UFG0J682MHM

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Aluminum electrolytic capacitors are solid capacitors used to store charge, which are composed of two aluminum foils that act as electrodes and an electrolyte impregnated with paper as the separator. One of these electrodes is etched with a large number of fine pores, acting as the cathode. The two electrodes are then rolled together with the electrolyte in between them, creating a capacitor. The UFG0J682MHM is one type of aluminum electrolytic capacitor.

The UFG0J682MHM capacitor has an extremely stable temperature coefficient of capacitance, which makes it suitable for long-term stability, as well as high temperature and high voltage applications. Its cathode foil is made from an extra conducting paste that helps provide enhanced ripple current handling capabilities. It has a rated voltage of 6.3V, and its rated capacitance is 680uF. It is also renowned for its high working voltage, which is a massive 300V.

In terms of its size, the UFG0J682MHM is a miniaturized component, measuring just 10.3mm x 13.2mm. It has a bottom mounting design, so it can easily be mounted on any printed circuit board. Its small size makes it perfect for applications such as power supply units, amplifiers, and radio receivers. It is also ideal for use in temperature-sensitive applications such as lighting, medical devices, and electronic control modules.

As for its working principle, the UFG0J682MHM aligns its two electrodes to create an electrical field. When a voltage is applied, one of the electrodes will act as the positive terminal and the other will act as the negative terminal. This creates an electrical field, which allows it to store a certain amount of charge. When electricity is passed through the capacitor, the electrical field will dissipate, releasing the stored charge and allowing it to return to its initial state.

In conclusion, the UFG0J682MHM aluminum electrolytic capacitor is a miniaturized component with remarkable stability and a high working voltage. Its long-term stability and high temperature capabilities make it an ideal choice for many electronic applications where size constraints are an issue. It can store a certain amount of charge and release it when passed with electricity, making it a reliable and highly-efficient capacitor choice.

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