MAL215263109E3

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Aluminum Electrolytic Capacitors are one of the most common types of capacitors used in a variety of electronic devices. The MAL215263109E3 is an example of such a capacitor, and it has a variety of properties and uses that make it a popular choice. In this article, we will discuss the application field and working principle of the MAL215263109E3.

The MAL215263109E3 is a surface mount aluminum electrolytic capacitor. It is designed to provide a low-impedance, high frequency path between two points of an electronic circuit, allowing current to flow. This capacitor has a maximum capacitance of 2200 microfarads, a rated voltage of 25 volts, and a working temperature range between -55°C and +85°C. The case size is 12.5 mm x 12.7 mm and the height is 6.3 mm.

Because of its high capacitance and low impedance, the MAL215263109E3 is widely used in many different applications. These include power supply and signal line filtering, DC/DC converters, consumer electronics, AV systems, automotive electronics, charging circuits, and even energy storage.

The working principle of the MAL215263109E3 is simple to understand. Inside the capacitor are two metal plates, the anode and the cathode. The anode acts as a positive charge, while the cathode acts as a negative charge. When a voltage is applied across the anode and cathode plates, an electrical current flows between them, creating a capacitance. As the current flows, an electrical field is created, storing energy and allowing electricity to flow freely between the two terminals. This capacitance can be regulated by changing the size of the plates, and by changing the dielectric material in between the plates.

In summary, the MAL215263109E3 is a surface mount aluminum electrolytic capacitor that has a wide range of applications, including power supply and signal line filtering, DC/DC converters, consumer electronics, AV systems, automotive electronics, charging circuits, and even energy storage. The working principle is simple, as it uses two metal plates, the anode and the cathode, to create an electrical field which stores energy and allows electricity to flow freely between the two terminals. By changing the size of the plates, and by changing the dielectric material between them, the capacitance can be regulated.

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