MAL214097803E3

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Aluminum Electrolytic Capacitors are a widely used electrical component that helps to stabilize and protect the power and signals in electrical systems. These components are capable of storing electrical energy, and they are found in a variety of applications such as in computer, communication, medical equipment, automobiles, and more. One such product is the MAL214097803E3 Aluminum Electrolytic Capacitor. This capacitor is specifically designed for use in low-profile applications with space constraints. Let us take a look at the application field and working principle of this capacitor.

The MAL214097803E3 Aluminum Electrolytic Capacitor is mainly used in high-density module applications due to its small-sized and low-profile design. This component is used in circuits with high ripple current requirements, and can also be used in the power supply circuit for pulsed electromagnetic radiation. It is suitable for applications in high-quality audio systems, high-efficiency motors, snubbers, reduction in EMI, inrush current blocking, and low-pass filters for power supplies.

This capacitor is made of aluminum foil and electrolyte, with a dielectric film made from an organic material that is sprayed on the aluminum foil. The electrolyte plays the role of an electrically conductive bridge between the positive and negative terminal of the capacitor. The anode of the capacitor consists of the aluminum foil and the cathode is the metal layer in the film. The electrolyte works as the bridge between the two electrodes and prevents the current from going back between them.

The MAL214097803E3 capacitor also includes a self-healing feature. This feature allows the capacitor to recover from dielectric failure in case of over-voltage or short-circuit. The capacitor is also equipped with a safety vent feature which activates if the internal pressure of the device increases due to extreme temperatures. The vent will open and release the extra pressure, avoiding any internal damage.

The working principle of this capacitor can be understood in terms of the electric charge. On connecting the positive and negative terminal of the capacitor, an electric potential difference is created. This potential difference produces an electric field between the two electrodes. A current starts to flow through the electrolyte, and charge starts to build up on the electrodes. The capacitance of the component is determined by the amount of charge it can hold, and the voltage it can take. The higher the capacitance, the more charge it can store and the higher the voltage it can withstand.

As we have seen, the MAL214097803E3 Aluminum Electrolytic Capacitor is a versatile component that can be used in a variety of applications with high efficiency and reliability. It offers features such as self-healing and safety vent, and is designed to be compact in size. This product is suitable for applications with space constraints, and its working principle is based on electric charge and potential difference.

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