YAGEO-KEMET’s Aluminum Electrolytic Capacitors for 48V Systems
Efficient for Compact Power Supplies
With new 80V versions of the PEx227 and PEx228 aluminum electrolytic capacitor series, developers now have an additional voltage option between 63V and 100V. Offered by the YAGEO Group, these capacitors combine high capacitance, low ESR, and proven AEC-Q200-qualified reliability for operating temperatures up to +150°C.
Download DatasheetsDesigned for Modern 48V Platforms
The new variants have been specifically tailored to meet the requirements of modern 48V systems in automotive and industrial electronics. Thanks to their higher voltage rating in a compact package, they enable increased power density and reliability without requiring additional PCB space or compromising thermal performance.
Applications
- Power conversion and SMPS
- Automotive 48V systems such as cooling fans, power steering, water cooling pumps, braking, and injection
- Industrial motor control and automation equipment
- Power distribution, inverter, and energy storage systems
- Server, computing, and data center power management
- Telecommunications and networking infrastructure
- Base station power systems
Features
- High capacitances
- Low ESR and high ripple current capability
- Long life time and an operation of up to +150°C
- Multiple form factors like axial, radial and SMD
- AEC-Q200 certified
Learn more about Electrolytic Capacitors.
Why Are PEx227 and PEx228 Capacitors Suitable for High-Power Supply and Power Electronics Applications?
Both series ensure stable operation even under demanding conditions and provide efficient energy storage with minimal losses. They are suitable for a wide range of applications, including DC-link circuits, smoothing and decoupling functions, as well as power conversion systems. This gives developers greater flexibility in environments where high performance, thermal robustness, and long service life are essential.
Your Contact Person
Roland Trimmel is your contact person for electrolytic capacitors with high capacitance and low ESR.
