AFK687M63R44VT-F

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Aluminum electrolytic capacitors have been around for decades and are commonly used in electrical equipment, and the AFK687M63R44VT-F is no exception. It is a reliable and commonplace component that can be found in a variety of electronic devices and motors.

General Characteristics

The AFK687M63R44VT-F is a top-end aluminum electrolytic capacitor, and it is distinguished by several features that make it particularly suited to certain applications. It has a tantalum-doped anode coating for improved capacitance, as well as a pure electrolyte for safety, life stability, and low leakage. Its capacitance is specified up to 47uF and its maximum ripple current is up to 4.25A. It also operates within an extended temperature range of -55°C to +125°C.

Applications

The AFK687M63R44VT-F aluminum electrolytic capacitor is designed for use in general-purpose applications where a stable and cost-effective capacitor is needed. It can be utilized in a range of applications, from radios to home appliances and electric cars. It is also regularly employed in motor applications that require a reliable and efficient power source. Examples of such applications are switching power supplies, telecommunications, and motion control systems.

Working Principle

The AFK687M63R44VT-F aluminum electrolytic capacitor works by storing electrical energy and releasing it as needed. It does this by forming a layer of dielectric between two metal plates, known as electrodes, with the assistance of an electrolyte liquid or solid. When a voltage is applied to the electrodes, a voltage gradient forms and produces an electric field within the capacitor, allowing current to flow through the device and charge the capacitor. As the capacitor charges, electric energy accumulates, and when the capacitor is discharged, the energy is released.

Conclusion

In conclusion, the AFK687M63R44VT-F aluminum electrolytic capacitor is a reliable and efficient component for general-purpose applications that require stable and cost-effective operations. Its characteristics, such as its tantalum-doped anode coating and its pure electrolyte, make it particularly suited for motor and motion control systems. It works by forming a dielectric layer between two electrodes with the aid of an electrolyte, allowing electrical energy to be stored and released as needed.

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