B43416C3158A000

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Aluminum electrolytic capacitors are a type of passive component typically constructed with a self-healing metal-oxide layer, two aluminum foil sheets and an electrolyte to form the dielectric. As such, the capacitance of aluminum electrolytic capacitors is measured in microfarads (µF). The B43416C3158A000 is a surface-mount aluminum electrolytic capacitor specifically designed for use in harsh environments. It is suitable for use in wide temperature range and offers a high level of reliability in terms of temperature cycling and temperature shock.

The B43416C3158A000 is typically used in motor control systems, alarms, motors, pumps and power supplies. This capacitor has a very low impedance level, which is beneficial for the efficient power delivery and high operation power. The short-circuit function of this capacitor enables overloading up to three times the current rating, without risk of burning out, so it is suitable for power supply applications. This aluminum electrolytic capacitor also has a very small footprint, thereby providing great flexibility when designing on a PCB.

With regards to its working principles, the B43416C3158A000 capacitor is a polarized capacitor. It consists of two aluminum foil sheets, which serve as the plate electrodes. The plate electrodes are separated by an electrolyte layer and a self-healing metal-oxide layer. The electrolyte layer acts as the dielectric material, which is typically provided in the form of an aluminum oxide film. When an electrical field is applied across the capacitor, electric charges accumulate on the plates, which creates an electric field within. The electric field generates a dielectric polarization of the plates that increases the capacitance. In this way, the capacitor can store energy as electric charge.

The B43416C3158A000 is a reliable aluminum electrolytic capacitor, which provides excellent performance in applications for motor control, alarms, motors, power supplies and pumps. The short-circuit function and low impedance of this capacitor make it particularly suitable for power supply applications, while the aluminum oxide layer and small footprint enables flexibility in the PCB design. Furthermore, its working principles can be explained by considering the electric field created between two foil plates separated by an electrolyte layer, which causes a dielectric polarization for increased capacitance.

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