MLP371M350EB0C

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Aluminum electrolytic capacitors or simply electrolytic capacitors are electrochemical energy storage devices with a wide range of applications. The device contains a large amount of charge and is formed by two conducting plates with a thin liquid electrolyte between them. The capacitor is an indispensable component of most industrial and consumer electronics devices, from smartphones to laptop computers. MLP371M350EB0C is a type of aluminum electrolytic capacitor that has diverse application fields and best suits the tight space and cost-constrained design requirements. This article will discuss the application field and working principle of MLP371M350EB0C.

The MLP371M350EB0C is a surface-mountable, low-profile aluminum electrolytic capacitor with a rated leakage current of 0.2nA. It is designed for applications that require a high capacitance to volume ratio and are cost-sensitive. The device has a wide working temperature range of -55°C to +105°C and an operational impedance of 85mΩ at 20°C. With its small size of 3.7 mm in diameter and a height of 1.5 mm, the MLP371M350EB0C is ideal for applications in the fields of communications, computers, peripherals, consumer electronics, automotive electronics, and more.

When it comes to the working principle of the MLP371M350EB0C, the device functions in a similar manner as other aluminum electrolytic capacitors. In this article, we will focus on the working mechanism of the MLP371M350EB0C. The device consists of two electrodes, also known as plates, which are separated by a thin liquid or solid electrolyte. One electrode is made of aluminum and the other is typically made of a thin sheet of an activated carbon fiber. These electrodes are then immersed in a solution containing ions, such as sodium and aluminum hydroxide. When a potential is applied between the two plates, the ions in the solution are attracted to the electrode and a potential difference is created, causing electrons to flow from one plate to the other. As the electrons flow, a layer of aluminium oxide is formed on the aluminum plate, increasing its capacitance and thus providing energy storage.

In the MLP371M350EB0C, the aluminum oxide layer is much thicker than in conventional aluminum electrolytic capacitors. This makes it more difficult for the current to travel through the dielectric and increases the impedance of the capacitor. Additionally, as the aluminum plate ages, the layer of aluminium oxide continues to thicken, creating a constant impedance and therefore allowing for more capacitance. The dielectric layer is also less susceptible to mechanical shock and vibration, making it well suited for use in industrial and automotive applications where there is a high degree of shock and vibration.

The MLP371M350EB0C is a highly reliable aluminum electrolytic capacitor designed to reliably store energy. With its small size and wide working temperature range capability, the MLP371M350EB0C is perfectly suited for a variety of applications in the fields of communications, consumer electronics, computing, automotive electronics, and more. With its increased capacitance, high impedance, and relatively low leakage current, the MLP371M350EB0C offers a reliable and efficient source of energy storage.

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