The high-frequency circuit board with inductive heating technology has been widely used in the communication industry, network technology field promotion and high-speed information processing system, meeting the requirements of many high-precision parameter instruments. A reliable high-frequency circuit board provides great help in actual production. So, what are the advantages of such a powerful high-frequency circuit board?
First, high efficiency
High-frequency circuit boards with low dielectric constants have low losses, and advanced induction heating technology can achieve the target heating requirements with high efficiency. Of course, while focusing on efficiency, it also has environmentally friendly characteristics, which is very suitable for the development direction of today's society.
Second, fast
The transmission speed is inversely proportional to the square root of the dielectric constant, meaning that the smaller the dielectric constant, the faster the transmission speed. This is the advantage of the high-frequency circuit board. It uses a special material, which not only guarantees the characteristics of low dielectric constant, but also maintains stable operation, which is very important for signal transmission.
Third, the degree of regulation is large
It is widely used in high-frequency circuit boards for the heat treatment of precision metal materials in various industries, in the process of its field, not only can the heating of different depth parts be realized, but also the local characteristics can be heated, whether it is surface or deep, concentrated or decentralized heating can be done easily.
Fourth, strong tolerance
Dielectric constant and medium, there will be certain requirements for the environment, especially in the south, wet weather will seriously affect the use of the circuit board. High-frequency circuit boards made of extremely low-absorbency materials can challenge such environments, while also having the advantage of resisting chemical corrosion, moisture resistance, high temperature and great peel strength, making high-frequency circuit boards perform powerfully
