The electronic component market has gone through several decades. Among the numerous electronic components, all the products are undergoing technological reform, and they are constantly adjusting the market in the face of consumer demand. Moreover, they are also leading the development of other industries in terms of R & D technology. Electronic components as the cornerstone of electronic products, its rise and fall have a very profound impact on all electronic products.
 

From the point of view of the global electronic component market, electronic components are being designed for efficiency and size miniaturization. At present, many power supply IC products require higher energy efficiency and less power consumption, the requirements for electronic components are also more refined.
 
Integration and systematization are very important in many electronic products. Industry requirements for electronic components more emphasize integration and systematic design. From the view of a product solution point, this is a positive development for the market it serves and could play a key role in helping to bring exciting new products to market.
 

 

Another aspect is that the geometric size of electronic components may continue to shrink throughout the electronic component industry. The rate of change is accelerating. Taking resistors as an example, many precision resistors vary greatly in size, especially in medical equipment, precision resistor products are smaller in size and higher in accuracy. And these medical devices are treated through human blood vessels, which require more elaborate design for resistors.
 

 

 

In addition, as more and more products in various markets become battery-powered, they often provide more functionality, which requires low energy consumption and energy efficiency optimization to maintain or extend battery life during each charging interval. From large vehicles to small wearable devices, many electronic component products are in the process of optimization design, and the application of metal materials to electronic component products is also the driving force of the industry.

 

 

Energy efficiency innovation is the cornerstone of electronic component operation. For instance, precision shunts used in power management is increasing in automobile, industry and communication markets, especially in current battery management system.
The use of precision shunt can effectively detect batteries, which can greatly improve the development of new energy vehicles. It can be seen that at present, electronic components products are developing rapidly in the market, many products put forward more requirements for electronic components. These are the important driving forces for electronic component products to move towards technological reform, performance improvement and size change.