Product Characteristics:
● Innovative design of anodes: The use of high-purity tantalum powder and advanced conductive polymer cathode technology achieves ultra-low Equivalent Series Resistance (ESR) and excellent response to high-frequency ripple currents and pulsed loads;
● Ultimate security and stability: The design of multi-layer protection structure completely avoids the risk of liquid leakage of traditional liquid electrolytic capacitors, and the anti-surge capability reaches the leading level in the industry without fire hazard, and the failure rate is more than 50% lower than that of ordinary solid capacitors, which is in line with the reliability standard of industrial-grade and automotive electronics;
● Superior power density and efficiency: It supports stable operation over a wide temperature range from -55°C to +125°C. The ripple current resistance is 3 times higher than that of MLCCs of the same volume, and can carry transient currents of up to 10A@100kHz, making it suitable for high power density scenarios such as 5G base stations and AI servers;
● Design Flexibility and Derating Simplification: In DC-DC converter input/output applications, only 10%-20% voltage derating is required to meet the harsh operating conditions (e.g., the 16V model can directly replace a 25V aluminum electrolytic capacitor), and the capacitance degradation rate is less than 5% @ 2,000 hrs/125°C accelerated life test;
● Full Scene Compatible Alternative Advantage: The package size covers the EIA 3216-7361 standard, and the capacity ranges from 22μF to 1500μF, which can seamlessly replace traditional aluminum electrolytic capacitors, MLCCs, and tantalum capacitors, especially in high-voltage and high-frequency scenarios, such as battery management systems for 48V light-hybrid automobiles, GPU power supply modules, and other high-voltage and high-frequency scenarios;
● Environmental protection and certification system: It complies with RoHS 2.0, AEC-Q200 and JIS C 5102-4 international standards, and passes Panasonic's own PQF (Premium Quality Factor) full-process quality control system to ensure the batch consistency up to the military-grade requirements.
typical application：
- Server/Data Center VRM Modules
- OBC on-board charger for new energy vehicles
- High-end graphics card GPU decoupling circuit
- Aerospace Power Redundancy Systems
technology standard：
JIS C 5102-4:2018 | IEC 60384-24:2015 | Panasonic Internal Specification SC-8812E