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July 11, 2019
The Application Of Electronic Ceramic Components In The Electronic Industry
Are you aware of the fact that approximately $4.5 trillion industries across the globe could not survive without the use of electronic ceramic components?
The use of ceramic based electronic components cannot be denied in industries that manufacture smartphones, electronics such as television sets, digital computers, and various other automotive electronics. The ceramic based electronic components are also extensively used in the medical industry.
Electrical conductivity of the ceramic components
The ability of a metal to produce an electric current is termed as electrical conductivity of a particular metal. Ceramic metals come in a wide variety. Most of the ceramic components are dielectric in nature.
The electrical conductivity of ceramic metals depends on the frequency of its application. Temperature of the metal also plays a great role in determining the conductivity of the ceramic.
The Electronic Ceramic Components that are used as electrical insulators across industries are inclusive of hermetic packaging, protective components, spark plugs, and ceramic arc tubes. These parts are most commonly used for covering power lines and wires without a covering.
The electronic ceramic components are widely used in various applications in industries such as aerospace, marine, transportation, and automobiles.
The superconducting properties of ceramics
The ceramics are very low on electrical conductivity. But some of the ceramics also possess superconducting properties. For example, Lanthanum-barium-copper oxide is a ceramic which may produce electric currents at high degrees such as 138K.
This type of superconductor ceramic is also known as High Temperature Superconductors.
What are the magnetic properties of ceramic?
The magnetic ceramics are produced by making use of sintering technology. In this, the iron oxide and strontium carbonates are mixed with small quantities of other metal oxides.
The name used for magnetic ceramics is Ferrites. The two main types of magnetic ceramics are as follows:
- Anisotropic ceramic magnets
- Isotropic ceramic magnets
The usage of Electronic Ceramic Components is extensive across numerous industries such as aerospace, transmission, communication, and many others. More and more people nowadays are making use of ceramic components in the electronic industry.
July 02, 2019
5 Ways To Detect Counterfeit Electronic Components
In the year 2013, the global stats for trading counterfeit electronic components sored to $143 billion. This is a major issue of concern as the manufacturing industry is focussing more on the production of duplicate electronic components than genuine components.
In today’s ever changing technological environment, it has become a task to find a genuine electronics components supplier. The sale and purchase of counterfeit electronics components has seen a spike in the manufacturing industry since ages.
As a result, the counterfeit electronics production industry continues to flourish by adopting new techniques and methods of fabricating duplicate parts and components and masking the authenticity of genuine parts.
Manufacturers adopt two methods of producing counterfeit electronic components, namely:
- Refurbishing old parts and resale
- Relabeling old parts and resale
Oftentimes, an individual is not able to judge whether the component is authentic or a duplicate of the original product. Counterfeit electronic components sometimes function considerable well when in use, but after continuous usage can cause equipment failures. Our Top selling product like A-006-7822-19, A-06126-006, A-0805-C-03DB, A-11.0592-S 11.0592MHZ, A-12.000-20 12.000MHZ,A-1693440MHZ
Below mentioned are some telltale signs for identifying counterfeit electronic components:
- Information misprints: This is indeed the most convenient and easiest part of identifying counterfeit electronic components. Factors such as font misprints, incorrect spellings on the packaging, incorrect logo, and false country of origin can be identified simply by looking at the phony electronic part. It is essential to closely look at the part before purchasing it. You can also conduct several tests and examinations if you are not sure about the authenticity of the component.
- Visible wear and tear: A counterfeit electronic component is built from scrap. These are then sold as new components. Users might be able to identify certain physical deformities such as cuts, wears, and tears on the resurrected electronic components. You can easily identify the possible deformities and ascertain whether the component is old or authentic.
- Inspections: Various inspection methods have been developed to ascertain the authenticity of electronic components across a variety of industries. One such method is that of conducting X-Ray inspections. An X-Ray inspection helps you in scanning the internal components of an electric part.
- Blacktopping: For this purpose, a device known as the Scanning Acoustic Microscope is used. It helps in locating any etching beneath blacktopping. In case you discover etching, it is a sign that signifies the presence of forgery and duplicacy.
Making use of the above mentioned methods for avoiding the purchase and use of counterfeit electronic components can be helpful. But make sure you resort to authorized electronic components suppliers.
June 17, 2019
A Guide On Electronic Components For Military, Defense, and Aerospace
Industries such as military, defense, and aerospace make use of a wide variety of electronic components such as semiconductors, transistors, LED displays, and resistors. The application of these electronic components is very technical and diverse.
Electronic components can be very difficult to find. Especially if these have to be used in potential military applications and aerospace technology. The component type used in these domains are generally very specific in nature. Only original parts should be made use of when devising equipment for military, defense, and aerospace industries.
It is thus important to carefully practice buying and selling of military components. Obsolete components can also be made use of for this purpose.
Below mentioned are some examples of the most commonly used electronic components in the military, defense, and aerospace industry.
- Semiconductors for the military and aerospace industry
- Development of Oscillators and Piezoelectric crystals for the United States Army
- Construction of resistors such as A-010478-0001 and A-11.0592-S 11.0592MHZ for integrated circuits used in aerospace, military, and aircraft industry.
- Development of varsitors for the military and aerospace industry
- LCD screen panels for the military
Choosing the right electronic components for these industries is of utmost importance. The quality of the component determines its performance. It is thus important to select only genuine sellers and buyers of military components. A plethora of components are used in the military, defense, and aerospace industry. Make sure that you utilize the right type of electronic components for the development of heavy equipment and machinery.
June 13, 2019
Different Types Of Counterfeit Electronic Components
One of the biggest problems that the electronic industry has been facing is counterfeit electronic components. People involved in this business are not aware of the right techniques of ascertaining the authenticness of a particular electronic component. It is thus essential to use ways that help in determining which component is real and which is bogus.
Counterfeit electronic components can be sourced through manufacturers, distributors, and resellers. The counterfeiters make use of different techniques to produce bogus parts and sell them worldwide. Therefore, there is no definite method of ascertaining which component is original and which is fake.
Fake electronic components are easily available on the market. Although there is no limit on the production of counterfeit electronic components, below we have curated the most common types of counterfeit electronic components.
- 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.
- 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.
- Sale of defective components: For the sake of selling the components, a manufacturer might even sell defective components to the consumer.
- 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.
There are various ways that you can use to check counterfeit electronic components. You can install X-ray machines or conduct physical examinations respectively to determine if a component is fake or authentic.
June 03, 2019
Why Is Practicing Inventory Control Important?
Are you in the electronics distribution business? Then practicing inventory management system solutions should be on your priority list. Inventory control is a great way of keeping the inventory managed at all times.
Also, you will be able to monitor the gap between demand and supply with the help of inventory management. This means that whenever a customer demands for a specific component, you will know whether it is available or not instantly.
Various softwares have been designed to serve this purpose. Distributors can maintain inventory logs and conveniently manage the distribution process.
Simply stating, inventory control is the comprehensive practice of keeping a tab over the stock of goods. Many times, this practice is also known as internal control. This method of inventory management is also useful in the upkeep of accounting records.
Below we discuss why inventory control plays an important role in keeping the business operations smooth.
Why is inventory control and management important?
Tapping the inventory requirements and the supply of electronic parts can aid in cutting on costs, speed up the distribution process, and prevent the sale of bogus components. Inventory control practices help in maintaining a balance between the current assets, the requirement, and the availability of finance to adopt comprehensive inventory control methods.
You obviously do not want to leave your customers disappointed because of lack of availability of stocks. With inventory management, you will always be aware of the availability of the stocks. Thus, practicing effective inventory control will help combat this problem.
Being always “out of stock” is something that will automatically drive your customers to other distributors. To avoid this scenario, it is important to employ effective inventory management techniques.
It should be noted that practicing inventory control does not mean that you over stock the warehouse. In case the components do not get sold, they will eventually rust out and expire. Therefore, the key to effective inventory control is to develop an understanding of the customers demands and preferences.
Adopting efficient inventory management system solutions is important for the survival and growth of any business. If you refrain from focussing on inventory management, you might lose sales and see your profits dropping. The industry is very competitive in the present scenario, thus, even the minutest mistakes can be the reason for incurring excessive losses.
May 14, 2019
The Importance Of X-Ray Inspections In The Modern World
Detecting discrepancies in electronic components that are not visible to the naked eye is a challenge that most of the manufacturers face. Not only is this a problem for the manufacturers, but this also affects the buyers and suppliers and has a great impact on the demand and supply of the electronic components. Since these components and equipment parts are manufactured by making use of automatic machines and systems, there can be a potential chance that various flaws in the components go unnoticed. In order to detect these flaws, one can install X-Ray inspection systems in the vicinity.
X-Ray inspection systems are similar to X-Ray machines that project the internal working of any part of the human body. Similarly, an X-Ray inspection system projects the internal flaws in any electronic component. In case any of the flaws are detected in the electrical equipment or component parts, then it is important to refrain from sending that part to the supplier and prepare a fresh batch of the specific electronic parts.
Many times these defects are not visible to the naked eye, and thus, it is mandatory to employ certain techniques that will make sure that no electric component is faulty. To serve this purpose, X-Ray inspection systems have been designed. Over some Parts are A-84444-1510, A-84699-020, A-8619-1202, A-55485/03-008D and more.
Below mentioned are some points that tell why X-Ray inspections are important in the modern world.
- 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.
- 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.
- 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.
Are you looking for X-Ray inspection systems? Consider the services of Resion. For more information, call at 516-742-6300
April 26, 2019
An Insight Into AC/DC Converters
Have you ever noticed small circuits lingering out of electrical equipments? These are generally AC/DC converters. AC/DC converters can be defined as electrical circuits that change or transform the AC (alternating current) into the DC (direct current). The technique of AC/DC is widely used in the electronic equipment industry. A lot of power electronic applications are used based on the AC/DC factor.
There are a lot of AC/DC converter accessories available in the market that can be made use of for efficient working of the electronic equipments. Resion is a leading supplier of AC-DC converters. Browse through over 7,00,000 obsolete equipment parts such as M3-17, CINT3110A1708K01, PSPD-2515, ERJ-8ENF75R0V, DB15-15, and HE5-18/OVP. Apart from these, there are various other equipment parts also available.
AC/DC converters are mostly used in equipments where the power consumption (input) is between 50 Hz-60 Hz sine wave AC. This sine wave requires total power conversion for DC outputs. Rectifiers are used in equipments that help in the conversion of the alternate current to the direct current. Regulators are also used to keep the voltage in check. The direct current might pulsate occasionally, thus, it is important to install reservoir capacitor.
Electric circuits also require in-built AC power source. This helps in saving a lot on electricity and helps in reducing the size and cost of the utilization. It is essential to be aware of the consumption needs and practical usage of AC/DC converters.
Types Of AC/DC Converters
There are two types of AC/DC converters, namely:
- 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.
It is not important for AC/DC converters to have just one power outlet. There can be multiple outlets attached to one AC/DC converter.
Are you looking for AC/DC converters accessories? Consult the experts at Resion. For more information, call at 516-742-6300
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