MPS

Breaking Performance Boundaries: YMIN MPS Series Ultra-Low ESR Multilayer Polymer Solid Aluminum Electrolytic Capacitors

As modern electronic devices evolve towards higher frequencies, smaller sizes, and higher efficiency, capacitor performance often becomes a bottleneck in system design. YMIN's MPS series multilayer polymer solid aluminum electrolytic capacitors, with their revolutionary ultra-low ESR characteristics, redefine the performance standard for solid-state capacitors, providing unprecedented power solutions for high-end electronic devices.

Technological Breakthrough and Innovative Design

The MPS series capacitors utilize a design concept that combines innovative multilayer polymer technology with solid-state electrolyte technology. Compared to traditional aluminum electrolytic capacitors, this product achieves a significant structural breakthrough: using high-purity aluminum foil as the electrode material, separated by a precisely controlled solid electrolyte layer, achieving a quantum leap in charge storage and transfer efficiency.

The product's operating temperature range meets the industrial standard of -55°C to +105°C, with a rated operating voltage range of 2V to 2.5V and a capacitance range of 330-560μF. Most notably, its ESR value is as low as 3mΩ, a leading indicator in its class. Extremely tight leakage current control demonstrates superior electrical performance.

Excellent Performance Characteristics

Ultra-low ESR Performance: A 3mΩ ESR value is more than just a simple improvement in technical parameters; it fundamentally improves the capacitor's high-frequency performance. Low ESR means lower energy loss, less heat generation, and higher efficiency, making it particularly suitable for applications requiring high efficiency, such as high-frequency switching power supplies.

Excellent Frequency Characteristics: The product maintains stable ESR performance at 100kHz, with a frequency correction factor reaching 1.0 in the 100-300kHz range. This demonstrates the capacitor's exceptional performance stability in high-frequency environments, providing an ideal power supply filtering solution for modern high-frequency electronic devices.

Excellent Temperature Stability: After rigorous endurance testing at rated voltage for 2000 hours, the capacitance change rate did not exceed ±20% of the initial value, the loss tangent did not exceed 200% of the initial specification, and the leakage current remained within the initial specification. Excellent stability was also demonstrated after high-temperature and high-humidity testing.

Compact Package Design: The product utilizes an ultra-small package measuring 7.3×4.3×1.9mm, achieving high performance in a compact footprint and providing an ideal solution for space-constrained modern electronic devices.

Application Areas:

High-end Computing Equipment: In the power supply circuits of core processors such as CPUs and GPUs, the MPS series capacitors' ultra-low ESR characteristics effectively suppress power supply noise, providing a clean and stable power supply environment. Their fast response time meets the processor's high transient current demands, ensuring stable system operation.

Communications Infrastructure: In communications equipment such as 5G base stations, network switches, and routers, these capacitors provide effective power supply decoupling and filtering for high-frequency digital circuits, ensuring signal transmission integrity and stability.

Medical Electronic Equipment: In medical imaging equipment, patient monitors, and other medical devices with extremely high reliability requirements, the MPS series' long life and high stability ensure long-term reliable operation, meeting the stringent component lifespan requirements of medical equipment.

Industrial Automation Systems: In industrial equipment such as PLCs, industrial controllers, and servo drives, the product's wide temperature range enables it to adapt to harsh industrial environments, ensuring continuous and stable operation of production systems.

Consumer Electronics: In space-constrained products such as smartphones, tablets, and wearables, its miniaturized design and excellent performance provide greater design flexibility.

Product Series Details

YMIN's MPS series offers a complete product line, including the MPS331M0DD19003R (2V, 330μF), MPS471M0DD19003R (2V, 470μF), and MPS561M0DD19003R (2V, 560μF). Also included in the 2.5V series are the MPS331M0ED19003R (2.5V, 330μF), MPS391M0ED19003R (2.5V, 390μF), and MPS471M0ED19003R (2.5V, 470μF). All products maintain an ultra-low ESR of 3mΩ and a guaranteed lifespan of 2000 hours, providing comprehensive solutions for diverse application needs.

Technical Advantages and Value

The ultra-low ESR characteristics of the MPS series capacitors directly translate into improved system-level performance: First, they reduce energy loss in the power system, improving overall energy efficiency. For battery-powered devices, this translates to longer battery life. Second, they reduce heat generation, reducing system cooling requirements and enabling higher-density circuit designs. Finally, they improve system stability and reliability, reducing system failures caused by power supply issues.

The product's long life significantly reduces equipment maintenance and lifecycle costs, a crucial feature for infrastructure equipment requiring long-term continuous operation. Its environmentally friendly nature complies with the RoHS Directive (2011/65/EU), meeting the stringent environmental requirements of modern electronic products.

Quality Control and Reliability Assurance

YMIN implements a strict quality management system, ensuring precise control of every step from raw material procurement to production processes. Advanced production equipment and testing instruments ensure product consistency and reliability. All products undergo 100% electrical performance testing to ensure that every capacitor delivered meets specification.

Future Development Trends

As electronic devices move toward higher frequencies and higher efficiencies, the performance requirements for capacitors will continue to rise. The ultra-low ESR technology represented by the MPS series capacitors will become a mainstream trend in future development. In emerging fields such as artificial intelligence, the Internet of Things, and autonomous driving, the requirements for power supply performance will become even more stringent, and these high-performance capacitors will play an increasingly important role.

Conclusion

YMIN's MPS series multilayer polymer solid aluminum electrolytic capacitors, with their breakthrough ultra-low ESR characteristics, provide a new solution for electronic device power supply design. Their excellent high-frequency performance, stable temperature characteristics, long-life reliability, and compact packaging make them an ideal choice for high-end electronic devices. As electronic technology continues to advance, these high-performance capacitors will play a vital role in driving technological progress and provide a solid foundation for improving the performance of electronic devices.

Through continuous technological innovation and strict quality control, YMIN is committed to providing the highest-quality capacitor products to the global electronics industry, helping customers gain a technological advantage in the fiercely competitive market and jointly promoting technological progress and development in the electronics industry.