W2A45C103MAT2A Capacitors

Capacitor Networks and Arrays

The W2A45C103MAT2A is a capacitor network and array popularly used in modern electronic applications. It is a type of capacitor with multiple terminals, and is able to store and filter electric current in an enclosed circuit. This part is composed of two 35 uF capacitors, and two 0.1 uF capacitors. It offers excellent high frequency characteristics, a beam lead design, and an operating temperature of -55 to +105°C.

Capacitor networks, such as the W2A45C103MAT2A, operate by storing charge between plates separated by a dielectric material. When a voltage is applied to the plates, electric current is stored between them and then discharged when the voltage is removed, allowing it to be used as a filter with multiple functions.

Capacitor networks and arrays can be used in many different applications. The W2A45C103MAT2A is often used in automotive applications, and is able to filter out high frequency noise in audio systems or the on-board computer. It is also commonly used in an analog circuit, where it is able to provide stability for precisely tuned circuits. Additionally, the W2A45C103MAT2A can be used to filter out high frequency noise from digital circuits, such as those in computers or cellular phones.

Capacitor arrays are also commonly used in power management applications. By using the individual capacitors in combination, the arrays are able to provide a stable voltage to circulating current, making them perfect for applications such as power supplies and large inverters.

The W2A45C103MAT2A capacitor array is designed to have a higher ripple current rating and faster power supply rise time than other similar parts. This is because of its high-density configuration that allows for an increased amount of current to be supplied without causing damage. Additionally, these arrays are designed to be mountable in an array, making them easy to install and maintain within an existing system.

The W2A45C103MAT2A capacitor array is a reliable and robust part, making it the perfect choice for a variety of applications. With its beam lead design and excellent high frequency characteristics, it is a great choice for any application needing to filter out high frequency noise from digital or analog circuits.