SMG16VB47RM5X11LL

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Aluminum electrolytic capacitors are electrical components that store and discharge energy. They are used to filter or store energy in electronic systems.

The SMG16VB47RM5X11LL is an aluminum electrolytic capacitor. It is designed with a snap-in structure, which makes it easy to install and space-saving. It has a wide temperature range and is designed for lateral SMD mounting. It is also designed with a long service life and low impedance.

The capacitor molecule includes a dielectric layer and two terminals. The anode is made of aluminum foil covered with an oxide film, and the cathode is made of aluminum foil. As a result, the anode and cathode form an electrical field where the excess electrical charge accumulates. The voltage placed across the capacitor determines the amount of energy stored between its terminals.

The working principle of the SMG16VB47RM5X11LL is based on this concept. It is made with an anode and cathode and the capacitor molecules form a field between them. When it is connected to a voltage source, a current passes through the capacitor molecules. This current creates a differential pressure, which causes electrons to flow from the anode to the cathode. As a result, the electric potential increases. The capacitor then stores the energy up to a certain voltage and lets it flow back into the circuit once the voltage decreases.

The SMG16VB47RM5X11LL has a wide range of uses due to its versatile design and features. The capacitance range makes it suitable for low power applications like precision PFC circuits and low noise filters. It is also suitable for automotive applications, medical equipment, and industrial equipment. Additionally, its high ripple current rating enables it to handle high power frequency conversion applications, which is highly desired in industrial applications.

Overall, the SMG16VB47RM5X11LL is an excellent aluminum electrolytic capacitor. Its snap-in design, wide temperature range, and long service life create a versatile product that is suitable for many applications. Its low impedance and high ripple current rating make it an ideal choice for high power frequency conversion applications, such as those found in automotive and industrial applications. Additionally, its low capacitance range is designed for low power usage such as precision PFC circuits and low noise filters.

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