ECA-2WHG100E

Aluminum Electrolytic Capacitors play an important role in numerous engineers’ circuits. As the most basic form of capacitance element, they can be identified by their cylindrical casing and large capacitance values. The ECA-2WHG100E is an aluminum electrolytic capacitor suitable for multiple uses. It is a radial type capacitor with a maximum capacitance of 25000uF and a rated voltage of 10VDC. It is suitable for various circuit applications, including high temperature circuit protection, inrush current limiting, over-current protection, and voltage spike suppression. The ECA-2WHG100E works on the principle of electrolysis, in which two layers of aluminum are isolated from each other and submerged in an electrolyte solution. The center of the capacitor is made of a thin dielectric layer of aluminum oxide. The negative layer is attached to the dielectric and the positive layer is suspended in the electrolyte. When the voltage is applied, electrons in the negative layer move towards the positive layer. This creates an electrical field across the dielectric layer, which causes ions in the electrolyte to migrate and deposit charges on the positive layer. The capacitor’s capacitance is dependent on the area and thickness of the dielectric and the distance between the two plates. These layers range from microns thick to several millimetres in thickness, depending on the specific type of capacitor. Since the capacitance of such capacitors depends on the surface area, they are typically much larger in size than other types, such as electrolytic capacitors. The capacitance is also dependent on the dielectric constant of the materials used and the operating temperature. The ECA-2WHG100E is also exceptionally robust, with a robust capacitor design that allows for extreme temperatures and is capable of withstanding high vibration and shock. It has a long life and low leakage current, making it reliable and stable in various operating conditions. The ECA-2WHG100E is a versatile aluminum electrolytic capacitor suitable for a wide range of applications, thanks to its high capacitance and low ESR even in high temperatures. Its long-life and reliable performance have made it an ideal choice for a variety of electronics circuits, from automotive electronics to consumer appliances and industrial equipment.