Magnachip spinout offers enhanced BCD process

February 10, 2021 // By Peter Clarke
Key Foundry offers enhanced automotive BCD process
South Korean foundry Key Foundry is beginning mass production of a 0.18-micron BCD manufacturing process for power applications.

Magnachip spinout Key Foundry in South Korea was formed in 2020 with a 200mm wafer fab, and is offering a third-generation 0.18-micron BCD with a 20 percent improved performance over the previous generation. The process has lower on-resistance in DMOS and reduced parasitic capacitance.

The process is drawing interest from designers of DC-DC power converters, battery chargers, audio amplifiers and motor drivers. As the process is AEC-Q100 qualified it is also suitable for automotive power semiconductors such as a motor driver IC, a DC-DC IC, or battery management systems IC.

 

The process includes multi-time programming and one-time-programming memory IP without adding process steps. It also offers a dielectric process that insulates at 10kV or higher. The company is now developing further options, such as low operating voltage power devices, power PMOS with low ON-resistance for high-side circuits, and depletion-mode NMOS for startup circuits. These option devices are expected to be available in the 1H21.

"As the power semiconductor market is making a rapid growth recently, there are escalating demands for highly reliable and price-competitive foundry technologies," said Tae Jong Lee, CEO of Key Foundry, in a statement.

www.key-foundry.com

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