B41505A8109M

Aluminum electrolytic capacitors are electronic elements used in a wide variety of applications wherein the storage of energy, smoothing, and filtering of voltage or signal are necessary; they are also used as part of the power supply circuits. The B41505A8109M is a type of aluminum electrolytic capacitor specially designed for applications requiring a longer life and higher temperature range due to its long-life oxidation type electrolyte. It is specifically suited to medical applications, lighting, and powertools.

The B41505A8109M has an advantageous construction which allows it to withstand higher temperatures and maintain its performance even under extreme environmental conditions. Specifically, its design uses an aluminum housing with an oxide coating on one side, an etched metal layer on the other side, and a spiral winding of electrolytic paper on the inside. All of these components are wrapped in a plastic sheet to form a cylindrical capacitor.

The key features of the B41505A8109M are its long life and high temperature range. These features come from its high quality materials and construction, which include a low temperature coefficient and high temperature endurance, a properly balanced ESR, a very high insulation resistance, and an excellent self-healing characteristics. These features mean that the B41505A8109M is suited to high-precision medical applications and is suitable for use in tough industrial environments.

The working principle of the B41505A8109M is based on Faraday’s rule (the charge stored on a conductor is proportional to the voltage applied to it). In this case, the capacitor stores the charge in an electric field caused by the application of a voltage. The electric field between the two plates causes the electrons to accumulate on one plate and move to the other, thus creating a stored charge. The charge remains on the capacitor until the applied voltage is removed, and the capacitor is then discharged.

The B41505A8109M is a type of aluminum electrolytic capacitor designed for use in a variety of applications requiring a longer life and higher temperature range due to its long-life oxidation type electrolyte. It is particularly suitable for applications in medical, lighting, and power tools, thanks to its unique construction and advanced features, such as its low temperature coefficient and high temperature endurance, properly balanced ESR, very high insulation resistance, and excellent self-healing characteristics.