DPC ceramic circuit boards are the primary component in any electronic device that serves as the underlying support structure for the product. Then what are the common materials of DPC ceramic circuit boards and what are the benefits of using DPC ceramic circuit boards? Keep reading!
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What is DPC ceramic board?
Thin-film copper circuit boards made of ceramic substrates are DPC ceramic circuit boards. Another name for it is ceramic DPC, and this particular type of thin-film copper circuit board is the most efficient at dissipating heat from high-temperature areas.
This is due to the fact that it is constructed from a ceramic substrate, which can be broken down into their parts, in this case aluminum oxide, beryllium oxide, and aluminum nitride. These components can be used in the production of DPC ceramic circuit boards, which have a lower thermal expansion coefficient and higher electrical conductivity compared to other types of boards.
DPC ceramic circuit boards have the potential to improve performance while taking up less space than traditional PCBs. This is because ceramic is a denser material than copper, and since the circuit board is not very complex, it is simple and can be easily accommodated in compact electronic devices without negatively affecting performance. This is because the board doesn’t have any particularly complex components.
DPC ceramic circuit boards are an excellent choice for solar applications, voltage regulators, amplifier circuits and memory modules. Aluminum oxide is by far the most commonly used material when it comes to the production of ceramic boards. In addition to this, alumina is one of the lowest-cost materials per unit.
Common materials for DPC ceramic circuit boards
Alumina DPC ceramic boards are made of alumina and have thermal conductivity ranging from 18 ~ 36 w/mk. Instead of using boards made of aluminum nitride, you can use aluminum oxide boards, which is a good alternative.
If you are looking for a quality ceramic substrate DPC option that is friendly to your wallet, then alumina boards may be the best option as aluminum nitride ceramic substrates can be quite expensive.
Benefits of using DPC ceramic circuit boards
1. High thermal expansion effect
DPC ceramic circuit boards are widely used in the electronics industry because of their high thermal expansion coefficient. This is because DPC ceramic circuit boards can withstand high temperatures, and even when interacting with metal, the thermal conductivity of ceramic substrates is comparable to silicon. They are known to work very well as excellent isolators for quite some time. DPC ceramic circuits maintain excellent thermal conductivity even at extremely high temperatures, which paves the way for a variety of new applications in various fields.
2. Versatility
DPC ceramic circuit boards have a wider range of applications than other PCBs because of their superior thermal expansion characteristics. This thin film copper circuit board, also known as DPC, can be found in a variety of applications. DPC ceramic circuit boards are the only choice in high-temperature environments, such as those found in some household appliances, which are necessary to ensure the continued reliability of the circuit board over a period of time.
3. Good heat dissipation performance
In terms of heat dissipation, using a ceramic DPC board will result in additional heat dissipation due to the presence of a ceramic layer on the DPC. In addition, DPC ceramic circuit boards have a low thermal expansion coefficient and high thermal conductivity, making them very versatile.
Thin-film copper-board circuit boards made of ceramic substrates are DPC ceramic circuit boards. Another name for it is ceramic DPC, and this particular type of thin-film copper-board circuit board is the most efficient at dissipating heat from high-temperature areas.
Alumina DPC ceramic boards are made of alumina and have thermal conductivity ranging from 18 ~ 36 w/mk.
1. High thermal expansion effect
2. Versatility
3. Good heat dissipation performance
