B41689K8567Q001

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Aluminum electrolytic capacitors are components considered to be integral for many circuits. The B41689K8567Q001 capacitor is one such aluminum electrolytic capacitor. It is a polyester-coated and aluminum made device. Offering a maximum working voltage of 450VAC, it also comes with an operating temperature ranging between -40°C to +105°C. It is a non-inductive, bi-polarized, as well as snap-in device.

Among the main features of the capacitor are its axial leads made of tinned copper wires with a diameter of 0.8mm. It also includes a high power loss ability of 1.97W and an increased temperature rise of 125°C as a result of a low-loss dielectric material. Furthermore, its leakage current rating is 30 to 50 nA at 85°C.

The B41689K8567Q001 capacitor offers superior performance within various industrial applications. Most notably, it is widely used in switching power supplies, washing machines, air conditioning units, and a range of voltage conversion systems. It is also used in medical instrumentation, LED power supplies, and other industrial electronics.

Working on the principle of electrolytic capacitors, the B41689K8567Q001 device features an electrolyte, an anode, and a cathode. The electrolyte in the unit enables the charge to travel through it, while the anode acts as the positive terminal and the cathode works as the negative terminal.

The capacitance of the B41689K8567Q001 capacitor is determined by the surface area of the anode and the distance between the anode and the cathode. This capacitance is measured in farads and is dependent on the dimensions of the electrolytic capacitor. In order for the capacitor to create an electric field when current flows through it, the anode must have an oxide layer formed on its surface. The oxide layer acts as a source for the electric field, so that when a voltage is applied between the anode and the cathode, a capacitance is created.

By changing the capacitor\'s composition, it is possible to adjust the capacitance of the B41689K8567Q001. For example, changing the size of the electrolyte, the material used for the anode, or the thickness of the oxide layer, can all affect the capacitance of the capacitor. One important thing to note is that when the capacitor is storing current, it is possible to drift away from the ideal capacitance value, due to the temperature and power fluctuations.

The B41689K8567Q001 aluminum electrolytic capacitor is a reliable and highly efficient tool for many industrial application needs. It offers a wide operating temperature range, a low leakage current rate, and a high power loss ability. With its powerful performance, it proves to be an essential component in various voltage conversion systems, as well as medical instrumentation, LED power supplies, and more.

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