AVS107M06C12T-F

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Aluminum Electrolytic Capacitors are a type of capacitor that has an anode made of aluminum and is especially good for filtering and coupling applications. The AVS107M06C12T-F is a series of capacitor in the aluminum electrolytic category.

The AVS107M06C12T-F capacitor is an axial-lead aluminum electrolytic capacitor. It has a CV capacity of 9600uF and is rated for 25v. The lead wires have a maximum rated wattage of 10W. The capacitor is radial, so it is capable of being mounted with headers or pins. The capacitor is round in shape, with a diameter of 25mm and a height of 40mm.

The AVS107M06C12T-F capacitor is mainly used in applications that require high capacitance and high ripple current ratings. It can also be used to filter power supplies and other power electronics systems.

The working principle of the AVS107M06C12T-F capacitor is based on electrochemistry. The capacitor contains two galvanically-isolated terminals, one of which is an anode and the other a cathode. When an electrical current is applied to the capacitor, a charge transfer occurs due to the movement of ions from one terminal to the other. The charge transfer results in the capacitor storing energy, which can then be released when the current is reversed or stopped.

The AVS107M06C12T-F capacitor is designed to take advantage of the electrochemical properties of aluminum, which makes it an ideal choice for filtering and coupling applications where high capacitance and high ripple current ratings are needed. It can also be used to filter power sources and other power electronics systems. Due to its low loss characteristics, the AVS107M06C12T-F capacitor is suitable for long-term use in applications where it will be exposed to major voltage variation or be used under frequent high current pulses.

The AVS107M06C12T-F capacitor is an ideal choice for applications requiring high capacitance and high ripple current ratings, such as power supplies, high fidelity audio systems, and switching power supplies. It is also suitable for long-term use in conditions of major voltage variation or frequent high current pulses.

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