In the rapid development of the modern electronics industry, the application of high-frequency boards is becoming more and more extensive, but why do we think that high-frequency boards are good? Let me tell you this secret with a few advantages.
1.High intensity.
The high-frequency plate material itself has high tensile strength and compressive strength, and it also has good toughness and bendability. This means that it can withstand the effects of higher pressures, loads, and vibrations, with clear advantages in terms of strength.
2.High speed.
It is well known that the transmission speed of the plate is related to the dielectric constant. That is, the greater the dielectric constant, the slower the transmission speed; The smaller the dielectric constant, the faster the transmission speed. The speed is fast, which is one of the reasons why PCB high-frequency boards are popular with everyone. Due to the use of special materials, the characteristics of small dielectric constant can be well guaranteed, and the transmission speed can also be guaranteed, and the operation of the circuit board is relatively stable.
3.Thermal conductivity.
As we all know, the heat dissipation of the circuit board has always been a headache, and the high-frequency board is pressed by a special plate, which can make it better conduct heat, help heat dissipation, and better reduce the problem of damage to components due to heating.
4.Well tolerated.
The environment is also an important reason for the damage of the board, and in many areas the environment is relatively harsh, resulting in serious damage to the board, and the high-frequency circuit board can adapt well to such an environment. High-frequency circuit boards made of materials with very low water absorption can be better adapted to these environments.
5.Strong anti-interference.
The high-frequency board has lower energy loss and less interference in signal transmission, and is more reliable in terms of information transmission quality and stability. And the high-frequency board also has good impedance control to adapt to different frequency working conditions. The influence of external signals is guaranteed.