Ultra-low ESR, strong ripple resistance, and withstand surge currents exceeding 20A—YMIN Capacitors are becoming a core pillar of 5G base station power systems.
In the 5G era, base station power systems face unprecedented challenges: high-frequency power fluctuations, instantaneous high-current surges, and stringent environmental requirements. These challenges call for more powerful electronic components, and capacitors, as the “stabilizer” of the power system, directly determine the reliability and efficiency of 5G base stations.
YMIN’s solid-state aluminum electrolytic capacitors (VPL series) and solid-liquid hybrid aluminum electrolytic capacitors (VHT series), with their ultra-low ESR, strong ripple resistance, and ultra-high surge current withstand capability, perfectly meet the needs of 5G base stations.
YMIN capacitors’ five core advantages make them outstanding in 5G power applications: the ESR of the VPL and VHT series can be as low as below 6 milliohms, effectively maintaining ultra-low ripple temperature rise and providing powerful filtering capabilities. Its individual capacitors can withstand surge currents exceeding 20A, effectively protecting base stations from damage caused by instantaneous current surges.
These capacitors have a lifespan of over 4000 hours at 105℃, meeting the requirements for over ten years of operation in practical applications, ensuring long-term stable operation of base stations. Even after long-term operation, their capacitance change rate does not exceed -10%, and their ESR change does not exceed 1.2 times the initial value.
YMIN capacitors also feature ultra-high capacitance density and ultra-miniaturized size, making them ideal for the compact design requirements of 5G base stations within limited space.
Comparative tests by a certain operator show that 5G base stations using solid polymer aluminum electrolytic capacitors exhibit an average 15% reduction in signal latency and a 22% increase in uplink speeds for edge users within the same coverage area. This not only improves the user experience but also provides a reliable communication foundation for high-end applications such as the Industrial Internet and autonomous driving.
As 5G networks develop towards higher frequency bands and denser network deployments, YMIN capacitors will continue to provide strong impetus for 5G base station construction with their superior electrical characteristics and reliable quality, becoming an indispensable core component in the 5G power supply field.
Post time: Nov-07-2025