W2A41C152KAT2A

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Capacitor networks and arrays play an essential role in many electrical and electronics applications. The W2A41C152KAT2A is a high quality capacitor array tailored to provide a compact, reliable and cost-effective solution for modern applications. The network provides high capacitance with minimal leakage current and low ESR. This application note explains the details of the network and provides some helpful information about the general applications and working principle behind the W2A41C152KAT2A.

The W2A41C152KAT2A capacitor array consists of fifteen 2.2µF surface mount capacitors connected in a series-parallel combination. The capacitors are configured so that the total capacitance of the array is 48µF and the individual capacitance measurements are as follows: 4µF (2x2µF, 6µF (3x2µF) and 7µF (1x2µF). The capacitors in the array have a rated voltage of 10V, and the entire array has a rated voltage of 25V. The array is constructed using a specialized high-temp epoxy package, which provides excellent thermal stability and reliability.

The primary application for the W2A41C152KAT2A capacitor array is for power supply applications. The array is used as a reservoir capacitor or decoupling capacitor in a power supply circuit to provide a reservoir of energy and help smooth and reduce ripple voltage. The many individual capacitors are connected in a series-parallel combination so that the capacitance is increased and the equivalent series resistance is lowered. This makes the array ideal for power supply applications that require large currents and relatively low output voltage ripple.

The W2A41C152KAT2A array has also found applications in a variety of other areas such as automotive, industrial and consumer electronics. In applications where large amounts of energy need to be stored or where high-frequency noise filters are required, the W2A41C152KAT2A array can provide a compact, reliable and cost-effective solution. The low ESR rating of the array makes it suitable for high-frequency noise filtering applications, while its low leakage current makes it ideal for energy storage applications.

The working principle behind the W2A41C152KAT2A capacitor array is relatively simple. When the voltage across the capacitor increases, the electric field between the plates of the capacitors increases, causing the electrons to flow from one plate to the other. This charge is stored in the capacitor, which can then be used for a variety of applications. In power supply applications, the capacitors store energy and the stored charge is then used to reduce output voltage ripple. In noise filtering applications, the capacitors act as filters to reduce high frequency noise.

The W2A41C152KAT2A capacitor array provides a compact, reliable and cost-effective solution for many applications. It is a high quality capacitor array tailored specifically for power supply, automotive, industrial and consumer electronics applications. The array is capable of storing high amounts of energy while providing low equivalent series resistance and low leakage current. This makes the array an ideal choice for applications that require high capacitance, low equivalent series resistance and low leakage current.

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