Rutronik announces comprehensive MLCC portfolio from the YAGEO Group
As electronic systems deliver greater functionality within increasingly compact form factors, the demands placed on passive components are changing fundamentally. Multilayer ceramic capacitors (MLCCs) are no longer simply supporting components – they are enabling technologies that help make advanced electronic systems possible. Beyond providing capacitance, MLCCs stabilise power rails, suppress electromagnetic interference, and directly influence system efficiency, reliability, and long-term performance.
With higher operating voltages, faster switching frequencies, and growing integration density, selecting the right MLCC has become a key design decision that directly impacts system efficiency, reliability, and lifetime.
The YAGEO Group is one of the world’s leading suppliers of multilayer ceramic capacitors, combining the technology expertise of YAGEO and KEMET into one of the industry’s broadest MLCC portfolios.
Engineers benefit from a comprehensive range of dielectric materials – Including C0G, U2J, X5R, X6S, and X7R – as well as solutions for high capacitance, high-voltage applications, and a wide variety of package styles. The portfolio includes surface-mount, leaded, stacked, KONNEKTTM Technology, and disc capacitors, providing the flexibility to optimise designs for virtually any application.
This product offering enables developers to precisely match capacitance, temperature stability, voltage rating, and package size to their individual system requirements.
As electronic systems become increasingly mission-critical, long-term reliability is no longer optional. The YAGEO Group’s MLCC portfolio therefore covers a wide range of qualification levels – from commercial applications to automotive, high-reliability, aerospace, defence, and medical designs. This portfolio enables engineers to design highly reliable electronic systems capable of operating under demanding environmental conditions.
As power density, operating voltage, and system complexity continue to increase, MLCCs are evolving from basic supporting components into critical enabling technologies. Their performance directly influences power conversion, filtering, decoupling, efficiency, reliability, and the ability to achieve more functionality within smaller electronic systems.
At the same time, designers must consider more than electrical performance alone. Global manufacturing capacity, supply continuity, product breadth, and responsive engineering support are increasingly important to long-term program success.
With its worldwide production footprint, broad technology portfolio, and strong application engineering expertise, the YAGEO Group provides more than MLCCs – it provides a scalable, dependable technology platform and a long-term partner for advanced electronic designs.
Building tomorrow’s electronics starts with the right components
From electric vehicles and humanoid robots to AI data centres and next-generation 800 V AI power architectures, advanced electronic systems are driving unprecedented demands for higher power density, greater efficiency, and long-term reliability.
As operating voltages, switching frequencies, and component densities increase, MLCCs become critical enabling technologies for power conversion, filtering, decoupling, and energy management. With one of the industry’s most comprehensive MLCC portfolios, the YAGEO Group helps engineers develop compact, scalable, and future-ready designs for the world’s most demanding high-power applications.
