W3A45A100KAT2A

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The W3A45A100KAT2A is an advanced capacitor network that is a cost-effective solution for a wide range of energy storage applications. The high energy density and wide voltage range of the W3A45A100KAT2A makes it suitable for a variety of applications where long life is critical. The high-reliability, low ESR design of this capacitor network makes it ideal for industrial and commercial applications that require reliable operation.

The W3A45A100KAT2A consists of a single-layer array of up to 45 individual capacitors connected in parallel through each other. This type of design is referred to as a multi-layer array or an IMSA (Ion Metal-Silicon Alloy). Each capacitor in the array is rated for up to 100 KA rating and is designed to function within a wide range of voltages. Depending on the application, the capacitors in the array can be arranged in different configurations such as series, parallel, half-bridge, etc. Each of these configurations has its own advantages and drawbacks.

Application Field: W3A45A100KAT2A is designed for application where a high-reliability and low ESR design of the capacitor network is important. Examples of the applications include power-amplifying circuits, high-speed switching applications, decoupling applications, pulse generators, energy converters, RF receivers, and many more.

Working Principle: W3A45A100KAT2A capacitor networks are designed to store and discharge energy effectively. When an external voltage is applied across the capacitor, the internal capacitance of the individual capacitors provides an ideal capacity for capacitance build-up. This capacitance build-up helps to address high ESR and slow discharge rate issues, while providing high energy density and wide voltage capabilities.

Moreover, since the individual capacitors in the W3A45A100KAT2A are connected in parallel, the energy stored in the capacitors is evenly distributed throughout the array. This means that the capacitance and the voltages of the capacitors remain relatively constant, even when the applied voltage ripples. The ripple reduction through the individual capacitors gives the W3A45A100KAT2A excellent regulation characteristics.

Additionally, the W3A45A100KAT2A reduces losses by having the higher voltage capacitors in the array discharge themselves before the rest of the capacitors in the arrangement become charged. This reduces the overall system power loss and improves the output voltage level. The overall result is improved system performance and reliable operation.The specific data is subject to PDF, and the above content is for reference