Resion

When it comes to buying electronic components, you cannot rely on every electronic component distributor claiming to be the best one. Not every electronic component distributor offers products that meet your expectations and are good-quality. Thus, you have to be very careful while selecting an electronic component supplier. Many engineers don’t pay attention to the distributor from which they are buying electronic components. As a result, they may face situations such as receiving poor product quality, faulty products. There is a number of things you need to consider about the suppliers. If you don’t want to end up buying the products that are not useful for you and or can impact your business growth, below are some factors you need to keep in mind for selecting the right electronic component distributor.


It is wise to choose online electronic component distributors
It is for the reason that if you buy online, you will save your time first, and the other is you can check the online reputation of the brand from which you are purchasing products.

Search for a reliable distributor
As there is a number of distributors online, you need to check about how reliable is the distributor. So do proper research and find a trustworthy electronic component distributor. Otherwise, you may have to deal with a lot of problems related to the electronic parts you have bought.

Prefer a distributor who has a good product documentation 
You should always trust a manufacturer who provides good documentation about the products. A good document includes informational datasheets, evaluation board support, application notes, reference designs, and support channel.

Remember the quality standards and compliance
Only the best and top distributors offer products meeting all quality standards and regulatory compliance. Always check quality certification such as ISO.


Find a distributor who has a rich inventory of components
Look for electronic component distributors who offer a huge range of inventory of different types of electronic components. The distributors with high-quality and huge varieties of electronic components understand the client requirements very well and provide the fastest delivery of products.
They have well-trained professionals who have a better understanding of the client’s requirements.


Wrapping Up!
Choosing a reliable and right electronic component distributor will make sure you get good-quality products and top-notch services, which in turn, will contribute to business growth as well.

In the world of globalization, supply chain management is continuously evolving. With the increase in customer demand and the complexity of markets, new technologies are emerging to make supply chains more advanced than ever before. The electronic industry is also facing some global challenges that can find its solutions in new technological trends of the supply chain.

Here is a list of the latest trends in Supply chain management: 

Artificial intelligence (AI)

AI is a technology that is going to have a massive impact in the coming future. An enormous amount of data is being generated in every industry which is analyzed by data scientists. But this data holds so much importance. AI technologies embedded in Supply chain management systems can extract the meaning of this data and can utilize it for more efficiency in the near future. Artificial intelligence has a number of applications in supply chain management.
For example, intelligent technologies such as drones, robots, or vehicles promoting logistical coordination, etc.

Blockchain

The hype of Blockchain technology is touching almost every industry across the world. In supply chain management, blockchain will assist in reduced transaction processing times, potential cost reduction (especially in administrative costs), and improved cash flow.

When the security of digital supply chains are concerned, blockchain is a number one technology that ensures the data is not copied and remain authentic. The greater amount of visibility is achieved through blockchain.


Internet of Things (IoT)

IoT refers to the Internet of things. It is a network of things connected together. These interconnected devices help us get data on the devices we can wear. For example, a wide variety of things, such as watches, and other devices collect data about consumer behavior.

These devices are used to know their customer behavior better and then apply that knowledge to make consumer life easier. IoT enabled supply chains can use intelligent sensors to monitor and trace the stocks kept in warehouses.


As long as supply chains are going larger and complex, this is going to see new technological requirements in the current future also. If you want to stay ahead in this competitive era of businesses, you need to apply and be up to date to these latest trends in supply chain management.

We all have witnessed the changes in the technological industry over the past few years. Now, there are tremendous technologies that get invented. But there is still one problem that the electronics industry is yet to overcome, ie,e the problem of counterfeit electronic components. Counterfeit components have certainly posed a major challenge for the customers as well as the manufacturers alike.

According to various technical experts and business tycoons, technological advancements have created a whirlpool of problems for the electronics manufacturing industries. It has indeed become a challenge to differentiate between counterfeit electronic components and real electronic components. Along with the development of technology, the process of supply and procurement has contributed towards increasing the supply and demand of counterfeit electronic components.

The reason for the availability of counterfeit electronic components in the market is that a major proportion of the manufacturers and suppliers resort to counterfeit electronic components to fulfill their business needs.

Below mentioned are the top methods that will help detect and combat counterfeit electronic components.

1. Resurfacing: A wide variety of electronic components are curated using a mixture of fine glass and plastic. The process is known as blacktopping. Counterfeiters apply a coat of polymer to remove the original markings. However, the original marking s can be easily identified as the quality of polymer used is very cheap.
   
2. Scanning acoustic microscope: This is another method that helps in the determination of counterfeit electronic components. Scanning and acoustic microscoping will scan the components and help in determining its authenticity. The blacktopping done on the electronic components can also be easily determined using this process.
   
3. X-Ray Inspections: This is one of the most popular methods of determining whether an electronic components. Using this method, the authenticity of a specific product can be easily identified. You might be aware of the X-Ray technique used to monitor the internal working of the human body. This X-Ray imaging is the same as that. X-ray inspection identify the following: 

• Delamination of the component
• Missing die size
• Broken wire bonds

In case the electronic component is approved by the Restriction of Hazardous Substances (RoHS), the X-Ray imaging will be able to confirm the absence of lead. Lead is always found in counterfeit electronic components.

1. Used components packaged as brand new: This is one of the most prevalent counterfeiting practices. The manufacturers take back used components at cheap prices and make them look as good as new. This is usually done by painting the components or repairing the defective parts. Selling it to the general public is still termed as counterfeiting.

2. Low grade components sold as high grade: Many times, the counterfeiters erase the manufacture number from the low grade electronic component. These sequence numbers are then replaced with high grade part numbers and sold in the electronics market. The fraudulent sellers might even use good quality packaging to present as a reputed component.

3. Sale of defective components: For the sake of selling the components, a manufacturer might even sell defective components to the consumer.

4. Purchase of components from unauthorized businesses: Because of the low cost, the companies might come into contract with unauthorized suppliers of electronic components. Also, many times, the bogus suppliers project themselves as legitimate suppliers and sell counterfeit electronic components.

• Microcomputers
• ICs that carry out various types of processing
• Memory
• Data IC chips
• Standard Logic ICs
• ICs put together in various combinations to implement particular functionalities
• Custom Logic ICs

It's a fact that any component that is made becomes obsolete even after a decade due to fast-changing technology and new innovations. Obsolete components are also known as end-of-life (EOL) components. Dealing with such components is a big challenge. As customers demand obsolete components but there are a few obsolete component suppliers who supply such components.

The obsolescence component becomes a major problem in the medical sector. Imagine someday, you receive a call from the supplier that "the medical device you are using now has many obsolete components and we have stopped the manufacturing of these components." The whole medical instrument or device may become worthless and a medical facility may become out of service. The medical instruments and devices are equipped with electronic components and technology. Due to continuous change in the structure, size, technology, and working, the new and the unique components are being used. As a result, all components become obsolete over the course of time it's a reality.


There is a continuous need for obsolete components, especially in the medical sector. It's not possible for an owner of the medical facility to change or exchange the old medical tool with the new one. In addition, failure of one component may stop the working and diagnosis process in the medical setting. This is the main reason of demand for obsolete components in the market irrespective of a particular sector.

Do you want a specific electronic component for the medical instrumentation? Are you looking for obsolete component suppliers? Contact-Resion. The company is a leading and independent distributors of various obsolete components of medical instrumentation and other sectors. They supply the components to several other departments such as- military, oil and gas, aerospace, and defense in the United States.

Have you heard about semiconductors? They are tiny electronic components commonly known as microchips and computer chips. They are also known as integrated circuits. These electronic components are mostly found in the smartphones, games, PCs, and electronic devices. The advancement in the technology has lead to the boom in the electronics industry and so in the semiconductor industry.

Purpose of a Semiconductor- A semiconductor helps in the movement of electricity. A semiconductor is used for the controlled movement of electrons from one component to another component.
As the name indicates, semiconductors are made up of materials which are neither good insulators nor good conductors. Such devices are used for wide range of applications due to the fact of its reliability, compactness, and inexpensive option. These electronic components are widely used in various sectors such as- light emitters, power devices, current and voltage handling capabilities, compactness optical sensors. In addition to this, they are used to manufacture microelectronic circuits. It is important to mention here that semiconductors are the key elements of the electronic components.

Different type of semiconductors- There are two basic groups or classifications that can be used to define the different semiconductor types. They are-

• Intrinsic material- The intrinsic type of semiconductor is made up of pure material. This is the reason that they possess a very low conductivity level. 

• Extrinsic material- Extrinsic types of the semiconductor are made up of material with some impurities.

N-type- The N-type semiconductor includes surplus electrons. This is the reason there are so many free electrons available within the structures. They move in one direction under the influence of a potential difference which results in an electric current flow. In an N-type semiconductor, electrons are the charge carriers.

P-type- In a P-type semiconductor there is a deficiency of electrons that means there are 'holes' in the crystal lattice. P-type electrons move from one empty place to the filled place which is considered as hole. It is important to mention here that the electrons carry the negative charge and holes carry the positive charge.

Looking for the electronic component suppliers? Contact- Resion. They are the leading suppliers of different electronic elements. They are well-known dealers of MIL-PRF-19500P.