B41041A5157M

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Aluminum electrolytic capacitors consists of aluminum anode and cathode, with electrolyte as media, and specialized encapsulation. The electrolyte converts the surface of the aluminum foil into a porous structure and forms a large number of tiny oxide layers on the aluminum foil. It is the oxide layer that forms the dielectric.

The B41041A5157M belongs to a series of aluminum electrolytic capacitors. Its application field is mainly consumer electronics, home audio and video devices, health care products, etc. It is especially suitable for the equipment which needs high stability, low loss, and long temperature-pressure resistance.

How does the B41041A5157M work? It uses the principle of Faraday\'s Law of electrolysis to store energy. It consists of two layers of aluminum foil and a dielectric layer. The electric field generated by the applied voltage forces the electrons to move to the positive plate, leaving its negative charge on the negative plate. The electrons that flowed into the positive plate form an electric field, which opposes the external electric field and forms the capacitor.

The product features of B41041A5157M include long life, large capacity, high temperature resistance, and low cost. It has excellent temperature characteristics, which include long-term lifetime at -40 to +105°C, and a capacitance derating rate of γ=-0.27±0.08%/°C, making it suitable for applications that require high temperature. It also has a stable capacitance and a maximum deviation of not more than 10%, even at a range of temperature and voltage. This ensures that the capacitance of the capacitor can be maintained in various different conditions. Moreover, the device has a wide capacitance range from 10~100000μF, giving it the ability to handle a wide range of applications.

To sum up, the B41041A5157M is an aluminum electrolytic capacitor which is used in consumer electronics, home audio and video devices, and health care products. It has excellent temperature and voltage characteristics, long life expectancy, and large capacitance range, making it suitable for a variety of applications.

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