Circuit boards are widely used in the field of electronics and have become essential materials in the field of technology. However, conventional PCB boards do not have good thermal conductivity and stability in high-temperature environments. Ceramic circuit boards supplement these defects in this field and become essential materials for high thermal conductivity, high-temperature environments, and thermally stable circuits.

Introduction to the Development of Circuit Boards

At the beginning of the 20th century, people began to study the method of replacing wiring with printing.

In 1943, Americans extensively used this technology in military radios

So far, circuit boards have been applied in various fields of technology, from toys to computers, and more high-tech fields.

In response to the demand for high thermal conductivity and thermal stability in the electronic field, ceramic circuit board substrates are widely used in LED packaging, with ceramic substrates occupying approximately one billion market shares in the LED substrate market.

The widespread application of ceramic circuit boards

Electric vehicle field

Ceramic substrates are used in high-power circuits such as USP power supplies, electric vehicle charging stations, and automotive electronic sensors for electric vehicles.

HIFI audio application

The sapphire substrate or ceramic substrate maintains the thermal stability of the operational amplifier and power amplifier chip, and achieves sound stability without the need for preheating period after startup.

Solar energy application field

Ceramic substrates have high stability under high temperature conditions

Satellite technology field

The application of ceramic circuit boards on satellites in the aviation field.

High temperature application field

The performance of the ceramic substrate gold layer remains stable at a high temperature of 800 degrees Celsius.

High power radio transmission

Ceramic substrates are suitable for high-power radio transmission.

High voltage transmission and transformation grid

Application of ceramic substrates in high-voltage transmission and transformation power grids.

High speed rail and tram industries

The application of ceramic substrates in some high-power conductive circuit boards of high-speed rail electric vehicles.

Exploring the Road of Ceramic Circuit Board

Although other application fields of ceramic circuit boards are relatively scattered, they are highly integrated with technology. The ceramic circuit board process has higher technical requirements compared to ordinary printed circuit boards. We have a professional electrochemical laboratory for Sliton ceramic circuit boards. Our ceramic circuit board process technology has absolute leading advantages in the industry, and we are constantly exploring and fully prepared for future technological needs. We have sufficient confidence in the future applications of ceramic substrates.

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