B41252C228M

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Aluminum electrolytic capacitors are components used in a variety of electronic circuits to store electrical. Given the name based on the two primary materials used in their construction, the primary material base of the capacitor is aluminum and the second material is electrolyte. These capacitors store a small amount of electrical energy, ranging from fractions of a farad up to 1000 or more farads. The B41252C228M is a high precision, radial lead aluminum electrolytic capacitor.

The B41252C228M aluminum electrolytic capacitor is a surface-mounted capacitor designed for surface mount and radiation protection applications, such as electron beam devices, high frequency reference oscillators, and radar equipment. This surface-mounted capacitor is composed of an aluminum case with four leads. The leads are heated to form a connection and the case becomes the negative terminal. The capacitor is then filled with a special electrolyte, which can be either a liquid or a polymeric film. The metal oxide film is then formed on the surface of the aluminum case, which provides the electrical connection between the two terminals.

The B41252C228M aluminum electrolytic capacitor offers very high performance at high frequency and allows for quick charging and discharging. The capacitor has very low ESR, high ripple current, low noise, and low dielectric absorption. Its small size and design allow for assembly on any printed circuit board, while its high reliability makes it an ideal choice for harsh, high temperature applications. This capacitor has a maximum operating temperature of -55 to +105°C and is capable of operating over a lifetime of 2000 hours.

The B41252C228M aluminum electrolytic capacitor’s operating principle is based on electrostatic energy storage in the dielectric material. This type of capacitor stores an electrical charge by trapping an opposite charged body within the two conducting surfaces. The electrostatic energy is stored in a thin film of material called the dielectric, which is the medium between the two metal plates of the capacitor. As current is applied, a voltage is generated between the two plates, causing a dielectric polarization. This creates an electric field between the plates, and this is what determines the capacitance of the device. The capacitance of the device is directly proportional to the stored electrostatic energy, or the charge the capacitor can accept.

The B41252C228M aluminum electrolytic capacitor is the perfect choice for multiple applications, including signal processing, RF communication, and aerospace electronics. It offers low ESR, a compact design, and high reliability. Its small size and design allow the capacitor to be used in tight spaces, and its high reliability makes it an ideal choice for high current applications. This capacitor is an excellent choice for applications where low ESR, long lifespan, and high performance are important requirements.

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