How the EPCOS B43564-S9428-M1 4200uF 400V Capacitor Enhances Power Supply Stability

If you’re looking to boost the stability and efficiency of your power supply systems, the EPCOS B43564-S9428-M1 capacitor is a standout choice. This aluminum electrolytic capacitor offers an impressive capacitance of 4200uF at 400V, making it ideal for industrial applications where high performance is essential. The capacitor’s design ensures reliable operation even under demanding conditions such as high ripple currents or temperature fluctuations.EPCOS has long been recognized for its robust product lines, and the B43564-S9428-M1 is no exception. It features a long service life due to its advanced construction and materials, which significantly reduce wear and tear. According to TDK-EPCOS data, this capacitor can handle up to 17A RMS ripple current at 100Hz and 85°C, a feature that makes it particularly valuable in switch-mode power supplies (SMPS) and other high-power electronics.An excellent example of its application is within renewable energy setups like solar inverters. Here, the capacitor plays a crucial role by smoothing out voltage fluctuations and ensuring consistent power output. For instance, in a typical solar panel system, sudden changes in sunlight intensity can cause voltage spikes. The EPCOS B43564-S9428-M1 effectively mitigates these issues, protecting sensitive equipment and extending their lifespan.In addition to its technical prowess, the capacitor also supports compact designs. Its dimensions of 35mm diameter and 65mm height allow it to fit seamlessly into space-constrained environments without compromising performance. Maintenance teams appreciate its reliability, knowing they can trust it to perform consistently over time.The overall value proposition of the EPCOS B43564-S9428-M1 lies in its ability to deliver superior electrical characteristics while maintaining cost-effectiveness. Whether used in telecommunications infrastructure, medical devices, or automotive electronics, this capacitor proves itself as a dependable component that enhances system stability and longevity.