Revolutionize Energy Storage with UE3-15185K Capacitor Solutions

In modern electronic systems, efficient energy storage is critical for performance. The UE3-15185K capacitor from Electronic Concepts/EC addresses this challenge by delivering a robust solution with a voltage rating of 360V and capacitance of 510µF. This combination ensures reliable operation in demanding applications.

Key Features and Benefits

• 360V operating voltage: Ideal for high-power circuits requiring stable energy delivery.
• 510µF capacitance: Provides enhanced filtering and smoothing capabilities, reducing noise and ripple.
• Compact design: Enables integration into space-constrained systems without compromising performance.
• Extended lifespan (>2000 hours at rated voltage): Ensures long-term reliability and reduced maintenance costs.

Data Source: Manufacturer Specifications Sheet (Electronic Concepts/EC).

Case Studies

Application 1: Renewable Energy Systems

The UE3-15185K capacitor has been successfully implemented in solar inverters to improve power factor correction. By utilizing its high capacitance value, engineers achieved a 15% reduction in energy losses during DC-to-AC conversion. This breakthrough resulted in higher overall system efficiency, verified through field tests conducted by leading renewable energy firms.

Application 2: Industrial Motor Drives

In industrial motor control applications, the UE3-15185K capacitor demonstrated superior performance under varying load conditions. Its ability to handle rapid current surges while maintaining voltage stability led to a 20% improvement in motor startup times. Verified performance data from real-world installations confirmed these results, showcasing the capacitor's effectiveness in enhancing operational efficiency.

By integrating the UE3-15185K capacitor into your designs, you can achieve breakthrough performance improvements across multiple industries. With its reliable specifications and proven track record, it stands out as an ideal choice for next-generation electronic systems.