Cu-bonded ceramic substrates consist of the ceramic insulating layer and the metal copper circuit layer. In electronic packaging, the substrate is one of the essential materials used in semiconductor power modules, and plays a critical role both in connecting internal and external heat dissipation channels, and providing electrical interconnection and mechanical support.
After years of development, China’s new energy vehicles have explored energy-saving and emission-reduction solutions through different technological routes, with AMB playing a key role in driving innovation in the power systems of new energy vehicles.
Our products are widely used in fields such as high-power LED lighting, automotive headlights, semiconductor lasers, power electronic devices, microwaves, optical communications, and RF devices.
To promote the full utilization of new energy and address the growing demand for energy, Ferrotec uses power electronics technology to effectively convert non-electrical energy into electrical energy, which improves the ability to convert energy from different resources.
Pure metals exhibit minimal thermoelectric effects. However, if an N-type semiconductor and a P-type semiconductor are used instead of metals, the thermoelectric effect is much more pronounced.
These semiconductors can convert various energy sources into high-quality electric energy, and improve traditional electronic information technologies, leading to more incentives in sustainable development across related industries.
With the development of the integrated circuit industry, power electronic devices are evolving towards higher voltage, larger current, higher power density, and smaller sizes. Therefore, an efficient heat dissipation system is an essential component of high-integrated circuits. This requires substrate materials to have both excellent mechanical reliability and high thermal conductivity.
Highly automated manufacturing equipment ensures timely production, and Ferrotec guarantees on-schedule delivery for all our customers.
Fully automated manufacturing equipment and a robust system process ensure stable yield output.
With the availability of strictly-implemented 6S management in our manufacturing plants, we’re able to reduce waste in workforce, materials, machinery, etc.
