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You have a well-established electronics supplying business with a huge clientele. But do you have all the required machinery that will help you sell authentic products to the customers and keep them retained? Many business houses ignore installing or making use of the Visual Inspection Components System.

Major retailers and suppliers of electronic components make use of these comprehensive electronic visual inspection systems to ensure that they are not supplying defective and damaged electronic components to the customers. Major industries around the world make use of visual inspection systems to avoid any discrepancies and machine errors. It is essential for the manufacturers of electronic components to ensure that the electronic components are compliant with the USA electronic components enforcements and laws. Also, it is important that these are compliant with the FCC certification.

Why choose these systems? 
It is important for the inspectors who conduct the inspections to understand the customer contract requirements properly. Major industrialists and manufacturers of electronic components make use of customer designed plans to provide services. It is the job of inspectors to check the components and electronic systems properly before sending them to the final consumers. The inspectors will have to check the chassis, functionality, and history of the components.

The inspectors have to ensure that the quality of the electronic components is not compromised and is inspected under the following quality clause IDEA STD-1010, AS6081, CCAP101. Apart from this, the other quality standards that have to be maintained are ANSI/ASQ Z1.4.

What does electronic visual inspection comprise of? 
The following steps are included in the electronic visual inspections:

• Pin verification for any variation
• Checking whether the component type is in accordance with the quality standards. 
• Checking for tarnish
• Checking for oxidation
• Checking for the presence of coplanarity and bent leads
• Checking the components for the presence of FOD, any paint splatters, and coating materials

It is best to conduct The Visual Inspection of Components System once the electronic device has been manufactured and is ready to be used by the end consumer. Also, make sure you find a reliable distributor for this purpose.

1. Item identification: Assigning the stock items with individual identification marks is an effective and popular method of inventory control and management. When used in supply chain management, this method is known as SKU (Stock Keeping Unit). This method is beneficial as it helps in tracking the movement of  the articles and making an analysis. 

2. Restock the items: Don’t delay restocking your inventory. You obviously do not want customers turning back and affecting your profitability. So make sure that you keep a check on the stock availability and re-stock as soon as you run out of items. 

3. Review the inventory: Inventory review is the most important part of effective inventory management. This practice is known as stocktaking. Ensure that you review your inventory from time to time. This will help you in knowing which items are the best-sellers and bring in revenue and which are just a waste of investment. 

4. Maintain records: Maintained stock records is another crucial part of the inventory management practice. Keep a record of each item in your inventory. 

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.

1. Why are these systems important? These inspection systems are not only used in the electronics industry, but are a part of almost every industry. Faulty parts detection is a process that every company that is into manufacturing business must follow. Ascertaining the defects in the parts through naked eye is not possible at all times, thus, it is essential to make use of these machines to inspect faulty elements. This is why it is extremely important to make use of these X-Ray inspection systems.

2. What to do with the increased system costs? With the improvement in technology, the X-Ray systems used for inspections have improved and thus, the costs have also soared. The expensive the machine, the more advanced it will be. Advanced machines are much better at detecting faulty equipment and electronic parts. Also, advanced machines have the ability to identify major problems quickly before the final product is sent for further sale.

3. How will the manufacturers be benefitted by the use of these machines? Nowadays, the manufacturers do not have the time to check each and every component part on their own and then produce a final check-list. Manufacturers have to invest in X-Ray machines to tackle this problem and produce genuine component parts.

• Switching Devices: These devices are complex to use. A switched-mode power supply, commonly known as the SMPS is installed in the converter. These converters come with a switching regulator that can be used to efficiently save energy and prevent any wastages. These converters are light and small in size as compared to other AC/DC converter devices.

• Linear Devices: These devices are cheap and easily available in the market. These are large in size as compared to switching devices.

• Keep a check on the overload caused by any electronic equipment
• To check for the possibility of electric shocks and other electrical hazards
• Ascertain the need for earthing and bonding
• Verify the safety of the equipment
• Ascertain any wiring needs

1. Isolation of the test circuit
2. Rely on practical visual inspection before conducting further research
3. Keep a check on earthing
4. Consider checking the insulation resistance (IR).
5. Conduct a polarity test
6. Ascertain the condition of the conductors
7. Check the working and condition of the RCDs

1. There is proper earthing and bonding which is compliant with regulations
2. The correct model of equipment has been used
3. Every electrical gadget is in good working condition
4. The wiring is done using good quality materials
5. In case of damage, adequate steps shall be done for repair.