier to avoid expensive redesigns in the future. By taking a proactive approach, you can save money and ensure that your product remains competitive.
