KMG350VBR47M6X11LL

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Aluminum electrolytic capacitors are popular electronic components, known for their large capacitance-to-volume ratio. When subjected to high electrical potentials, the electrolyte contained within the capacitor is able to facilitate an electrical double-layer, allowing the capacitor to store electrical energy. One example of an aluminum electrolytic capacitor in particular is the KMG350VBR47M6X11LL, which is especially known for its low impedance and high temperature ratings.

Applications of the KMG350VBR47M6X11LL Capacitor

The KMG350VBR47M6X11LL capacitor is often used in almost any application requiring high-level voltage storage or noise suppression. In power supply circuits, for example, they work to reduce the effects of load-induced noise. They can also be used in audio amplifiers to diminish power supply-induced noise. Other possible uses include in continuous conduction mode (CCM) and discontinuous conduction mode (DCM) power factor correction (PFC) circuits, as well as in portable communications devices and wireless power transmission systems.

Design of the KMG350VBR47M6X11LL Capacitor

The KMG350VBR47M6X11LL capacitor is constructed using an electrolyte-impregnated aluminum foil anode and an aluminum foil cathode. Between the two layers of aluminum is a porous paper separator, impregnated with an electrolyte. The finished capacitor is then sealed in an epoxy case, with pins providing electrical continuity between the anode and cathode. In terms of size, the KMG350VBR47M6X11LL measures 47mm x 11mm, making it suitable for use in tight spaces, and has a capacitance of 350V.

Working Principle of the KMG350VBR47M6X11LL Capacitor

The basic working principle of the KMG350VBR47M6X11LL capacitor is simple. When a voltage is applied across the two electrodes, the capacitor is able to store the charge, creating an electric field within the space between the two aluminum layers. This electric field is created by the ions in the electrolyte suspending themselves around the electrodes, essentially forming two separate layers, much like a battery. The charge stored in the electric field then allows the capacitor to store electrical energy and release it when required.

Conclusion

In conclusion, the KMG350VBR47M6X11LL capacitor is a versatile and reliable component, capable of high-level voltage storage and noise suppression. For this reason, it is commonly used in a wide range of applications from audio amplification to wireless power transmission. The working principle behind the capacitor is quite simple, yet highly effective, as ions suspended in the electrolyte create an electric field between the two layers of aluminium, allowing it to store charge and release it when required.

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