B41002B4107M

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Aluminum Electrolytic Capacitors are key components commonly used in electronic devices, including the B41002B4107M. Known for their robust capacity and favorable price, they can be found in a variety of applications, from direct current (DC) applications, such as decoupling and filtering, to power supplies and general circuits. Here we will discuss the application field and the working principle of the B41002B4107M.

In terms of application field, the B41002B4107M is generally used in various types of circuits, ranging from DC applications to regulating and noise reduction circuits, and are ideal for high-frequency circuits. These capacitors offer a wide range of additional benefits such as excellent ripple-current withstand, low self-inductance, low leakage, and long-term reliability. The B41002B4107M also feature an extended temperature range and tolerances up to ±20%.

The B41002B4107M is a type of Aluminum Electrolytic Capacitor that utilize electrodes made from an aluminum foil, which is etched with grooves to increase its surface area. This strip of aluminum is then wound together with an electrolytic paper separator and a conducting foil. The aluminum electrodes are then impregnated with electrolyte and wound together in a can, which is sealed at the end with a liquid-resistant sealant. When a voltage is applied, the electrolyte creates a chemical reaction within the aluminum, causing electrons to flow from one aluminum foil to the other, forming an electric field. This electric field, generated by the power of ion conduction, is used to store energy and capacitance within the capacitor.

In summary, the B41002B4107M Aluminum Electrolytic Capacitors are ideal for a variety of applications in both DC and AC circuits. They offer a variety of benefits such as high-frequency support, robust capacity, high reliability, long-term reliability, low self-inductance, and low leakage. They are easy to install and provide excellent ripple-current withstand, extended temperature range, and tolerances up to ±20%. Last but not least, they are highly cost-efficient, making them a great choice for a variety of electronic applications.

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