Phillip Yoon

I have the capability to directly purchase and establish the core equipment required for MLCC development and production, and I am able to properly select key raw materials such as BaTiO₃ and Ni paste. In addition, I possess additive technologies essential for developing ultra-high-capacitance MLCCs, including the X5R, X7R, and X8R systems, enabling the independent design and development of a wide range of high-capacitance product lines. Based on this technological foundation, I can develop ultra-high-capacitance MLCC series such as 0201(0603)-225, 0402(1005)-226, and 0603(1608)-476 and so on, and I am also capable of producing products that meet the DC-Bias requirements demanded by Apple and Huawei by applying grain growth control technology. Furthermore, I can develop 1206-475 X7R products with excellent DC-Bias characteristics, as well as other high-capacitance X7R series. From a manufacturing-process perspective, I have the equipment and expertise to operate Margin Formation technologies - such as Side Gap and Side Formation technology which apply a W-margin sheet to enhance both capacitance and reliability, enabling stable execution of all processes required for high-reliability MLCC production.● High-End X5R, X7R (Additives, Grain Growth Control, DC-Bias Enhanced)● SG (Side Gap) = MF (Margin Formation) = SF (Side Formation) Machine & Method & Materials ● Newest Sintering Technique for the improvement of BDV, IR, Short, HALT, etc● All of the above are available with commercially available materials