B43601A5826M67

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Aluminum electrolytic capacitors are an important component in many modern machines due to their low cost, high capacitance, long life, and high voltage capacity. B43601A5826M67 is one of the most common types of aluminum electrolytic capacitors, and can be used in a wide variety of applications.

The B43601A5826M67 has a capacitance of 22µF, a working voltage of 200V, and a maximum ripple of 0.18A. It is rated for 45,000 hours at 20°C, and can operate in a temperature range of -40°C to 85°C. The total height of the B43601A5826M67 is just 15.5mm, and it has a 2.5mm diameter lead spacing.

The main application for the B43601A5826M67 is in power supplies, where it can be used to store energy and supply it as needed, enabling the power supply to function reliably. It can also be used in analog circuits to smooth out power fluctuations, and in digital circuits to reduce transmission errors. Other possible applications include automotive electronics, medical devices, and audio amplifiers.

The working principle of the B43601A5826M67 is relatively simple. It is composed of two metallic plates that are separated by a dielectric material, and an electrolyte that helps to conduct current. When a DC voltage is applied to the capacitor, an electric field is created between the two plates. This electric field causes charge to be stored on the plates, creating a capacitance.

The B43601A5826M67 has a long life and is generally reliable. However, to maximize its life, it should be stored in an environment where the temperature does not exceed 85°C, the humidity is kept low, and the electrical stress is minimized. It is also important to consider the ripple current, as an overload can cause the capacitor to fail.

In conclusion, the B43601A5826M67 is a popular type of aluminum electrolytic capacitor that is used in many different types of electronic applications, such as power supplies, automotive electronics, medical devices, and audio amplifiers. Its working principle is based on the principle of capacitance, where two metal plates are separated by a dielectric material and an electrolyte. To maximize its life, it should be used within the electrical and temperature limits specified by the manufacturer.

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