How to Source Obsolete Electronic Components Safely Without Risking Counterfeit Failures

The purpose of this blog is to assist engineers, purchasing agents, and electronics manufacturers in how to acquire their much-needed obsolete electronic components safely without becoming victims of counterfeited products. The blog will outline ways in which this can be achieved.

Key Takeaways

• It is important that you check the qualifications of the obsolete electronics component supplier before you place an order.

• The counterfeiting prevention begins at the source, so never compromise quality for cost.

• Employe professional means to ensure the authenticity of hard-to-find semiconductor devices.

• Obsolete IC sourcing from authorized distribution channels eliminates many of the potential risks associated with counterfeits.

• Documentation and traceability are your best tools to combat counterfeit electronic components.

There are frequent discontinuations of components by manufacturers, and it becomes challenging for engineers to find substitute components for legacy systems and long-life cycle systems. This is where the procurement process becomes problematic and expensive. It no longer suffices to rely on an obsolete electronic component supplier as a means of convenience. 

Partnering with an established obsolete electronic components supplier such as Make-Tronics is key for your procurement team. The significance of partnering with a credible supplier cannot be overstated. We are experts at finding hard-to-find semiconductors and obsolete components, ensuring that our customers are satisfied.

What Makes Obsolete Electronic Components So Difficult to Find?

Component obsolescence is something that happens in electronics production. The semiconductor companies stopped producing them to give way to new technologies. This leaves sectors like aerospace, defense, medical devices, and industrial automation in a tricky situation. These industries work with machines with an expected lifetime of 20 to 30 years, making the search for rare semiconductors a common procurement problem.

In cases when authorized distributors do not have any items left, the clients resort to the open market, which regrettably is full of fake and non-compliant parts. Knowing what causes this issue can help in finding solutions.

Why Are Fake Parts So Harmful?

Fake parts are not simply broken but misleading. These are identical copies of genuine parts produced through counterfeiting, rework, or forgery and have been designed in such a way that they appear legitimate during the testing phase. Counterfeit parts can be very hazardous once they are introduced into the production processes or the machines themselves.

Hazards posed by counterfeits:

• Failures within safety-critical equipment like medical apparatus and aircraft instrumentation.

• Product recall resulting in a damaged reputation and financial loss.

• Liability arising from the dangers posed by counterfeits to the end products.

• Schedule delays in the project owing to detection of defects late in the process of manufacturing.

• Losses incurred due to defects in parts that fail the test.

Counterfeit prevention strategies must be implemented right from the beginning of the procurement process in your organization.

How Do You Know When an Obsolete Electronic Components Supplier Is Reputable?

Just because a supplier deals in hard-to-find semiconductors does not mean that it conducts itself in a responsible manner. Here’s what you need to pay attention to:

Supplier Industry Certifications

The certified supplier holds industry credentials such as AS9120B, ISO 9001, and IDEA-STD-1010. Supplier industry certifications imply that the supplier complies with recognized quality management systems and counterfeiting prevention guidelines.

Inspection Procedure

The reliable supplier performs rigorous testing. Testing methodologies include different kinds of tests, such as x-ray tests, decapsulation tests, solderability tests, and electrical function tests. Make sure that your provider is capable of doing the tests.

Documentation for Traceability

Each product should have detailed documentation, including the name of the original manufacturer, date code, lot number, and testing results. The lack of such information is a matter of grave concern.

Policy on Returns and Warranties

The quality supplier will provide honest documentation for each product. Check for clear returns and warranty policies.

What Are the Best Practices for Safe Obsolete IC Sourcing?

You must follow certain guidelines when sourcing obsolete ICs safely. By adopting the following best practices, you can greatly minimize your risks:

• Always look out for franchised and authorized distributors: Although in cases where there is not enough inventory, it is always better to first consider authorized distributors and then open-market sellers.

• Always have more than one vendor for critical parts: This helps to spread out the sourcing process and reduce risks.

• Order samples before placing bulk orders: It is always better to try out the component by doing an incoming inspection on a smaller quantity before placing a bulk order.

• Utilize the industry database: Industry databases maintain all cases of counterfeits and thus will help identify components that are potentially counterfeit.

• Incoming inspection must be done on all consignments: Never neglect the process of verification even if you trust the supplier.

• Educate your purchasing team: Your employees should know what to look out for when it comes to fake or marked parts.

How Does Documentation Keep Your Supply Chain Safe?

Documentation provides evidence; specifically, in the context of obsolete IC sourcing, it provides your best security against any mishaps. All components that arrive at your company should come with documentation proving their quality and origin. Having good documentation will ensure that in case you notice any issues with the components, you can easily trace them down to the supplier. This will help you create an inventory of suppliers that you know you can trust.

Reasons Why Working with a Specialist Will Help with the Purchase of Hard-to-Find Semiconductors

While general distributors will have all kinds of semiconductor components in their list of inventory, they do not have the required knowledge and the right equipment to test hard-to-find semiconductors.

Specialist suppliers deal with obsolete and end-of-life components. In addition, specialists keep connections with the manufacturers of the components and brokers as well as certified excess inventory holders.

Your Partner in Safe Component Sourcing: Make-Tronics

For all those who need their components sourced safely without any compromises, Make-Tronics is the right company to choose. With a dedicated group of professionals who have both experience in the industry and the know-how to keep fake products away, we ensure you get only genuine and trackable components all the time. So whether you need replacement parts for legacy systems, components that are now unavailable, or even end-of-life purchases, Make-Tronics has got you covered.

FAQs:

1. What is an obsolete electronic component?

An obsolete electronic component is an electronic component that has been discontinued by the manufacturer.

1. How do you recognize a fake electronic component?

Look out for discrepancies in the marking of the component, poor soldering quality, wrong date codes, and lack of a proper logo on the manufacturer’s side.

1. Are independent distributors safe to purchase from?

Yes, but with the certification of having the required qualifications and traceability measures.

1. What are the requirements of a supplier of used IC parts?

The supplier should be certified to adhere to AS9120B, ISO 9001, and IDEA-STD-1010 at the minimum level.

1. How do you ensure that you don’t buy counterfeit parts from a particular supplier?

Inspecting the parts received and dealing with only authorized suppliers will help you out.