The acceptance and use of the smart series products we see today has increased dramaticallyPower inductors to achieve miniaturization, high Q value is no longer a dream; the development of high modern society, the capacity of high-frequency inductors has also risen high; the scope of use is becoming more and more widely available! I saw the capacity of high-frequency inductors for small communication products such as smartphones and tablet terminals, and this program was implemented mainly in response to the expansion of market demand. The high-frequency inductors that are being scaled up are produced using our own technology called the "thick-film printing method". This technology enables miniaturization and high Q-value to be achieved through the formation of microfine wiring patterns by photolithography using thick-film adhesives.
2、Power inductors are shifting to miniaturization and integration trends
In data systems for industrial electronics, the demand for point-of-load power supplies has increased dramatically, bringing development opportunities for high-power, small-size inductors. The growing market demand for small inductors, coupled with the fact that inductor manufacturers continue to increase the added value of their products, have provided room for small inductors to grow. As a result, the market share of small inductor products in the spot market shows a rising trend.
With the development of miniaturization of electronic products, the size of inductors has been reduced to the physical limit. The future direction of inductor development is integration
Inductors will be combined with other discrete devices to form complex modules, providing customers with complete systems that are easy to use.
3、Power Inductor Applications
Inductors are divided into chip inductors, plug-in inductors, shielded power inductors, open power inductors, high frequency inductors, wirewound inductors, inductance coils, I-beam inductors and so on; and the miniaturization of the inductors will be the direction of the majority of the electronic equipment, for example, we have already seen the trend of thin and light touch-screen cell phones, LCD TVs, tablet PCs, so inductors, as an indispensable component in the circuit system, thin and small, high efficiency integration is the inevitable direction. Therefore, as an indispensable component in the circuit system, thin, light, small, and highly efficient integration is the inevitable direction. However, at the current level of technology and raw material cost limitations, I am afraid that the realization of integration will take some time!