CA052X104M4RAC

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Capacitor networks, also known as capacitor arrays, are electrical circuits with multiple capacitors connected in a specific configuration. They are used in various applications, from power supplies to signal conditioning and signal attenuation. The CA052X104M4RAC is one such capacitor array. In this article, we will look at the application fields of the CA052X104M4RAC and its working principle.

The CA052X104M4RAC is a surface-mount capacitor array designed for surface-mount assembly processes. It has a dielectric of 50V and is ideal for use in various applications in the commercial, industrial and automotive markets. It is particularly suited for power supply and signal conditioning applications, and can also be used in RF systems, such as cellular and other wireless communication.

The CA052X104M4RAC has a very low series inductance and a high ripple current rating, making it ideal for use in applications where high power supply efficiency is required. It also has a high frequency response and excellent thermal characteristics, making it suitable for operation in a wide range of temperatures.

The CA052X104M4RAC is constructed of multiple capacitors which are connected in a specific configuration. This configuration allows it to provide the necessary capacitance and dampening for various applications. The area of the board and the length of the traces determine the capacitance of the array and this is usually expressed in picofarads (pF).

The working principle of the CA052X104M4RAC is based on three key factors: the dielectric material, the physical construction of the board, and the electrical connection between the capacitors. The dielectric material provides the insulation between the capacitors, ensuring that there is no electrical shorting between them. The physical construction of the board ensures that the capacitors are correctly aligned so that when current passes through the array, the capacitors create an opposite or equal and opposite electric field in order to store the charge. The electrical connection between the capacitors provides the necessary dampening of the inductive charging current.

The CA052X104M4RAC is a versatile capacitor array with a wide range of applications. It is used in power supplies to filter out noise, to dampen high frequency transients, and to improve electrical safety. In signal conditioning and signal attenuation applications, the CA052X104M4RAC is used to reduce the electrical interference from signals that may be present in the system. In RF systems, such as cellular and other wireless communication, it can be used to reduce signal loss and improve the range of the transmission by providing signal attenuation.

The CA052X104M4RAC capacitor array is an ideal solution for a wide range of applications requiring effective filtering, signal conditioning and signal attenuation. Its low series inductance, high ripple current rating, high frequency response, and excellent thermal characteristics make it an ideal choice for applications in the commercial, industrial and automotive markets.

In conclusion, the CA052X104M4RAC capacitor array has a wide range of application fields, from power supplies to signal conditioning and signal attenuation. It has a low series inductance and a high ripple current rating, making it ideal for high power supply efficiency. Its physical construction and electrical connection allows for effective dampening of inductive charging current. With its high frequency response and excellent thermal characteristics, it is an ideal solution for various applications in the commercial, industrial and automotive markets.

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